B10 Counters & Indicators Status

ED 01 RELEASED COUNTERS AND INDICATORS STATUS BSSSAX01C Ed01 RELEASE B10

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Site TIMISOARA

GSM / WiMAX Business Division

Originator Cristian Clep

COUNTERS AND INDICATORS STATUS BSSSAX01C Ed 01 RELEASE B10

System : ALCATEL 900/1800/BSS Sub-system : SYS Document Category : QUALIFICATION

ABSTRACT This document presents the status of the different counters and indicators defined in release B10 MR2 Ed1.

Approvals Name App.

E. Zorn

B10 BSS TPL

Thida Herment-Tan

B10 QM Nadine Maleyrie

NPI

Name App.

REVIEW Ed.01 Proposal 01 November 9 2007 MR2-RL-OH-SM-C&I review report

HISTORY Ed.01 Proposal 01 November 9, 2007 Based on BSSSAX01B Ed.02 document.

Update the document according to B10MR2 status. The following modifications were done: - remove corrected FRs: 20/216688, 217499


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TABLE OF CONTENTS 1 SCOPE.............................................................................................................................................. 4 2 RESULT SUMMARY ........................................................................................................................ 5 2.1 Inherited B9 problems................................................................................................. 5

2.1.1 Counters in restriction or with limitation .......................................................................... 5 2.1.2 Indicators in restriction or with limitation ......................................................................... 5

2.2 Counters status ........................................................................................................... 5 2.2.1 Testing status .................................................................................................................. 5 2.2.2 Functional problems........................................................................................................ 6 2.2.3 Documentation problems ................................................................................................ 6 2.2.4 Consistency problems..................................................................................................... 6 2.2.5 Display problems............................................................................................................. 6

2.3 Indicators status .......................................................................................................... 6 2.4 Problem description .................................................................................................... 7

2.4.1 Problems discovered in the current release.................................................................... 8 2.4.2 Problems inherited from previous releases..................................................................... 9

3 PERFORMANCE MANAGEMENT COUNTERS ............................................................................. 9 3.1 GSM Counters.............................................................................................................. 9 3.2 GPRS Counters.......................................................................................................... 75

4 PERFORMANCE MANAGEMENT INDICATORS....................................................................... 113 4.1 GSM and GPRS Indicators...................................................................................... 113

5 ANNEX.......................................................................................................................................... 301


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INTERNAL REFERENCED DOCUMENTS Not applicable

REFERENCED DOCUMENTS [ 1 ] Based on BSSAX01B document [ 2 ] BSC Counters catalogue

3BK 11203 0135 DSZZA Ed05 [ 3 ] MFS Counters catalogue

3BK 11203 0137 DSZZA Ed04 [ 4 ] BSS Restrictions List & Operator Hints BSSSAX01C Ed01 Release B10

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RELATED DOCUMENTS Not applicable


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1 SCOPE This document presents the status of the PM counters used in release B10 MR2 ed01 and the indicators used in release B9/B10 when operated from NPO/B10. The counter status is presented in paragraph 3. The indicator status is presented in paragraph 4. An annex includes the file used for building the status tables. Each counter of the B10 release is described by:

Short Name

Name Type B9 B10 Test B9 Test B10 Definition

- A short name (its number) - A (long) name - The counter type it belongs to - Its existence in B9. If this counter was new in B9 MR4, “MR4” appears in the area - Its existence in B10. - Its testing status relative to B9 - Its testing status relative to B10 - A description Each indicator is described by:

reference B9 B9N

Test B9

Test NPO

longName description

- A reference - Its existence in B9. If this indicator is new in B9 MR4, “MR4” appears in the area - Its existence in B9 when operating from NPO - Its testing status in B9 - Its testing status relative to NPO - A mnemonic (its name) - A description For both counters and indicators, the possible statuses are: - OK: Test has been performed and the result is correct

Note: When a counter has not been tested within the overall system tests, but only through the sub-system tests (with a correct result), the information is presented with "BSC only "or "MFS only".

- Not tested - NOK: Test has been performed and the result is incorrect. In this case the FR number is

presented. - CR: The counter behavior is correct, its definition needs to be updated


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2 RESULT SUMMARY This chapter lists the different counters and indicators linked to a problem existing either in B9 (paragraph 2.1) or B10 (paragraphs 2.2 and 2.3).

2.1 Inherited B9 problems

2.1.1 Counters in restriction or with limitation The following counters are under restriction from B9 due to problems found during the functional test phase: - Distribution counters (P455b) (3BKA20FBR208803)

2.1.2 Indicators in restriction or with limitation

- Available Erlang, for half rate configurations (3BKA45CBR143698).

2.2 Counters status General note: Noise present on the air interface might generate the so-called « phantom » RACH’s. As a consequence, some counters like MC148, P106, P107, P392b, might show values different than 0, even if there is no traffic ongoing.

2.2.1 Testing status All the GSM counters created in B9 have been tested except: RMSPW3 All the GSM counters created in B10 have been tested except: MC 191, MC 701f, MC 701g, MC 925f, MC 925h, MC 926, MC 927a, MC 927b, MC 927c, MC 927d, MC 927e, MC 927f, MC 928e, MC 928f, MC 928g, MC 928h. All the GPRS counters created in B10 have been tested except: P207, P20f,P20g, P20h, P20i, P20k, P20l, P20m, P20n, P212, P213, P214, P215, P21j, P21k, P21l, P21m, P21n, P302b_1, P302b_2, P302c_3, P403abis, P404abis, P450d, P500, P501, P502, P503, P504, P507, P508, P509, P511, P512, P513, P514, P515, P516, P518, P519, P530a_1, P530a_2, P530a_3, P530a_4, P531a_10, P531a_11, P531a_2, P531a_3, P531a_4, P531a_5, P531a_6, P531a_7, P531a_8, P531a_9, P531b_10, P531b_11, P531b_2, P531b_3, P531b_4, P531b_5, P531b_6, P531b_7, P531b_8, P531b_9, P532a_1, P532a_10, P532a_2, P532a_3, P532a_4, P532a_5, P532a_6, P532a_7, P532a_8, P532a_9, P532b_10, P532b_2, P532b_3, P532b_4, P532b_5, P532b_6, P532b_7, P532b_8, P532b_9.


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The following counters (and/or types) common to B10 and earlier releases have not been tested since B7. - Types 7, 8 - DER types 11 - C180c, C181a/b/c/e/f/g/h/i/j/k in type 18 - C257, C258 in type 25 - P2a, P2b, P2c, P2d, P3a, P3b, P41, P45, P46 in GPRS Types 9, 10, 12, 13, 14 and 15 have been partially tested

2.2.2 Functional problems The following counters have been found as not correctly incremented: - none

2.2.3 Documentation problems The definition of the following counters needs to be updated. There is no functional impact: - None

2.2.4 Consistency problems A consistency problem has been discovered on the following counters: - P43a with respect to P55a/b/c/d (3BKA20FBR211248) - P43c with respect to P55e/f/g/h/i/j/k/l/m (3BKA20FBR211248) - P44a with respect to P57a/b/c/d (3BKA20FBR211248) - P44c with respect to P57e/f/g/h/i/j/k/l/m (3BKA20FBR211248) - P470 with respect to P465 (3BKA20FBR211248) - P404a with respect to P406a (3BKA20FBR216314)

2.2.5 Display problems The following counters cannot be displayed in the OMC-R: - None

2.3 Indicators status The testing of indicators consists in checking the correct implementation of the formula with respect to the constituting counters.


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The main results are: - The following indicators use a counter that is not valid for B9 and B10: None - The following indicators are incorrect:

• Available Erlang for half rate configurations (3BKA45CBR143698). - Indicators that use a counter not valid in B9: Counter Indicator P455b_* GARDTBPD_D* Note: “*” in counter column is between 1 and 10. “*” in indicator column is between 1 and A - Indicators that use a counter where a limitation has been found: None - Indicators that use a counter whose definition needs to be updated: None - Indicators built on counters that are incorrect: GQRUR1SUN, GTRURRT1N. - Indicators built on a incorrect data provided by a configuration file: None - Some basic alerter cannot be used: None - A problem has been found on the following parameters used in some indicators: None

2.4 Problem description Symbols are used to indicate visually the gravity of the fault report linked to a counter restriction: � for FR with gravity G0/G1 ♦ for FR with gravity G2 • for FR with gravity G3/G4


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2.4.1 Problems discovered in the current release • Value of counter P404a is greater than value of P406a, and it shouldn’t be

RESTRICTION It has been observed often in the GPM campaigns results, that the value of P406a is equal or lower than value of P404a, but this is not correct and it should not occur.

Preventive actions : None Workaround Corrective actions : None Unusable ⌧⌧⌧⌧

Usable with WA ��

Usable with limitation ��

Impacts

The values of these indicators are not consistent. Occurrence Very Sporadic

�� Sporadic ⌧⌧⌧⌧

Systematic ��

Existed before Current delivery?

Likely ⌧⌧⌧⌧

Yes ��

No ��

FR 3BKA20FBR216314 Sub-System MFS-SW Severity G3 Planned Delivery No solution planned Keywords Performance Management ♦ Downlink distribution counters P455b_x are not reliable

RESTRICTION The sum of TBF counted in each distribution should be equal to the total number of successfully established TBF. For P455b counters (DISTRIB_DL_PDCH_UNIT_ALLOC) it means: sum(P90a,b,...f)= sum(P455b_*) The number of TBF in the distribution for this counter shows high variations in comparison with both P90 and other DL distribution counters.

Preventive actions : None Workaround Corrective actions : None Unusable ⌧⌧⌧⌧


Usable with limitation ��

Impacts

The P455b_* counters cannot be used for statistical analysis. The corresponding indicators are GARDTBPD_D*

Occurrence Very Sporadic ��

Sporadic ��

Systematic ⌧⌧⌧⌧


Likely ��

Yes ��

No ⌧⌧⌧⌧

FR 3BKA20FBR208803 Sub-System MFS-SW Severity G2


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Planned Delivery Under study Keywords Performance Management

2.4.2 Problems inherited from previous releases � The indicator for available Erlangs is not correct for HR configurations

RESTRICTION The indicator for available Erlang (TCTRAVE) is considering all TRXs as Full Rate even if some cells are working in Half Rate mode. For half rate configurations, the available Erlang cannot be computed as it depends not only on the BSS configuration but also on the penetration rate of MS supporting half-rate. This value cannot be known.

Preventive actions : None Workaround Corrective actions : None Unusable ��


Usable with limitation ⌧⌧⌧⌧

Impacts

This indicator is valid only for Full Rate configurations. Occurrence Very Sporadic

�� Sporadic ��

Systematic ⌧⌧⌧⌧


Likely ��

Yes ⌧⌧⌧⌧

No ��

FR 3BKA45CBR143698 Sub-System BSS-SW Severity G4 Planned Delivery No solution planned Keywords Performance Management

3 PERFORMANCE MANAGEMENT COUNTERS

3.1 GSM Counters

Short Name Name Type B9 B10

Status B9

Status B10 Definition

C01 NB_IMM_ASS_SUCC_MT 1 X X OK Number of immediate assignment plus SDCCH normal assignment successes for Mobile Terminating procedure.

C02 NB_IMM_ASS_SUCC_MO 1 X X BSC

only

Number of immediate assignment successes for Mobile Originating procedure. C02 = C02a+C02b+C02c+C02d+C02e+C02f+C02g+C02h+C02i. The following counters C02a/b/c/d/e/f/g/h/i provide the distribution of the MO telecom procedures on SDCCH.


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C02a NB_IMM_ASS_SUCC_MO_LOC_UPD 1 X X

case: Location Update request (except the "follow on" procedure)

C02b NB_IMM_ASS_SUCC_MO_SMS 1 X X case: SMS procedure on SDCCH

C02c NB_IMM_ASS_SUCC_MO_SUP_SERV 1 X X case: Supplementary Service

C02d NB_IMM_ASS_SUCC_MO_FOLLOW_ON 1 X X

case: Location Update request ("follow on" procedure)

C02e NB_IMM_ASS_SUCC_MO_CM_REEST 1 X X case: CM Re-establishment procedure

C02f NB_IMM_ASS_SUCC_MO_L3INFO_UNKNOW 1 X X

MC02f=C02f, number of immediate assignment successes for Mobile Originationg procedure, in case of L3 Info (within 48.058 ESTABLISH INDICATION) unknown by the BSC but transferred to the MSC.

C02g NB_IMM_ASS_SUCC_MO_IMSI_DETACH 1 X X

MC02g=C02g, number of immediate assignment successes for Mobile Originationg procedure, in case of IMSI Detach Indication.

C02h NB_IMM_ASS_SUCC_MO_CALL_EST 1 X X OK case: normal or emergency call establishment

C02i NB_IMM_ASS_SUCC_MO_LCS 1 X case: Mobile originated LCS procedure on SDCCH

C03 NB_OUT_SDCCH_HO_SUCC 1 X X OK MC03=C03, Number of outgoing SDCCH handover (any kind) successes.

C04 NB_IMM_ASS_PREP_FAIL_CONG 1 X X

MC04=C04, number of immediate assignment preparation failures due to congestion.

C07 NB_SDCCH_DROP_OUT_HO 1 X X MC07=C07, Number of SDCCH drops during any outgoing SDCCH handover.

C10 NB_INC_SDCCH_HO_SUCC 1 X X OK MC10=C10, Number of incoming SDCCH handover (any kind) successes.

C137 NB_SDCCH_DROP_EST_PHAS_BSS_PB 1 X X

MC137=C137, Number of SDCCH drops in SDCCH established phase due to BSS problem.It may happen that several causes of failures mentioned below are detected consecutively. In that case, the counter will only be incremented once, as soon as the call is released.

C138 NB_SDCCH_DROP_EST_PHAS_RLF 1 X X

Number of SDCCH drops on SDCCH established phase due to radio link failure (radio link timeout or Lapdm timer expiry).

C13a NB_TCH_NOR_ASS_QUEUED 1 X X BSC

only Number of TCH (in HR or FR usage) normal assignment requests that are put in BSC queue.

C13b NB_INC_EXT_TCH_HO_QUEUED 1 X X

BSC

only Number of TCH (in HR or FR usage) incoming external handover requests that are put in BSC queue

C147 NB_INC_SDCCH_HO_ALLOC 1 X X OK OK MC147=C147, Number of incoming internal or external SDCCH handovers -whose target SDCCH channel is allocated by the BSC.

C148 NB_IMM_ASS_ALLOC 1 X X OK Number of immediate assignment plus SDCCH normal assignments -whose SDCCH channel is allocated by the BSC.

C149 NB_IMM_ASS_EXEC_FAIL_RADIO 1 X X OK

Number of immediate assignment -execution failures due to MS access problem.


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C14a NB_TCH_DROP_HO_PREP_EXEC_FAIL_BSS_PB 1 X X OK

Number of TCH (in HR or FR usage) drops due to BSS problem during any TCH handover preparation and execution phases. This counter is incremented on the cell on which the problem occurs(In the case of internal inter-cell handovers, it is not incremented on both serving and target cell). For problems that are not related to a specific cell, the counter related to the serving cell will be incremented. It may happen that several causes of failures mentioned below are detected consecutively. In that case, the counter will only be incremented once, as soon as the handover procedure fails. This counter takes into account handovers from TCH in traffic or in signaling mode.

C14c NB_TCH_DROP_EST_PHAS_BSS_PB 1 X X OK

Number of TCH (in HR or FR usage) drops in TCH established phase due to BSS problem. It may happen that several causes of failures mentioned below are detected consecutively. In that case, the counter will only be incremented once, as soon as the call is released. This counter takes into account TCH in traffic or in signaling mode. It is not incremented in case of TCH drop during a normal assignment, a handover or a DTM assignment.

C15a NB_INC_IDR_ALLOC 1 X X OK OK MC15a=C15a, Number of incoming internal directed retry (towards a TCH channel in HR or FR usage) whose target channel is allocated by the BSC.

C15b NB_INC_TCH_HO_ALLOC 1 X X OK

Number of incoming TCH (in HR or FR usage) handover (internal or external) -whose target channel is allocated by the BSC. Since there are no reliable means at the target BSC to distinguish external directed retry from external handover, the external directed retries are counted by this counter.

C161a NB_DTAP_MO_NOR_ASS_SUCC 1 X X BSC

only Number of mobile originating normal assignment - DTAP successes.

C161b NB_DTAP_MT_NOR_ASS_SUCC 1 X no BSC

only Number of mobile terminating normal assignment - DTAP successes.

C162a NB_TCH_DROP_DTAP_EST_PHAS_RLF 1 X no

Number of TCH (in HR or FR usage) drops in TCH DTAP established phase due to radio link failure (radio link timeout or Lapdm timer expiry). After an external handover, the target BSC considers that the CONNECT ACK has not already been received.

C162b NB_TCH_DROP_DTAP_EST_PHAS_BSS_PB 1 X no

Number of TCH (in HR or FR usage) drops in TCH DTAP established phase due to BSS problem. It may happen that several causes of failures mentioned below are detected consecutively. In that case, the counter will only be incremented once, as soon as the call is released. After an external handover, the target BSC considers that the CONNECT ACK has not already been received.

C162c NB_TCH_DROP_DTAP_EST_PHAS_REM_TRANS_FAIL 1 X no

Number of TCH (in HR or FR usage) drops in TCH DTAP established phase due to remote transcoder failure. This counter is not concerned by the channel change procedure.


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C170 NB_CALL_TFO 1 X X OK Number of TCHs assigned in the serving cell for which TFO has been successfully established.

C171 NB_TFO_CODEC_REQ 1 X X OK Number of codec mismatch resolutions or codec optimisations requested to the BSC.

C442 NB_TIMES_TRAF_DETECTED_HIGH 1 X X

Number of times the traffic_load is "high", i.e. when a certain number (N_TRAFFIC_LOAD) of traffic averages (AV_LOAD) verify each: AV_LOAD > HIGH_THRESHOLD. The traffic_load is evaluated per cell at each A_TRAFFIC_LOAD period. This counter permits to tune the following parameters: A_TRAFFIC_LOAD, N_TRAFFIC_LOAD and HIGH_THRESHOLD. This counter relates to the number of free TCH timeslots.

C443 NB_TIMES_TRAF_DETECTED_LOW 1 X X

Number of times the traffic_load is "low", i.e. when a certain number (N_TRAFFIC_LOAD) of traffic averages (AV_LOAD) verify each: AV_LOAD < LOW_THRESHOLD. The traffic_load is evaluated per cell at each A_TRAFFIC_LOAD period. This counter permits to tune the following parameters: A_TRAFFIC_LOAD, N_TRAFFIC_LOAD and LOW_THRESHOLD. This counter relates to the number of free TCH timeslots.

C612a NB_TCH_NOR_ASS_PREP_FAIL_NO_QUEUE 1 X X OK OK

Number of TCH (in HR or FR usage) normal assignment preparation failures because of the non-queuing of the ASSIGNMENT REQUEST message. Case: 48.008ASSIGNMENT REQUEST on TCH (in HR or FR usage) is received when no TCH is available in the cell. The request is rejected (by 48.008ASSIGNMENT FAILURE, cause: "no radio resource available"), because the queuing procedure is either: 1) disabled within the BSC (i.e. (T11=0 and QUEUE_ANYWAY=0), OR (T11_forced=0 and QUEUE_ANYWAY=1)), or 2) enabled within the BSC, i.e. T11 <> 0, but not requested by the MSC when QUEUE_ANYWAY=0.

C612b NB_TCH_NOR_ASS_PREP_FAIL_QUEUE_FULL 1 X X OK OK

MC612b=C612b, Case: 48.008ASSIGNMENT REQUEST on TCH (in FR or HR usage) is received when no TCH is available in the cell. The queuing is enabled within the BSC, but the request is rejected (by 48.008ASSIGNMENT FAILURE, cause: "no radio resource available"), because the queue is full and no request of lower priority can be dequeued from the BSC queue.


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C612c NB_TCH_NOR_ASS_PREP_FAIL_T11_EXP 1 X X OK OK

Case: 48.008ASSIGNMENT REQUEST is queued because no TCH (in HR or FR usage) is available in the cell, timer T11 (case MSC requests for queuing whatever QUEUE_ANYWAY value may be) or timer T11_forced (case QUEUE_ANYWAY=1, i.e. the queuing is forced within the BSC) is started, and no free TCH can be found before timer expiry, consequently the request is rejected (by 48.008 CLEAR REQUEST cause: "no radio resource available"). Remark: If an internal directed retry is attempted and failed while T11/T11_forced is running, the request is un-holded and the BSC waits for the expiry of the relevant timer. Consequently, this counter must not be incremented upon the failure of an internal directed retry.

C612d NB_TCH_NOR_ASS_PREP_FAIL_QUEUE_REJ 1 X X OK OK

Case: 48.008ASSIGNMENT REQUEST is queued because no TCH (in HR or FR usage) is available in the cell, timer T11 (case MSC requests for queuing whatever QUEUE_ANYWAY value may be) or timer T11_forced (case QUEUE_ANYWAY=1, i.e. the queuing is forced within the BSC) is started, and before the timer expiry, the request is dequeued due to the receipt of a higher priority request (i.e. 48.008ASSIGNMENT REQUEST) : the BSC sends 48.008ASSIGNMENT FAILURE (cause: "no radio resource available") for the first transaction. Remark: As soon as an internal directed retry is attempted, the request is blocked within the BSC and cannot be dequeued by a higher priority request.

C621 NB_TCH_DROP_OUT_HO_EXEC_TRX 1 X X OK

Number of TCH drops during the execution of any TCH outgoing handover, per TRX. This counter takes into account handovers from TCH in traffic or in signaling mode. MC621 = C621

C701a NB_TCH_FR_REQ 1 X X BSC

only

Number of TCH normal assignments requests from mobiles with following speech capability (after possible filtering of the MSC): - FR only - FR and EFR only - HR only - EFR&HR only - EFR only

C701b NB_TCH_DR_REQ 1 X X Number of TCH normal assignments requests from dual rate mobiles.

C701c NB_TCH_DR_EFR_REQ 1 X X Number of TCH normal assignment requests from mobiles supporting FR, HR and EFR.

C701d NB_TCH_AMR_REQ 1 X X OK Number of TCH normal assignment requests from AMR mobiles.

C701e NB_TCH_DATA_REQ 1 X X Number of TCH normal assignment requests for data calls.

C702a NB_TCH_NOR_FR_ALLOC 1 X X BSC

only

number of TCH normal assignment/mode modify in FR usage - whose channel is allocated in the BSC. This counter takes into account modemode modify from TCH signaling to TCH traffic (following a DTM assignment with a TCH in signaling mode).

C702b NB_TCH_NOR_HR_ALLOC 1 X X number of TCH normal assignment/mode modify in HR usage - whose channel is allocated in the BSC.


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C702c NB_TCH_NOR_EFR_ALLOC 1 X X

number of TCH normal assignment/mode modify in EFR usage - whose channel is allocated in the BSC. This counter takes into account modemode modify from TCH signaling to TCH traffic (following a DTM assignment with a TCH in signaling mode).

C703 NB_TCH_NOR_ASS_ALLOC_TRX 1 X X

BSC

only

Number of TCH (in HR or FR usage) normal assignment -whose RTCH channel is allocated in the BSC, per TRX. This counter also takes into account normal assignment – whose RTCH channel is allocated in the BSC in signaling mode (FR usage only), for DTM. MC703 = C703

C704a NB_TCH_NOR_AMR_FR_ALLOC 1 X X OK

number of TCH normal assignment/mode modify in FR AMR usage - whose channel is allocated in the BSC. This counter takes into account modemode modify from TCH signaling to TCH traffic (following a DTM assignment with a TCH in signaling mode).

C704b NB_TCH_NOR_AMR_HR_ALLOC 1 X X OK number of TCH normal assignment/mode modify in HR AMR usage - whose channel is allocated in the BSC.

C705 NB_TCH_NOR_DATA_ALLOC 1 X X

number of TCH normal assignment/mode modify for data - whose channel is allocated in the BSC. This counter takes into account modemode modify from TCH signaling to TCH traffic (following a DTM assignment with a TCH in signaling mode).

C706 NB_EGSM_MS_ACCESS_EXCEPT_LU 1 X X

Number of initial accesses for call establishments (except location update) of MS supporting the E-GSM band, on a CELL basis. MC706 = C706

C710 NB_TCH_OUT_HO_REQ_TRX 1 X X BSC

only OK

Nb of TCH outgoing handover requests, per TRX. Intracell, internal intercell and external handovers are counted together. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments. MC710 = C710

C711 NB_TCH_OUT_HO_PREP_FAIL_CONG_TRX 1 X X OK

Nb of outgoing TCH handover -preparation failures due to congestion, per TRX. Intracell, internal intercell and external handovers are counted together. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments, MC711 = C711

C712 NB_TCH_OUT_HO_SUCC_TRX 1 X X BSC

only

Nb of outgoing TCH handover successes, per TRX. Intracell, internal intercell and external handovers are counted together. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments. MC712 = C712

C713 NB_TCH_OUT_HO_FAIL_REV_TRX 1 X X OK

Nb of outgoing TCH handover -execution failures due to MS access problem with reversion of the mobile to the old channel. Intracell, internal intercell and external handovers are counted together. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments. MC713 = C713


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C714 NB_TCH_OUT_HO_FAIL_NO_REV_TRX 1 X X OK

Nb of outgoing TCH handover -execution failures due to MS access problem without reversion of the mobile to the old channel (call drop). Intracell, internal intercell and external handovers are counted together. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments. MC714 = C714

C717a NB_INC_IDR_SUCC_TRX 1 X X OK Number of incoming directed retry (towards a TCH channel in HR or FR usage) successes, per TRX. MC717a = C717a

C717b NB_INC_TCH_HO_SUCC_TRX 1 X X OK

Number of incoming internal and external TCH (in HR or FR usage) handover successes per TRX; since there are no reliable means at the target BSC to distinguish external directed retry from external handover, the external directed retries are counted by this counter. MC717b = C717b

C718 NB_TCH_NOR_ASS_SUCC_TRX 1 X X BSC

only

Number of TCH (in HR or FR usage) normal assignment successes, per TRX. This counter also takes into account normal assignment successes for TCH establishment in signaling mode (FR usage only), for DTM. MC718 = C718

C736 NB_TCH_DROP_EST_PHAS_RLF_TRX 1 X X OK

Number of TCH (in HR or FR usage) drops in TCH established phase due to radio link failure (radio link timeout or Lapdm timer expiry), per TRX. This counter takes into account TCH in traffic or in signaling mode. MC736 = C736

C739 NB_TCH_DROP_EST_PHAS_REM_TRANS_FAIL_TRX 1 X X OK

Number of TCH (in HR or FR usage) drops in TCH established phase due to remote transcoder failures (per TRX).

C746b NB_TCH_NOR_ASS_EXEC_FAIL_RADIO_TRX 1 X X OK

Number of TCH (in HR or FR usage) normal assignment -execution failures due to MS access problem, per TRX. This counter also takes into account DTM assignment -execution failures due to MS access problem for TCH establishment in signaling mode (FR usage only). MC746b = C746b

C812 NB_TCH_NOR_ASS_PREP_FAIL_CONG_R_ABIS 1 X X OK OK C812 = C612a + C612b + C612c + C612d

C850 NB_MULTIBAND_MS_ACCESS_EXCEPT_LU_CELL 1 X X

Number of initial accesses for call establishments (location update apart) initiated by multiband mobile stations. The counter is defined on a per cell basis. A MS is considered as multiband if it supports: - the P-GSM (or E-GSM or R-GSM) and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM900 and DCS1800 bands", or, - the GSM850 and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM850 and DCS1800 bands", or, - the GSM850 and the DCS1900 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM850 and DCS1900 bands", or, - the P-GSM (or E-GSM or R-GSM) and the DCS1900 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM900 and DCS1900 bands".

C901 NB_Suspend_req 1 X X OK Number of suspend requests. A request could lead to a success, a failure or a stop.


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C902 Nb_Suspend_fail 1 X X Number of suspend/resume procedure failures. C903 Nb_Suspend_succ 1 X X OK Number of suspensions successes.

C141 AV_NB_TCH_QUEUED 2 X no Average number of queued TCH (in HR or FR usage) normal assignment or external handover requests.

C24 AV_NB_NOT_AVAIL_TRX_TS 2 X X BSC

only Average number of not available radio timeslots (TRX_TS).

C250 AV_NB_AVAIL_TCH 2 X X BSC

only Average number of available TCH/PDCH timeslots for traffic usage (i.e. TCH (for HR or FR usage) or PDCH).

C26 AV_NB_AVAIL_SDCCH 2 X X BSC

only Average number of available static SDCCH sub-channels (i.e. on static SDCCH timeslots).

C27 AV_NB_AVAIL_CCCH 2 X X Average number of available CCCH channels.

C28a AV_NB_BUSY_CS_TS 2 X X OK OK

Average number of busy TCH radio timeslot (in FR or HR usage, in traffic or in signaling mode) and busy dynamic SDCCH/8 radio timeslot allocated as TCH.

C29a NB_MAX_SIMUL_BUSY_CS_TS 2 X X OK OK

Maximum number of simultaneously busy TCH radio timeslots (in HR or FR usage, in traffic or in signaling mode) and simultaneously busy dynamic SDCCH/8 radio timeslots allocated as TCH.

C30 AV_NB_BUSY_SDCCH 2 X X BSC

only

Average number of busy SDCCH subchannels, taking into account the following SDCCH sub-channels: 1) Static SDCCH/x sub-channels, 2) Dynamic SDCCH sub-channels which are dynamically allocated on the dynamic SDCCH/8 timeslots.

C31 NB_MAX_SIMUL_BUSY_SDCCH 2 X X BSC

only

Maximum number of simultaneously busy SDCCH subchannels, taking into account the following SDCCH sub-channels: 1) Static SDCCH/x sub-channels, 2) Dynamic SDCCH sub-channels which are dynamically allocated on the dynamic SDCCH/8 timeslots.

C320a AV_NB_IDLE_TCH_INTERF_BAND1 2 X X

BSC

only

Average number of free TCH and free dynamic SDCCH/8 radio timeslots belonging to the interference band 1. This number is updated upon the receipt of 48.058 RF RESOURCE INDICATION.

C320b AV_NB_IDLE_TCH_INTERF_BAND2 2 X X

BSC

only


C320c AV_NB_IDLE_TCH_INTERF_BAND3 2 X X

BSC

only


C320d AV_NB_IDLE_TCH_INTERF_BAND4 2 X X

BSC

only

Average number of free TCH and free dynamic SDCCH/8 radio timeslots in FR or HR usage belonging to the interference band 4. This number is updated upon the receipt of 48.058 RF RESOURCE INDICATION.

C320e AV_NB_IDLE_TCH_INTERF_BAND5 2 X X

BSC

only


C34 TIME_ALL_AVAIL_TRX_TS_BUSY 2 X X

BSC

only OK

Cumulated time (in seconds) during which there is no free FR TCH sub-channel to serve an incoming FR TCH request. A TCH sub-channel is seen as busy: i) if the TCH sub-channel is occupied by a HR or FR CS call (in particular if it is occupied by the CS part of a DTM call), or ii) if the TCH sub-channel is allocated to the MFS to carry PS traffic.


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C803 TIME_SDCCH_CONGESTION 2 X X BSC

only Cumulated time (in seconds) during which the SDCCH request(s) are not served because no SDCCH sub-channel is available.

C8a NB_PAGING_CMD 3 X X OK OK PCH load: number of 48.058 PAGING COMMAND messages sent either for PS traffic or for CS traffic on Abis towards the selected cell.

C8b NB_IMM_ASS_CMD 3 X X OK OK AGCH load: number of 48.058 IMMEDIATE ASSIGN COMMAND messages sent for CS traffic on Abis to the MS.

C8c NB_CHAN_REQD 3 X X OK OK

RACH load: number of 48.058 CHANNEL REQUIRED received via the selected cell. All the CHANNEL REQUIRED messages are counted whatever the Establishment Cause is.

C8d NB_IMM_ASS_REJ 3 X X OK

Number of 48.058 CHANNEL REQUIRED received while no SDCCH can be allocated by the BSC (congestion), i.e. the number of 44.018IMMEDIATE ASSIGNMENT REJECT sent to the MS via the selected cell.

C39 NB_TIMES_SDCCH_BUSY 4 X X OK Number of times the SDCCH sub-channels belonging to the radio timeslot are busy.

C40 TIME_SDCCH_BUSY 4 X X OK Cumulated time during which the SDCCH sub-channels belonging to the related static or dynamic SDCCH timeslot are busy.

C370a NB_TCH_FR_ALLOC 5 X X OK OK

Number of times a TCH radio timeslot or a dynamic SDCCH/8 timeslot is allocated in FR usage, for normal assignment, for DTM assignment or handover, in traffic or in signaling mode.

C370b NB_TCH_HR_ALLOC 5 X X OK

Number of times a TCH radio timeslot or a dynamic SDCCH/8 timeslot is allocated in HR usage (i.e. the upper or lower HR sub-channel of the radio timeslot is allocated), for normal assignment or handover.

C380a TIME_FR_TCH_BUSY 5 X X OK OK Time (in seconds) during which a TCH radio timeslot or a dynamic SDCCH/8 timeslot in FR usage (in traffic or in signaling mode) is busy.

C380b TIME_HR_TCH_BUSY 5 X X OK Time during which a TCH radio timeslot or a dynamic SDCCH/8 timeslot in HR usage is busy.

C381a TIME_FR_TCH_BUSY_BY_MULTIBAND_MS 5 X X OK OK

Time (in seconds) during which the TCH radio timeslot or the dynamic SDCCH/8 timeslot in FR usage (in traffic or in signaling mode) is busy by a multiband mobile station. A MS is considered as multiband if it supports: - the P-GSM (or E-GSM or R-GSM) and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM900 and DCS1800 bands", or, - the GSM850 and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM850 and DCS1800 bands", or, - the GSM850 and the DCS1900 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM850 and DCS1900 bands", or, - the P-GSM (or E-GSM or R-GSM) and the DCS1900 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM900 and DCS1900 bands".


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C381b TIME_HR_TCH_BUSY_BY_MULTIBAND_MS 5 X X OK OK

Time during which the TCH radio timeslot or the dynamic SDCCH/8 timeslot in HR usage is busy by a multiband mobile station. A TCH radio timeslot (or a dynamic SDCCH/8 timeslot) in HR usage is said busy by a multiband mobile station when one or two HR sub-channels are busy by a multiband mobile station. A MS is considered as multiband if it supports: - the P-GSM (or E-GSM or R-GSM) and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM900 and DCS1800 bands", or, - the GSM850 and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM850 and DCS1800 bands", or, - the GSM850 and the DCS1900 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM850 and DCS1900 bands", or, - the P-GSM (or E-GSM or R-GSM) and the DCS1900 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM900 and DCS1900 bands".

C220 NB_INC_EXT_TCH_HO_REQ 6 X X BSC

only Number of incoming external TCH (in HR or FR usage) handover requests.

C221 NB_INC_EXT_TCH_HO_ATPT 6 X X BSC

only Number of incoming external TCH (in HR or FR usage) handover attempts.

C230 NB_INC_INT_TCH_HO_REQ 6 X X Number of incoming internal inter cell TCH (in HR or FR usage) handover requests.

C231 NB_INC_INT_TCH_HO_ATPT 6 X X Number of incoming internal inter cell TCH (in HR or FR usage) handover attempts.

C270 NB_INTRA_TCH_HO_REQ 6 X X OK OK

Number of intra cell TCH (in HR or FR usage) handover requests This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments.

C271 NB_INTRA_TCH_HO_ATPT 6 X X OK OK

Number of intra cell TCH (in HR or FR usage) handover attempts. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments,

C411 NB_OUT_INT_TCH_HO_IDR_IN_ZONE_REQ 6 X X OK

Number of outgoing internal inter-cell TCH (in HR or FR usage) handover requests, plus the number of internal directed retries requests, towards the inner zone of a target concentric cell.

C412 NB_OUT_INT_TCH_HO_IDR_IN_ZONE_EXEC_FAIL 6 X X OK OK

Number of outgoing internal inter-cell TCH (in HR or FR usage) handover -executions failures, plus the number of internal directed retries -execution failures due to MS access problem, towards the inner zone of a target concentric cell. This counter permits to tune the EN_BETTER_ZONE_HO parameter.

C413 NB_TCH_NOR_ASS_INNER_ZONE_ALLOC 6 X X OK OK

Number of TCH (in HR or FR usage) normal assignment -whose ressource is allocated in the BSC, in the inner zone of a concentric cell.

C41b NB_INC_EXT_TCH_HO_PREP_FAIL_NO_TTCH 6 X X

Number of incoming external TCH (in HR or FR usage) handover -preparation failures due to A-traffic-channel status mismatch between the BSC and the MSC.

C42 NB_INC_EXT_TCH_HO_SUCC 6 X X BSC

only Number of incoming external TCH (in HR or FR usage) handover successes.

C43 NB_INC_EXT_TCH_HO_EXEC_FAIL_MS_ACCESS 6 X X

MC43=C43, Number of incoming external TCH (in HR or FR usage) handover -execution failures due to MS access problem.


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C440 NB_TCH_HO_ATPT_23_TrafHandover 6 X X OK

MC440=C440, Number of inter-cell internal or external handover attempts, with the cause 23: "traffic handover" on a TCH channel (in HR or FR usage).

C444 NB_TCH_HO_ATPT_24_GenCaptureHandover 6 X X

Number of inter-cell internal or external handover attempts, with the cause 24: "general capture handover" on a TCH channel (in HR or FR usage).

C447 NB_TCH_HO_ATPT_26_BadQualHR 6 X X OK

Number of intracell handover attempts, with the cause 26: "HR to FR channel adaptation due to bad radio quality" on a TCH channel.

C448 NB_TCH_HO_ATPT_27_GoodQualFR 6 X X OK

Number of intracell handover attempts, with the cause 27: "FR to HR channel adaptation due to good radio quality" on a TCH channel.

C449 NB_TCH_HO_ATPT_28_FastTraffic 6 X X

Number of handover attempts, with the cause 28 (Fast Traffic Handover).

C450 NB_TCH_HO_ATPT_22_TooShortDistance 6 X X OK OK

Number of inter-cell internal or external handovers attempts, with cause 22: "too short MS-BTS distance" on a TCH channel (in HR or FR usage). Only the outer zones of extended cells are concerned by this counter.

C45a NB_OUT_EXT_TCH_REAL_HO_REQ 6 X X

BSC

only

Number of outgoing external TCH (in HR or FR usage) handover requests. This counter takes into account handovers from TCH in traffic or in signaling mode.

C46 NB_OUT_EXT_TCH_HO_SUCC 6 X X BSC

only

MC46=C46, Number of outgoing external TCH (in HR or FR usage) handover successes. This counter takes into account handovers from TCH in traffic or in signaling mode.

C460 NB_TCH_HO_ALLOC_EMERGENCY_PRES 6 X X

BSC

only Number of high priority TCH requests served when the number of free TCH timeslots is less than or equal to NUM_TCH_EGNCY_HO.

C461 NB_TCH_HO_ATPT_29_TFO 6 X X

Number of intra-cell handover - attempts, with the cause 29 (TFO mismatch resolution, TFO optimisation). MC461 = C461

C47 NB_OUT_EXT_TCH_HO_EXEC_FAIL_REV 6 X X

MC47=C47, Number of outgoing external TCH (in HR or FR usage) handover -execution failures due to MS access problem with reversion of the mobile to the old channel. This counter takes into account handovers from TCH in traffic or in signaling mode.

C470 NB_TCH_HO_ATPT_2_TooLowQualUp 6 X X OK

Number of inter-cell internal or external handover attempts, with cause 2: "uplink quality too low" on a TCH channel (in HR or FR usage). This counter takes into account handovers from TCH in traffic or in signaling mode.

C471 NB_TCH_HO_ATPT_3_TooLowLevUp 6 X X

BSC

only

Number of inter-cell internal or external handovers attempts, with cause 3: "uplink level too low" on a TCH channel (in HR or FR usage). This counter takes into account handovers from TCH in traffic or in signaling mode.

C472 NB_TCH_HO_ATPT_4_TooLowQualDown 6 X X OK

Number of inter-cell internal or external handover attempts, with cause 4: "downlink quality too low" on a TCH channel (in HR or FR usage). This counter takes into account handovers from TCH in traffic or in signaling mode.

C473 NB_TCH_HO_ATPT_5_TooLowLevDown 6 X X OK

Number of inter-cell internal or external handover attempts, with cause 5: "downlink level too low" on a TCH channel (in HR or FR usage). This counter takes into account handovers from TCH in traffic or in signaling mode.


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C474 NB_TCH_HO_ATPT_6_TooLongDistance 6 X X OK OK

Number of inter-cell internal or external handover attempts, with cause 6: "MS-BTS distance too long" on a TCH channel (in HR or FR usage). This counter takes into account handovers from TCH in traffic or in signaling mode.

C476 NB_TCH_HO_ATPT_15_TooHighLevInterfUp 6 X X

Number of intra-cell handover attempts, with cause 15: "too high level interference on uplink" on a TCH channel (in HR or FR usage). This counter takes into account handovers from TCH in traffic or in signaling mode.

C477 NB_TCH_HO_ATPT_16_TooHighLevInterfDown 6 X X

Number of intra-cell handover attempts, with cause 16: "too high level interference on downlink" on a TCH channel (in HR or FR usage). This counter takes into account handovers from TCH in traffic or in signaling mode.

C478 NB_TCH_HO_ATPT_12_TooLowPowBudg 6 X X

Number of inter-cell internal or external handover attempts, with cause 12: "too low power budget" on a TCH channel (in FR or FR usage). This counter takes into account handovers from TCH in traffic or in signaling mode.

C479 NB_TCH_HO_ATPT_21_HighLevNeigCellPrefBand 6 X X OK

Number of inter-cell internal or external handover attempts, with cause 21: "high level in neighbour cell in the preferred band" on a TCH channel (in HR or FR usage). This counter is related to multiband.

C48 NB_OUT_EXT_TCH_HO_EXEC_FAIL_NO_REV 6 X X

MC48=C48, Number of outgoing external TCH (in HR or FR usage) handover execution failures due to MS access problem without reversion of the mobile to the old channel (call drop). This counter takes into account handovers from TCH in traffic or in signaling mode.

C50 NB_OUT_EXT_TCH_HO_ATPT 6 X X BSC

only

MC50=C50, Number of outgoing external TCH (in HR or FR usage) handover attempts. This counter takes into account handovers from TCH in traffic or in signaling mode.

C52 NB_INC_INT_TCH_HO_SUCC 6 X X OK MC52=C52, Number of incoming internal inter-cell TCH (in HR or FR usage) handover successes.

C53 NB_INC_INT_TCH_HO_EXEC_FAIL_MS_ACCESS 6 X X

MC53=C53, Number of incoming internal inter-cell TCH (in HR or FR usage) handover -execution failures due to MS access problem; the mobile either reverts or does not to the old channel.

C541 NB_INC_EXT_TCH_HO_PREP_FAIL_R_ABIS 6 X X OK

Number of incoming external TCH (in HR or FR usage) handover -preparation failures due to congestion (C541a), or A-traffic-channel status mismatch between the BSC and the MSC (C41b).

C541a NB_INC_EXT_TCH_HO_PREP_FAIL_CONG_R_ABIS 6 X X

Number of incoming external TCH (in HR or FR usage) handover -preparation failures due to congestion.

C551 NB_INC_INT_TCH_HO_PREP_FAIL_CONG_R_ABIS 6 X X

Number of incoming internal inter-cell TCH (in HR or FR usage) handover -preparation failures due to congestion.

C55a NB_OUT_INT_TCH_HO_REQ 6 X X

MC55a=C55a, Number of outgoing internal inter-cell TCH (in HR or FR usage) handover requests. This counter takes into account handovers from TCH in traffic or in signaling mode.

C56 NB_OUT_INT_TCH_HO_SUCC 6 X X

MC56=C56, Number of outgoing internal inter-cell TCH (in HR or FR usage) handover successes. This counter takes into account handovers from TCH in traffic or in signaling mode.


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C561 NB_INTRA_TCH_HO_PREP_FAIL_CONG_R_ABIS 6 X X OK

Number of intra-cell TCH (in HR or FR usage) handover -preparation failures due to congestion. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments.

C57 NB_OUT_INT_TCH_HO_EXEC_FAIL_REV 6 X X

Number of outgoing internal inter-cell TCH (in HR or FR usage) handover -execution failures due to MS access problem with reversion of the mobile to the old channel. This counter takes into account handovers from TCH in traffic or in signaling mode.

C58 NB_OUT_INT_TCH_HO_EXEC_FAIL_NO_REV 6 X X

MC58=C58, Number of outgoing internal inter-cell TCH (in HR or FR usage) handover -execution failures due to MS access problem without reversion of the mobile to the old channel (call drop). This counter takes into account handovers from TCH in traffic or in signaling mode.

C585a NB_TCH_HO_ATPT_7_ConsBadSACCHmicroCell 6 X X

Number of inter-cell internal or external handover attempts, with cause 7: "several consecutive bad SACCH frames received in a micro cell" on a TCH channel (in HR or FR usage). This counter takes into account handovers from TCH in traffic or in signaling mode. This counter is related to micro cell environment.

C585d NB_TCH_HO_ATPT_17_TooLowLevUpMicroCell 6 X X

Number of inter-cell internal or external handovers attempts, with cause 17: "too low level on the uplink in a microcell compared to a high threshold" on a TCH channel (in HR or FR usage). This counter takes into account handovers from TCH in traffic or in signaling mode. This counter is related to micro cell environment.

C585e NB_TCH_HO_ATPT_18_TooLowLevDownMicroCell 6 X X

Number of inter-cell internal or external handovers attempts, with cause 18: "too low level on the downlink in a microcell compared to a high threshold" on a TCH channel (in HR or FR usage). This counter takes into account handovers from TCH in traffic or in signaling mode. This counter is related to micro cell environment.

C585f NB_TCH_HO_ATPT_14_HighLevNeigLowCellSlowMS 6 X X OK

Number of inter-cell internal or external handover attempts, with cause 14: "high level in neighbour lower layer for slow mobile" on a TCH channel (in HR or FR usage). This counter is related to micro cell environment.

C586a NB_TCH_HO_ATPT_10_TooLowLevUpInZone 6 X X OK OK

Number of intra-cell handover attempts, with cause 10 "Inner zone uplink level too low" on TCH channel (in HR or FR usage). This counter is related to concentric cell environment.

C586b NB_TCH_HO_ATPT_11_TooLowLevDownInZone 6 X X OK OK

Number of intra-cell handover attempts, with cause 11: "Inner zone downlink level too low" on TCH channel (in HR or FR usage). This counter is related to concentric cell environment.

C586c NB_TCH_HO_ATPT_13_TooHighLevUpDownOutZone 6 X X OK OK

Number of intra-cell handover attempts, with cause 13: "Outer zone uplink and downlink levels too high" on TCH channel (in HR or FR usage). This counter is related to concentric cell environment.

C60 NB_OUT_INT_TCH_HO_ATPT 6 X X

MC60=C60, Number of outgoing internal inter-cell TCH (in HR or FR usage) handover attempts. This counter takes into account handovers from TCH in traffic or in signaling mode.


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C62 NB_INTRA_TCH_HO_SUCC 6 X X

MC62=C62, Number of intra-cell TCH (in HR or FR usage) handover successes. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments,

C63 NB_INTRA_TCH_HO_EXEC_FAIL_NO_REV 6 X X

MC63=C63, Number of intra-cell TCH (in HR or FR usage) handover execution failures due MS access problem; the mobile is lost. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments.

C67 NB_INTRA_TCH_HO_EXEC_FAIL_REV 6 X X

MC67=C67, Number of intra-cell TCH (in HR or FR usage) handover -execution failures due to MS access problem with reversion of the mobile to the old channel. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments.

C75 NB_TCH_HO_MSC_TRIG 6 X X MC75=C75, Number of external handovers triggered by the MSC but not required by the BSS.

L1.1 NB_LAPD_INFO_FRAME_SENT 7 X no Number of Information frames transmitted on the LapD link, excluding the re-transmissions.

L1.12 NB_LAPD_CRC_ERROR 7 X no Number of frames received with CRC error on the LapD link.

L1.15 NB_LAPD_INFO_FRAME_RESENT 7 X no

Number of Information frames re-transmitted on the LapD link.

L1.16 TIME_LAPD_UNAVAIL 7 X no Time (in seconds) during which the LapD link is unavailable for any cause.

L1.17 NB_LAPD_EST 7 X no Number of data link establishment, re-establishment and reset on the LapD link.

L1.18 TIME_LAPD_CONG 7 X no Time in seconds during which the LapD link is congested in transmission in the BSC.

L1.2 NB_LAPD_INFO_FRAME_REC 7 X no Number of Information frames received on the LapD link, excluding the re-transmissions.

L1.5 NB_LAPD_RNR_SENT 7 X no Number of Receive Not Ready (RNR) frames transmitted on the LapD link.

L1.6 NB_LAPD_RNR_REC 7 X no Number of Receive Not Ready (RNR) frames received on the LapD link.

X3.20 NB_X25_INC_CALL_SUCC_CLOSED 8 X

Number of incoming X.25 calls that are successfully closed by the BSC.

X3.21 NB_X25_OUT_CALL_SUCC_CLOSED 8 X

Number of outgoing X.25 calls that are successfully closed by the BSC.

X3.22 NB_X25_INC_CALL_ABNORM_CLOSED 8 X

Number of incoming X.25 calls that are closed in an abnormal way, as seen by the BSC.

X3.23 NB_X25_OUT_CALL_ABNORM_CLOSED 8 X

Number of outgoing X.25 calls that are closed in an abnormal way, as seen by the BSC.

N1.1 TIME_N7_ALIGNED 9 X no Time (in seconds) during which the N7 SL is correctly aligned.

N1.10 NB_N7_CHANGEOVER 9 X no Number of changeovers from the primary (observed) N7 SL to another secondary one.

N1.11 NB_N7_CHANGEBACK 9 X no Number of changebacks from the secondary (observed) N7 SL to the primary one.

N1.12 NB_N7_RESTORATION 9 X X BSC

only Number of N7 SL restorations (i.e. correctly aligned after a failure).

N1.2 NB_N7_LINK_FAIL_ANY_CAUSE 9 X X BSC

only Number of N7 SL failures (any reason).

N1.3 NB_N7_LINK_FAIL_FIB_BSN 9 X no Number of Forward Indicator Bits (FIB) and Backward Sequence Number (BSN) on the N7 SL.


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N1.4 NB_N7_LINK_FAIL_T7_EXP 9 X no Number of N7 SL failures due to non acknowledgment in time.

N1.5 NB_N7_LINK_FAIL_SU_ERROR_RATE 9 X no

Number of N7 SL failures due to exessive signal unit error rate.

N1.6 NB_N7_LINK_FAIL_CONG 9 X no Number of N7 SL failures due to congestion during an extended period of time.

N1.7 NB_N7_LINK_FAIL_ALIGNMENT 9 X X BSC

only Number of N7 SL failures due to expiry of timer supervising the alignment.

N1.8 NB_N7_SU_REC_WITH_ERROR 9 X no Number of Signalling Units received with errors on the N7 SL.

N1.9 NB_N7_NEG_ACK_REC 9 X no Number of Negative Acknowledgment receieved on the N7 SL.

N2.7 TIME_N7_UNAVAIL_ERROR_SL 9 X X BSC

only Time (in seconds) during which the N7 SL is not correctly aligned due to a fault on the N7 SL.

N2.9 TIME_N7_UNAVAIL_MSC_PROC_OUTAGE 9 X no

Time (in seconds) during which the N7 SL is not available due to a remote MSC processor outage.

N3.1 NB_N7_SIF_SIO_SENT 9 X X BSC

only Number of octets of Signalling Information (SIF) and Service Information Octets (SIO) transmitted on the N7 SL.

N3.10 NB_N7_MSU_DISC_DUE_CONG 9 X no Number Message Signalling Units (MSU) discarded due to a message buffer overflow caused by an extended period of Signalling Link congestion.

N3.11 NB_N7_CONG_WITH_MSU_LOST 9 X no

Number of times one (or more) Message Signalling Units (MSU) are lost due to congestion on the N7 SL.

N3.2 NB_N7_OCTETS_RESENT 9 X no Number of octets re-transmitted on the N7 SL.

N3.3 NB_N7_MSU_SENT 9 X no BSC

only Number of Message Signalling Units (MSU) transmitted on the N7 SL.

N3.4 NB_N7_SIF_SIO_REC 9 X no BSC

only Number of octets of Signalling Information Field (SIF) and Service Information Octets (SIO) received on the N7 SL.

N3.5 NB_N7_MSU_REC 9 X no BSC

only Number of Message Signalling Units (MSU) received on the N7 SL.

N3.7 TIME_N7_UNAVAIL_CONG 9 X no Time (in seconds) during which the N7 SL is not available due to congestion.

N4.2 TIME_N7_UNAVAIL_LINK_SET 9 X no Time (in seconds) during which the Link Set towards the MSC is not available on the N7.

S01 CHANNEL_ID (SCCH) 10 X X BSC

only

The SDCCH sub-channel identity to which the observation relates, including BTS number, sector number, TRX number, TRX timeslot and sub-channel. Note : the sub-channel field may take a value contained between 0 and 7.

S02 CHAN_SEIZ_TIME 10 X X BSC

only

The Absolute Date and Time at which the SDCCH Sub-channel was activated (i.e. when the 48.058 CHANNEL ACTIVATION message was sent to the CELL). The time is accurate to tenths of seconds.

S03 CHAN_RELEASE_TIME 10 X X BSC

only

The Absolute Date and Time at which the SDCCH Sub-channel was released (i.e. when the 48.058 RF CHANNEL RELEASE ACKNOWLEDGE message was received from the CELL or when the T_RCR_ACK timer expires for the second time). The time is accurate to tenths of seconds.


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S04 END_INDICATION (SDCCH) 10 X X BSC

only

Describes how the SDCCH sub-channel was released. Viz.: 0/ successful release of SDCCH sub-channel, initiated either by the MS, the NSS or the BSS in case of handover 1: LAPD failure 2: other BSS problems - unsuccessful channel activation - transcoder failure on the old channel in case of SDCCH normal assignment (TCH -> SDCCH) - hardware failure (BSC or BTS or transmission equipment) - software failure (BSC or BTS or transmission equipment) 3: radio failures during the channel established phase: radio link failures or LAPDm failures - 48.058 CONNECTION FAILURE INDICATION message received with a cause value of "radio link failure" - 48.058 ERROR INDICATION message received 4: MS access problems during the channel establishment phase or a channel change procedure - T3101 expiry during immediate assignment - 44.018 ASSIGNMENT FAILURE received during SDCCH normal assignment or internal intra-cell SDCCH handover - T3107 expiry during normal assignment (SDCCH or TCH) or internal intra-cell SDCCH handover - T3103 expiry during internal inter-cell SDCCH handover or internal directed retry - 44.018 HANDOVER FAILURE message received during internal inter-cell SDCCH handover - 48.058 CONNECTION FAILURE INDICATION message received with a cause value of "handover access failure" during internal inter-cell SDCCH handover or external SDCCH handover - T9113 or T8 expiry during external SDCCH handover -48.008 CLEAR COMMAND message received with a cause value of "radio interface failure - reversion to old channel" during external SDCCH handover.

S05 SEIZURE_TYPE (SDCCH) 10 X X BSC

only

Describes the purpose for which the SDCCH sub-channel was seized. Viz : 0: Mobile Originating Call (MO) excluding procedures corresponding to values 2, 5, 6, 7, 8, 9 & 10 1: Mobile Terminating transaction (MT) 2: MO : call re-establishment 3: the sub-channel was allocated but was never seized by the mobile 4: the sub-channel was a target of an SDCCH handover or a TCH to SDCCH assignment 5: MO : Location Updating Request 6: MO : Location Updating Request - Follow on 7: MO : Short Message Service 8 : MO : Supplementary Service 9 : MO : IMSI detach indication 10: MO : Emergency Call

S06 MS_POWER 10 X X BSC

only

Indicates the last commanded MS Power Level on the SACCH Channel to the Mobile. This counter corresponds to the MS_POWER field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S07 BS_POWER 10 X X BSC

only

Indicates the last commanded BS Power Level to the encoder. This counter corresponds to the BS_POWER field of the 48.058 PHYSICAL CONTEXT CONFIRM message.


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S08 TIMING_ADVANCE 10 X X BSC

only

Indicates the last commanded Timing Advance on the SACCH Channel to the Mobile. This counter corresponds to the TIMING_ADVANCE field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S09 NB_FRAMES_NOT_REPEATED 10 X X BSC

only

Indicates the number of SAPI 0 frames that were not repeated. This counter corresponds to the CNT_I_TX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S16 NB_FRAMES_REPEATED 10 X X BSC

only

Indicates the number of SAPI 0 frames that were repeated at least once. This counter corresponds to the CNT_I_RETX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S17 NB_SABM_AFTER_UA_SENT 10 X X BSC

only

Indicates the number of SABM received on SAPI 0 when UA has already been sent (i.e. SABM received in established or timer recovery state). This counter corresponds to the CNT_SABM_RX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S18 NB_PHYSICAL_INFO_SENT 10 X X BSC

only

Indicates the number of times 44.018 PHYSICAL INFORMATION message has been sent in case of asynchronous handover. This counter corresponds to the CNT_PHY_INFO_TX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S19 NB_ERRONEOUS_FRAMES_SENT 10 X X

BSC

only

Indicates the number of erroneous frames that were received. This counter corresponds to the CNT_ERR_RX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S20 NB_REJ_FRAMES_SENT 10 X X BSC

only

Indicates the number of Reject (REJ) frames that were transmitted. This counter corresponds to the CNT_REJ_TX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S21 NB_REJ_FRAMES_RECEIVED 10 X X BSC

only

Indicates the number of Reject (REJ) frames that were received. This counter corresponds to the CNT_REJ_RX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S22 NB_MS_TX_PWR_MAX_SENT 10 X X BSC

only

This counter indicates the number of 48.058 CONNECTION FAILURE INDICATION messages that were sent to the BSS with a cause value of "set YY_TXPWR_M". This counter corresponds to the CNT_MS_TXPWR_MAX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S23 RADIO_LINK_FAILURE_INDICATION 10 X X

BSC

only

Indicates whether or not a Radio Link Failure was detected or not. 0: No connection failure occurred on the SDCCH Sub-channel 1: A 48.058 CONNECTION FAILURE INDICATION message was received with a cause value of "radio link failure". This counter corresponds to the RL_FAILURE_INDICATOR field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S24 PERC_INCOR_SACCH_FRAMES_REC 10 X X

BSC

only

Indicates the percentage of SACCH frames that could not be decoded. This counter corresponds to the CNT_SA_BFI_RX/CNT_SA_RX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.


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S25 PERC_INCOR_SDCCH_FRAMES_REC 10 X X

BSC

only

Indicates the percentage of SDCCH frames that could not be decoded. This counter corresponds to the CNT_SD_BFI_RX/CNT_SD_RX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

S26 SAMPLE_RATE 10 X X BSC

only Indicates the sample rate value at the time the observation is collected.

R01 CHANNEL_ID (TCH) 11 X

The RTCH channel identity to which the Observation relates, including BTS Number, Sector Number, TRX Number, TRX Timeslot and Sub-channel which is only significant in case of an half rate TCH channel. Note : The sub-channel field may take a value contained between 0 and 1 in case of an half rate TCH channel. In case of a full rate TCH channel the sub-channel field which is not significant is set to zero.

R01a RTCH_TYPE 11 X

The RTCH channel type to which the Observation relates : 0: for a full rate RTCH channel 1: for an half rate RTCH channel.

R03 RECEIVED_TIMESTAMP 11 X

The Absolute Date and Time at which the measurement result message was received from the CELL by the BSS. The time is accurate to tenths of a second.

R04 AV_RXLEV_UL_HO (11) 11 X Indicates the average receive uplink level of the serving cell, as used by the handover algorithm.

R04a AV_RXLEV_UL_MCHO (11) 11 X

This observation data is only related to microcellular environment. It indicates the average receive uplink level of the serving cell, as used by the handover algorithm.

R05 AV_RXLEV_DL_HO (11) 11 X Indicates the average receive downlink level of the serving cell, as used by the handover algorithm.

R05a AV_RXLEV_DL_MCHO (11) 11 X

This observation data is only related to microcellular environment. It indicates the average receive downlink level of the serving cll, as used by the handover algorithm.

R06 AV_RXLEV_PBGT_HO (11) 11 X Indicates the average received Downlink Level of the serving cell, as used by the Power Budget algorithm.

R07 AV_RXQUAL_UL_HO (11) 11 X Indicates the average receive uplink quality of the serving cell, as used by the handover algorithm.

R08 AV_RXQUAL_DL_HO (11) 11 X Indicates the average receive downlink quality of the serving cell, as used by the handover algorithm.

R09 AV_RANGE_HO (11) 11 X Indicates the average distanc between Mobile and Base station, as used by the handover algorithm.

R10 MS_TXPWR 11 X Transmit power at the Mobile.

R1013 BSIC 11 X The Base Station Identity Code (BSIC) of a neighboring cell.

R1014 BCCH_FREQ 11 X The Absolute BCCH Radio Frequency Number of a neighboring cell.

R1015 AV_RXLEV_NCELL 11 X The average receive level of a neighboring cell as seen by the Mobile.

R1016 PBGT 11 X The Power Budget evaluation of reception of a neighboring cell related to the serving cell.

R11 BS_TXPWR 11 X Transmit power at the BTS.





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R118 SCRAMBLING_CODE 11 The scrambling code of a 3G FDD neighboring cell.

R119 FDD_FREQ 11 The UTRAN Absolute Radio Frequency Number of a 3G FDD neighboring cell.

R12 BTSNUM 11 X

Indicates the number of neighboring cells for which measurements made by the Mobile are available during the averaging interval. Measurements of up to 32 Neighboring cells can be provided.

R120 AV_ECNO 11 The average receive Ec/No of a 3G FDD neighboring cell as seen by the Mobile.






















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R17 SAMPLE_RATE 11 X Indicates the sample rate value at the time the observation is collected.































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HO1 SIGNALLING_TRAFFIC_IND 12 X X BSC

only

Indicates whether or not the observation record relates to an SDCCH handover or RTCH handover attempt. Valid coding is provided below, all other codings are invalid. 0: handover was for an SDCCH Sub-channel 1: handover was for an RTCH channel.

HO1047 BSIC 12 X

The Base Station Identity Code (BSIC) of a neighboring cell.


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HO1048 FREQ 12 X

The Absolute Radio Frequency Number of a neighboring cell.

HO1049 RXLEV 12 X

The last 4 a Receive Levels of a neighboring cell as seen by the Mobile.

HO11 HO_CAUSE 12 X Indicates the reason for the external handover attempt.

HO1147 BSIC 12 X


HO1148 FREQ 12 X


HO1149 RXLEV 12 X


HO12 SYNCHRONIZED 12 X

Indicates whether or not the observed external incoming handover is between 2 synchronized BTS. Valid coding is provided below, all other codings are invalid. 0: The Target and Serving BTS are not synchronized 1: The Target and Serving BTS are synchronized. It should be noted that synchronized external handovers only occur when they are Intra-BSS.

HO1247 BSIC 12 X


HO1248 FREQ 12 X


HO1249 RXLEV 12 X


HO1347 BSIC 12 X


HO1348 FREQ 12 X


HO1349 RXLEV 12 X


HO1447 BSIC 12 X


HO1448 FREQ 12 X


HO1449 RXLEV 12 X


HO147 BSIC 12 X X

BSC

only The Base Station Identity Code (BSIC) of a neighboring cell.

HO148 FREQ 12 X X

BSC

only The Absolute Radio Frequency Number of a neighboring cell.

HO149 RXLEV 12 X X

BSC

only The last 4 a Receive Levels of a neighboring cell as seen by the Mobile.

HO1547 BSIC 12 X


HO1548 FREQ 12 X


HO1549 RXLEV 12 X


HO1647 BSIC 12 X


HO1648 FREQ 12 X


HO1649 RXLEV 12 X



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only

Indicates whether or not the observation record relates to an intra-cell handover or an inter-cell handover attempt. Valid coding is provided below, all other codings are invalid. 0: An intra-cell handover was attempted 1: An inter-cell handover was attempted.

HO23 A_LEV_HO 12 X X BSC

only Averaging window size for calculating the Uplink and Downlink Levels of the serving cell. This value is in the range 1 to 31 SACCH Multi-frames.

HO23a A_LEV_MCHO 12 X X

BSC

only

This Observation data is only related to microcellular environment. It is the averaging window size for calculating the Uplink and Downlink Levels of the serving cell in a microcellular environment. This value is in the range 1 to 15 SACCH Multi-frames.

HO247 BSIC 12 X X

BSC


HO248 FREQ 12 X X

BSC


HO249 RXLEV 12 X X

BSC

only The last 4 a Receive Levels of a neighboring cell as seen by the Mobile.

HO25 AV_RXLEV_UL_HO (12) 12 X X BSC

only The last average Uplink Level of the serving cell.

HO25a AV_RXLEV_UL_MCHO (12) 12 X X

BSC

only This Observation data is only related to microcellular environment. It is the last average Uplink Level for microcell handover purposes of the serving cell.

HO26 AV_RXLEV_DL_HO (12) 12 X X BSC

only The last average Downlink Level of the serving cell.

HO26a AV_RXLEV_DL_MCHO (12) 12 X X

BSC

only

This Observation data is only related to microcellular environment. It indicates the average receive Downlink Level of the serving cell, as used by the handover algorithm.

HO27 A_PBGT_HO 12 X X BSC

only

Averaging window size for calculating the Power Budget of the serving cell relating to the neighbouring cells. This value is in the range 1 to 31 SACCH Multi-frames.

HO29 AV_RXLEV_PBGT_HO (12) 12 X X BSC

only The last average Downlink Power Budget of the serving cell.

HO3 HO_REQUIRED_TIME_STAMP 12 X X BSC

only Indicates the Absolute Date and Time at which the 48.008 HANDOVER REQUIRED message was sent. The time is accurate to tenths of seconds.

HO30 A_QUAL_HO 12 X X BSC

only Averaging window size for calculating the Uplink and Downlink Qualities of the serving cell. This value is in the range 1 to 31 SACCH Multi-frames.

HO32 AV_RXQUAL_UL_HO (12) 12 X The last average Uplink Quality of the serving cell. HO33 AV_RXQUAL_DL_HO (12) 12 X

The last average Downlink Quality of the serving cell.

HO34 A_RANGE_HO 12 X X BSC

only Averaging window size for calculating the Distance of the serving cell. This value is in the range 1 to 31 SACCH Multi-frames.

HO347 BSIC 12 X


HO348 FREQ 12 X


HO349 RXLEV 12 X


HO36 AV_RANGE_HO (12) 12 X X BSC

only The last average Distance of the serving cell.


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HO37 MS_TXPWR 12 X X BSC

only Transmit power at the Mobile. HO38 BS_TXPWR 12 X Transmit power at the BTS. HO447 BSIC 12 X


HO448 FREQ 12 X


HO449 RXLEV 12 X


HO5 OLD_CHANNEL_ID 12 X X BSC

only

The serving channel identity of the external handover, including BTS Number, Sector Number, TRX Number, TRX Timeslot, and Sub-channel which is only significant in case of an SDCCH channel or in case of an half rate TCH channel. Note : The sub-channel field may take a value contained between 0 and 7 in case of an SDCCH channel. It may take a value contained between 0 and 1 in case of an half rate TCH channel. In case of a full rate TCH channel the sub-channel field which is not significant is set to zero.

HO547 BSIC 12 X


HO548 FREQ 12 X


HO549 RXLEV 12 X


HO5a OLD_RTCH_TYPE 12 X

This counter is only relevant in case the serving channel is an RTCH channel. The serving channel type of the internal handover to which the Observation relates : 0: for a full rate RTCH channel 1: for an half rate RTCH channel In case of an SDCCH channel, the non-significant value 0xFF is used.

HO6 NEW_CHANNEL_ID 12 X X BSC

only

The target channel identity of the external incoming handover, including BTS Number, Sector Number, TRX Number, TRX Timeslot, and Sub-channel which is only significant in case of an SDCCH channel or in case of an half rate TCH channel. If the target channel identity is not known, then the BTS Number and Sector Number are provided, and TRX Number, TRX Timeslot, and Sub-channel are set to zero. Note : The sub-channel field may take a value contained between 0 and 7 in case of an SDCCH channel. It takes a value contained between 0 and 1 in case of an half rate TCH channel. In case of a full rate TCH channel the sub-channel field which is not significant is set to zero.

HO647 BSIC 12 X


HO648 FREQ 12 X


HO649 RXLEV 12 X



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HO6a NEW_RTCH_TYPE 12 X X BSC

only

This counter is only relevant in case the target channel is an RTCH channel. The target channel type of the internal handover to which the Observation relates : 0: for a full rate RTCH channel 1: for an half rate RTCH channel In case of an SDCCH channel, the non-significant value 0xFF is used.

HO7 SUCCESS_FAILURE_IND 12 X

Indicates whether the observed external handover is successful or not. Valid coding is provided below, all other codings are invalid. 0: Successful handover - 48.008 CLEAR COMMAND message received with a cause value of "handover successful" during external handover 1: LAPD failure 2: Other BSS problems - hardware failure (BSC or BTS or transmission equipment) - software failure (BSC or BTS or transmission equipment) 3: MS access problems where the mobile reverts to the old channel - 44.018 HANDOVER FAILURE message received during external handover 4: MS access problems where the mobile does not revert to the old channel - T8 expiry during external handover

HO74 SAMPLE_RATE 12 X X BSC


HO747 BSIC 12 X


HO748 FREQ 12 X


HO749 RXLEV 12 X


HO75 MS_SPEED 12 X

This Observation data is only related to microcellular environment. It is an estimation for mobile speed discrimination process used to initiate or not a handover from an upper layer cell to an lower layer cell. The coding of this parameter is the following: - 0 : indefinite - 1 : slow - 2 : fast

HO8 HO_DURATION 12 X X BSC

only

Indicates the time in tenths of seconds between the sending of the 44.018 HANDOVER COMMAND message and the reception of the 44.018 HANDOVER COMPLETE message for an internal inter-cell handover. Indicates the time in tenths of seconds between the sending of the 44.018 ASSIGNMENT COMMAND message and the reception of the 44.018 ASSIGNMENT COMPLETE message for an internal intra-cell handover.

HO847 BSIC 12 X


HO848 FREQ 12 X


HO849 RXLEV 12 X



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HO947 BSIC 12 X


HO948 FREQ 12 X


HO949 RXLEV 12 X



only


HO41 INCOMING_HO_IND 13 X X BSC

only

Indicates whether or not the observation record relates to an external incoming handover. Valid coding is provided below, all other codings are invalid. 1: handover was external incoming to the identified channel.

HO42 HO_REQUEST_TIME_STAMP 13 X X BSC

only Indicates the Absolute Date and Time at which the 48.008 HANDOVER REQUEST message was received. The time is accurate to tenths of seconds.

HO43 NEW_CHANNEL_ID 13 X X BSC

only

The target channel identity of the external incoming handover, including BTS Number, Sector Number, TRX Number, TRX Timeslot, and Sub-channel which is only significant in case of an SDCCH channel or in case of an half rate TCH channel. If the target channel identity is not known, then the BTS Number and Sector Number are provided, and TRX Number, TRX Timeslot, and Sub-channel are set to zero. Note : The sub-channel field may take a value contained between 0 and 7 in case of an SDCCH channel. It takes a value contained between 0 and 1 in case of an half rate TCH channel. In case of a full rate TCH channel the sub-channel field which is not significant is set to zero.

HO43a NEW_RTCH_TYPE 13 X X

BSC

only

This counter is only relevant in case the target channel is an RTCH channel. The target channel type of the internal handover to which the Observation relates : 0: for a full rate RTCH channel 1: for an half rate RTCH channel In case of an SDCCH channel, the non-significant value 0xFF is used.


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HO44 SUCCESS_FAILURE_IND 13 X X BSC

only


HO45 SYNCHRONIZED 13 X X BSC

only

Indicates whether or not the observed external incoming handover is between 2 synchronized BTS. Valid coding is provided below, all other codings are invalid. 0: The Target and Serving BTS are not synchronized 1: The Target and Serving BTS are synchronized. It should be noted that synchronized external handovers only occur when they are Intra-BSS.

HO46 SAMPLE_RATE 13 X X BSC


HO10100 RXLEV 14 X


HO1098 BSIC 14 X


HO1099 FREQ 14 X


HO1100 RXLEV 14 X


HO1101 SCRAMBLING_CODE 14 The scrambling code of a 3G FDD neighboring cell. HO1102 FDD_FREQ 14

The UTRAN Absolute Radio Frequency Number of a 3G FDD neighboring cell.

HO1103 AV_ECNO 14

The average receive Ec/No of a 3G FDD neighboring cell as seen by the Mobile.

HO111 SAMPLE_RATE 14 X

Indicates the sample rate value at the time the observation is collected.

HO11100 RXLEV 14 X


HO1198 BSIC 14 X


HO1199 FREQ 14 X


HO12100 RXLEV 14 X


HO1298 BSIC 14 X


HO1299 FREQ 14 X


HO13100 RXLEV 14 X



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HO1398 BSIC 14 X


HO1399 FREQ 14 X


HO14100 RXLEV 14 X


HO1498 BSIC 14 X


HO1499 FREQ 14 X


HO15100 RXLEV 14 X


HO1598 BSIC 14 X


HO1599 FREQ 14 X


HO16100 RXLEV 14 X


HO1698 BSIC 14 X


HO1699 FREQ 14 X


HO198 BSIC 14 X X

BSC


HO199 FREQ 14 X X

BSC


HO2100 RXLEV 14 X




HO2103 AV_ECNO 14


HO298 BSIC 14 X X

BSC


HO299 FREQ 14 X X

BSC


HO3100 RXLEV 14 X




HO3103 AV_ECNO 14


HO398 BSIC 14 X


HO399 FREQ 14 X


HO4100 RXLEV 14 X




HO4103 AV_ECNO 14



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HO498 BSIC 14 X


HO499 FREQ 14 X


HO5100 RXLEV 14 X




HO5103 AV_ECNO 14


HO598 BSIC 14 X


HO599 FREQ 14 X



only


HO61 OUTGOING_HO_IND 14 X X BSC

only

Indicates whether or not the observation record relates to an external outgoing handover. Valid coding is provided below, all other codings are invalid. 0: handover was external outgoing from the identified channel.

HO6100 RXLEV 14 X




HO6103 AV_ECNO 14


HO62 HO_REQUIRED_TIME_STAMP 14 X X BSC

only Indicates the Absolute Date and Time at which the 48.008 HANDOVER REQUIRED message was sent. The time is accurate to tenths of seconds.

HO63 HO_REQUIRED_NB 14 X X BSC

only Indicates the number of BSS generated 48.008 HANDOVER REQUIRED messages generated during the handover procedure.

HO64 OLD_CHANNEL_ID 14 X

The serving channel identity of the external handover, including BTS Number, Sector Number, TRX Number, TRX Timeslot, and Sub-channel which is only significant in case of an SDCCH channel or in case of an half rate TCH channel. Note : The sub-channel field may take a value contained between 0 and 7 in case of an SDCCH channel. It may take a value contained between 0 and 1 in case of an half rate TCH channel. In case of a full rate TCH channel the sub-channel field which is not significant is set to zero.

HO64a OLD_RTCH_TYPE 14 X X

BSC

only

This counter is only relevant in case the serving channel is an RTCH channel. The serving channel type of the internal handover to which the Observation relates : 0: for a full rate RTCH channel 1: for an half rate RTCH channel In case of an SDCCH channel, the non-significant value 0xFF is used.


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HO65 SUCCESS_FAILURE_IND 14 X X BSC

only


HO68 HO_CAUSE 14 X X BSC

only Indicates the reason for the external handover attempt.

HO698 BSIC 14 X


HO699 FREQ 14 X


HO7100 RXLEV 14 X




HO7103 AV_ECNO 14


HO76 MS_SPEED 14 X

This Observation data is only related to microcellular environment. It is an estimation for mobile speed discrimination process used to initiate or not a handover from an upper layer cell to an lower layer cell. The coding of this parameter is the following: - 0 : indefinite - 1 : slow - 2 : fast

HO798 BSIC 14 X


HO799 FREQ 14 X


HO80 A_LEV_HO 14 X X BSC

only Averaging window size for calculating the Uplink and Downlink Levels of the serving cell. This value is in the range 1 to 31 SACCH Multi-frames.

HO80a A_LEV_MCHO 14 X

This Observation data is only related to microcellular environment. It is the averaging window size for calculating the Uplink and Downlink Levels of the serving cell in a microcellular environment. This value is in the range 1 to 15 SACCH Multi-frames.

HO8100 RXLEV 14 X





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HO8103 AV_ECNO 14


HO82 AV_RXLEV_UL_HO (12) 14 X X BSC

only The last average Uplink Level of the serving cell.

HO82a AV_RXLEV_UL_MCHO (12) 14 X

This Observation data is only related to microcellular environment. It is the last average Uplink Level for microcell handover purposes of the serving cell.

HO83 AV_RXLEV_DL_HO (12) 14 X X BSC

only The last average Downlink Level of the serving cell.

HO83a AV_RXLEV_DL_MCHO (12) 14 X

This Observation data is only related to microcellular environment. It indicates the average receive Downlink Level of the serving cell, as used by the handover algorithm.

HO84 A_PBGT_HO 14 X X BSC

only

Averaging window size for calculating the Power Budget of the serving cell relating to the neighbouring cells. This value is in the range 1 to 31 SACCH Multi-frames.

HO86 AV_RXLEV_PBGT_HO (12) 14 X X BSC

only The last average Downlink Power Budget of the serving cell.

HO87 A_QUAL_HO 14 X X BSC

only Averaging window size for calculating the Uplink and Downlink Qualities of the serving cell. This value is in the range 1 to 31 SACCH Multi-frames.

HO89 AV_RXQUAL_UL_HO (12) 14 X The last average Uplink Quality of the serving cell. HO898 BSIC 14 X


HO899 FREQ 14 X


HO90 AV_RXQUAL_DL_HO (12) 14 X The last average Downlink Quality of the serving cell.

HO91 A_RANGE_HO 14 X X BSC

only Averaging window size for calculating the Distance of the serving cell. This value is in the range 1 to 31 SACCH Multi-frames.

HO9100 RXLEV 14 X


HO93 AV_RANGE_HO (12) 14 X The last average Distance of the serving cell.

HO94 MS_TXPWR 14 X X BSC

only Transmit power at the Mobile. HO95 BS_TXPWR 14 X Transmit power at the BTS. HO998 BSIC 14 X


HO999 FREQ 14 X


T01 CHANNEL_ID (TCH) 15 X

The RTCH channel identity to which the Observation relates, including BTS Number, Sector Number, TRX Number, TRX Timeslot and Sub-channel which is only significant in case of an half rate TCH channel. Note : The sub-channel field may take a value contained between 0 and 1 in case of an half rate TCH channel. In case of a full rate TCH channel the sub-channel field which is not significant is set to zero.

T01a RTCH_TYPE 15 X X BSC

only

The RTCH channel type to which the Observation relates : 0: for a full rate RTCH channel 1: for an half rate RTCH channel.


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T02 CHANNEL_SEIZURE_TIME 15 X X BSC

only

The Absolute Date and Time at which the RTCH channel was activated (i.e. when the 48.058 CHANNEL ACTIVATION message was sent to the CELL). The time is accurate to tenths of a second.

T03 CHANNEL_RELEASE_TIME 15 X X BSC

only

The Absolute Date and Time at which the RTCH channel was released (i.e. when the 48.058 RF CHANNEL RELEASE ACKNOWLEDGE message was received from the CELL or when the T_RCR_ACK timer expires for the second time). The time is accurate to tenths of a second.

T04 END_INDICATION (TCH) 15 X X BSC

only Describes how the RTCH channel is released. Viz. :

T04a SEIZURE_TYPE (TCH) 15 X X BSC

only Describes the purpose for which the TCH channel was seized. Viz :

T05 MS_POWER 15 X X BSC

only

Indicates the last commanded MS Power Level on the SACCH Channel to the Mobile.This counter corresponds to the MS_POWER field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T06 BS_POWER 15 X X BSC

only

Indicates the last commanded BS Power Level to the encoder. This counter corresponds to the BS_POWER field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T07 TIMING_ADVANCE 15 X X BSC

only

Indicates the last commanded Timing Advance on the SACCH Channel to the Mobile. This counter corresponds to the TIMING_ADVANCE field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T08 NB_FRAMES_NOT_REPEATED 15 X X BSC

only

Indicates the number of SAPI 0 frames that were not repeated. This counter corresponds to the CNT_I_TX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T15 NB_FRAMES_REPEATED 15 X X BSC

only

Indicates the number of SAPI 0 frames that were repeated at least once. This counter corresponds to the CNT_I_RETX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T16 NB_SABM_AFTER_UA_SENT 15 X X BSC

only

Indicates the number of SABM received on SAPI 0 when UA has already been sent (i.e. SABM received in established or timer recovery state). This counter corresponds to the CNT_SABM_RX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T17 NB_PHYSICAL_INFO_SENT 15 X X BSC

only

Indicates the number of times 44.018 PHYSICAL INFORMATION message has been sent in case of asynchronous handover. This counter corresponds to the CNT_PHY_INFO_TX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T18 NB_ERRONEOUS_FRAMES_SENT 15 X X

BSC

only

Indicates the number of erroneous frames that were received. This counter corresponds to the CNT_ERR_RX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T19 NB_REJ_FRAMES_SENT 15 X X BSC

only

Indicates the number of Reject (REJ) frames that were transmitted. This counter corresponds to the CNT_REJ_TX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T20 NB_REJ_FRAMES_REC 15 X X BSC

only

Indicates the number of Reject (REJ) frames that were received. This counter corresponds to the CNT_REJ_RX field of the 48.058 PHYSICAL CONTEXT CONFIRM


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message.

T21 NB_MS_TX_PWR_MAX_SENT 15 X X BSC

only

This counter indicates the number of 48.058 CONNECTION FAILURE INDICATION messages that were sent to the BSS with a cause value of "set YY_TXPWR_M". This counter corresponds to the CNT_MS_TXPWR_MAX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T22 RADIO_LINK_FAILURE_IND 15 X X BSC

only

Indicates whether or not a Radio Link Failure was detected or not. 0: No connection failure occurred on the RTCH channel 1: A 48.058 CONNECTION FAILURE INDICATION message was received with a cause value of "radio link failure". This counter corresponds to the RL_FAILURE_INDICATOR field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T23 PERC_INCOR_SACCH_FRAMES_REC 15 X X

BSC

only

Indicates the percentage of SACCH frames that could not be decoded. This counter corresponds to the CNT_SA_BFI_RX/CNT_SA_RX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T24 PERC_INCOR_SDCCH_FRAMES_REC 15 X X

BSC

only

Indicates the percentage of SDCCH frames that could not be decoded. This counter corresponds to the CNT_SD_BFI_RX/CNT_SD_RX field of the 48.058 PHYSICAL CONTEXT CONFIRM message.

T25 SAMPLE_RATE 15 X X BSC


C180a NB_N7_CLEAR_REQ_RadioIntMessFail 18 X X

Number of 48.008CLEAR REQUEST (cause="radio interface message failure") sent to the MSC.

C180b NB_N7_CLEAR_REQ_O&Minterv 18 X no Number of 48.008CLEAR REQUEST (cause="O&M intervention") sent to the MSC.

C180c NB_N7_CLEAR_REQ_EquipFail 18 X X Number of 48.008CLEAR REQUEST (cause="equipment failure") sent to the MSC.

C180d NB_N7_CLEAR_REQ_RadioIntFail 18 X X

Number of 48.008CLEAR REQUEST (cause="radio interface failure") sent to the MSC.

C180e NB_N7_CLEAR_REQ_NoRadioResAvail 18 X X

Number of 48.008CLEAR REQUEST (cause="no radio resource available") sent to the MSC.

C181a NB_N7_ASS_FAIL_RadioIntMessFail 18 X X

Number of 48.008ASSIGNMENT FAILURE (cause="radio interface message failure") sent to the MSC.

C181b NB_N7_ASS_FAIL_O&Minterv 18 X no Number of 48.008ASSIGNMENT FAILURE (cause="O&M intervention") sent to the MSC.

C181c NB_N7_ASS_FAIL_EquipFail 18 X X Number of 48.008ASSIGNMENT FAILURE (cause="equipment failure") sent to the MSC.

C181d NB_N7_ASS_FAIL_NoRadioResAvail 18 X X OK

Number of 48.008ASSIGNMENT FAILURE (cause="no radio resource available") sent to the MSC.

C181e NB_N7_ASS_FAIL_ReqTerResUnav/Alloc 18 X X

Number of 48.008ASSIGNMENT FAILURE (cause="requested terrestrial resource unavailable", or "terrestrial resource already allocated") sent to the MSC.

C181f NB_N7_ASS_FAIL_ReqTrans/RateUnav 18 X X

Number of 48.008ASSIGNMENT FAILURE (cause="requested transcoding/rate adaptation unavailable") sent to the MSC.


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C181g NB_N7_ASS_FAIL_RadioIntFailRevOldChan 18 X X

Number of 48.008ASSIGNMENT FAILURE (cause="radio interface failure -reversion to old channel") sent to the MSC.

C181h NB_N7_ASS_FAIL_RadioIntFail 18 X X Number of 48.008ASSIGNMENT FAILURE (cause="radio interface failure") sent to the MSC.

C181i NB_N7_ASS_FAIL_CipherAlgoNotSupp 18 X X

Number of 48.008ASSIGNMENT FAILURE (cause="ciphering algorithm not supported") sent to the MSC.

C181j NB_N7_ASS_FAIL_BSSnotEquip 18 X no Number of 48.008ASSIGNMENT FAILURE (cause="BSS not equiped") sent to the MSC.

C181k NB_N7_ASS_FAIL_ProtocolError 18 X no Number of 48.008ASSIGNMENT FAILURE (cause="protocol error between BSC and MSC") sent to the MSC.

C181l NB_N7_ASS_FAIL_ReqSpeechVersUnav 18 X X OK

Number of 48.008ASSIGNMENT FAILURE (cause="requested speech version unavailable") sent to the MSC.

C182 NB_N7_CLEAR_REQ_EST_PHAS 18 X X

BSC

only

Number of 48.008 CLEAR REQUEST sent to the MSC for calls in TCH established phase, and for internal inter-cell and external TCH handover failures. Intra-cell handover failures are not taken into account. This counter takes into account TCH in traffic or in signaling mode,

C750 TIME_A_CHANNEL_BUSY 18 X X BSC

only Time (in seconds) during which the A channel is busy.

C751 NB_A_CHANNEL_ALLOC 18 X X BSC

only Number of allocations of the A-channel.

C190 NB_SMS_PP_CON_MO_SDCCH 19 X X OK Number of Mobile Originating SMS connections on SDCCH.

C191 NB_SMS_PP_CON_MT_SDCCH 19 X X OK Number of Mobile Terminating SMS connections on SDCCH.

C192 NB_SMS_PP_CON_MO_SACCH 19 X X OK Number of Mobile Originating SMS connections on SACCH.

C193 NB_SMS_PP_CON_MT_SACCH 19 X X OK Number of Mobile Terminating SMS connections on SACCH.

C194a NB_SMS_PP_CON_REJ_RadioIntFail 19 X X

Number of SMS connection rejections by the BSC with the cause "radio interface failure".

C194b NB_SMS_PP_CON_REJ_BSSnotEquip 19 X X

Number of SMS connection rejections by the BSC with the cause "BSS not equipped",

C194c NB_SMS_PP_CON_REJ_ProtocolError 19 X X

Number of SMS connection rejections by the BSC with the cause "protocol error between BSC and MSC".

C195 NB_SMS_PP_CON_REL_LAPDM_ERROR 19 X X

Number of SMS connection releases of established SMS SAPI 3 connections by the BSC due to a LAPDm error.

C153a NB_N7_CON_EST_FAIL_DUE_NSS 25 X

Number of BSS originating SCCP connection failures due to the NSS.

C153b NB_N7_CON_EST_FAIL_DUE_BSS 25 X

Number of BSS originating SCCP connection failures due to the BSS.

C251 NB_N7_UNIT_DATA_SENT 25 X Number of connectionless Unit Data messages class 0 sent to the MSC.

C252 NB_N7_UNIT_DATA_REC 25 X Number of connectionless Unit Data messages class 0 received from the MSC.

C253 NB_N7_CON_REQ_SENT 25 X X Number of CONNECTION REQUEST sent to the MSC.

C254 NB_N7_CON_REQ_REC 25 X X Number of CONNECTION REQUEST received from the MSC.

C255 NB_N7_CON_CONF_SENT 25 X X Number of CONNECTION CONFIRM sent to the MSC.

C256 NB_N7_CON_CONF_REC 25 X X Number of CONNECTION CONFIRM received from the MSC.


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C257 NB_N7_CON_REF_SENT 25 X Number of CONNECTION REFUSED sent to the MSC.

C258 NB_N7_CON_REF_REC 25 X Number of CONNECTION REFUSED received from the MSC.

C720 NB_ADJ_SCELL_OUT_TCH_HO_ATPT 26 X X OK OK

Number of outgoing external and internal inter-cell TCH (in HR or FR usage) handover attempts. Note that for outgoing external handover, the "Cell Identifier" OIE is not always provided, so the counter is incremented only if this field is provided. This counter takes into account handovers from TCH in traffic or in signaling mode.

C721 NB_ADJ_SCELL_OUT_TCH_HO_SUCC 26 X X OK OK

Number of outgoing external and internal inter-cell TCH (in HR or FR usage) handover successes. This counter takes into account handovers from TCH in traffic or in signaling mode.

C722 NB_ADJ_SCELL_OUT_TCH_HO_EXEC_FAIL_REV 26 X X OK OK

Number of outgoing external and internal inter-cell TCH (in HR or FR usage) handover -execution failures due to MS access problem with reversion of the mobile to the old channel. This counter takes into account handovers from TCH in traffic or in signaling mode.

C723 NB_ADJ_SCELL_OUT_TCH_HO_EXEC_FAIL_NO_REV 26 X X OK OK

Number of outgoing external and internal inter-cell TCH (in HR or FR usage) handover -execution failures due to MS access problem, without reversion of the mobile to the old channel. This counter takes into account handovers from TCH in traffic or in signaling mode.

C724 NB_ADJ_SCELL_OUT_TCH_HO_EMERGENCY_ATPT 26 X X

BSC

only OK

Number of outgoing external and internal inter-cell TCH (in HR or FR usage) handover attempts with emergency cause. This counter takes into account handovers from TCH in traffic or in signaling mode.

C725 NB_ADJ_SCELL_OUT_TCH_HO_BETTERCELL_ATPT 26 X X OK OK

Number of outgoing external and internal inter-cell TCH (in HR or FR usage) handover attempts with better cell cause. This counter takes into account handovers from TCH in traffic or in signaling mode.

C727 NB_ADJ_SCELL_OUT_TCH_HO_TRAFFIC_ATPT 26 X X OK OK

Number of outgoing external and internal inter-cell TCH (in HR or FR usage) handover attempts with traffic cause. This counter takes into account handovers from TCH in traffic or in signaling mode.

C728 NB_ADJ_SCELL_OUT_ FORCED_DR_ATPT 26 X X OK OK

Number of outgoing (external or internal) inter-cell directed retries attempts with Forced directed retry cause.

C730 NB_ADJ_TCELL_INC_TCH_HO_ATPT 27 X X OK

Number of incoming 2G to 2G external and internal inter-cell TCH (in HR or FR usage) handover attempts.

C731 NB_ADJ_TCELL_INC_TCH_HO_SUCC 27 X X OK

Number of incoming 2G to 2G external and internal inter-cell TCH (in HR or FR usage) handover successes.

C733 NB_ADJ_TCELL_INC_TCH_HO_EXEC_FAIL_MS_ACC 27 X X

BSC

only OK

Number of incoming 2G to 2G external and internal inter-cell TCH (in HR or FR usage) handover -execution failures due to MS access problem, with or without reversion of the mobile to the old channel.

C734 NB_ADJ_TCELL_INC_TCH_HO_EMERGENCY_ATPT 27 X X OK OK

Number of incoming 2G to 2G external and internal inter-cell TCH (in HR or FR usage) handover attempts, with emergency cause.

C735 NB_ADJ_TCELL_INC_TCH_HO_BETTERCELL_ATPT 27 X X OK OK

Number of incoming 2G to 2G external and internal inter-cell TCH (in HR or FR usage) handover attempts, with better cell cause.


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C737 NB_ADJ_TCELL_INC_TCH_HO_TRAFFIC_ATPT 27 X X OK OK

Number of incoming 2G to 2G external and internal inter-cell TCH (in HR or FR usage) handover attempts, with traffic cause.

C738 NB_ADJ_TCELL_INC_FORCED_DR_ATPT 27 X X

Number of incoming 2G to 2G external and internal inter-cell directed retries attempts, with Forced directed retry cause.

C753 NB_ADJ_TCELL_INC_TCH_HO_OTHER_ATPT 27 X X OK

Number of incoming 2G to 2G external and internal inter-cell TCH (in HR or FR usage) handover attempts, with unknown or missing cause.

C100 NB_OUT_INT_SDCCH_HO_ATPT 28 X X OK Number of outgoing internal inter-cell SDCCH handover attempts.

C101 NB_INTRA_SDCCH_HO_PREP_FAIL_CONG 28 X X

MC101=C101, Number of intra-cell SDCCH handover -preparation failures due to congestion.

C102 NB_INTRA_SDCCH_HO_SUCC 28 X X Number of intra-cell SDCCH handover successes.

C103 NB_INTRA_SDCCH_HO_EXEC_FAIL_NO_REV 28 X X OK

Number of intra-cell SDCCH handover -execution failures due to MS access problem without reversion to the old channel.

C107 NB_INTRA_SDCCH_HO_EXEC_FAIL_REV 28 X no

Number of intra-cell SDCCH handover -execution failures due to MS access problem with reversion to the old channel.

C115 NB_SDCCH_HO_MSC_TRIG 28 X X Number of external handovers triggered by the MSC but not required by the BSS.

C310 NB_INC_EXT_SDCCH_HO_REQ 28 X X Number of incoming external SDCCH handover requests.

C311 NB_INC_EXT_SDCCH_HO_ATPT 28 X X Number of incoming external SDCCH handover attempts.

C330 NB_INC_INT_SDCCH_HO_REQ 28 X X OK Number of incoming internal inter-cell SDCCH handover requests.

C331 NB_INC_INT_SDCCH_HO_ATPT 28 X X OK Number of incoming internal inter-cell SDCCH handover attempts.

C360 NB_INTRA_SDCCH_HO_REQ 28 X X OK Number of intra-cell SDCCH handover requests. C361 NB_INTRA_SDCCH_HO_ATPT 28 X X OK Number of intra-cell SDCCH handover attempts.

C445 NB_SDCCH_HO_ATPT_23_TrafHandover 28 X X

Number of inter-cell internal or external handover attempts, with the cause 23: "traffic handover" on SDCCH. This counter counts also the directed retries.

C446 NB_SDCCH_HO_ATPT_24_GenCaptureHandover 28 X X

Number of inter-cell internal or external handover attempts, with the cause 24: "general capture handover" on SDCCH. This counter counts also the directed retries.

C454 NB_SDCCH_HO_ATPT_22_TooShortDistance 28 X X

Number of SDCCH inter-cell internal or external handover attempts with cause 22: "too short MS-BTS distance". This cause is restricted to the extended cells.This counter counts also the directed retries.

C510 NB_SDCCH_HO_ATPT_2_TooLowQualUp 28 X X OK

Number of SDCCH inter-cell internal or external handover attempts triggered with cause 2: "uplink quality too low".

C511 NB_SDCCH_HO_ATPT_3_TooLowLevUp 28 X X OK

Number of SDCCH inter-cell internal or external handover attempts with cause 3: "uplink level too low".

C512 NB_SDCCH_HO_ATPT_4_TooLowQualDown 28 X X OK

Number of SDCCH inter-cell internal or external handover attempts with cause 4: "downlink quality too low".

C513 NB_SDCCH_HO_ATPT_5_TooLowLevDown 28 X X OK

Number of SDCCH inter-cell internal or external handover attempts triggered with cause 5: "downlink level too low".

C514 NB_SDCCH_HO_ATPT_6_TooLongDistance 28 X X

BSC

only Number of SDCCH inter-cell internal or external handover attempts with cause 6: "MS-BTS distance too long".


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C516 NB_SDCCH_HO_ATPT_15_TooHighLevInterfUp 28 X X

Number of SDCCH intra-cell handover attempts with cause 15: "too high level interference on uplink".

C517 NB_SDCCH_HO_ATPT_16_TooHighLevInterfDown 28 X X

Number of SDCCH intra-cell handover attempts with cause 16: "too high level interference on downlink".

C518 NB_SDCCH_HO_ATPT_12_TooLowPowBudg 28 X X OK

Number of SDCCH inter-cell internal or external handover attempts with cause 12: "too low power budget".

C519 NB_SDCCH_HO_ATPT_21_HighLevNeigCellPrefBand 28 X X

Number of SDCCH inter-cell internal or external handover attempts with cause 21: "high level in neighbour cell in the preferred band". This counter is related to multiband.

C605a NB_SDCCH_HO_ATPT_7_ConsBadSACCHmicroCell 28 X X

Number of SDCCH inter-cell internal or external handover attempts with cause 7: "several consecutive bad SACCH frames received in a micro cell". This counter is related to micro cell environment.

C605d NB_SDCCH_HO_ATPT_17_TooLowLevUpMicroCell 28 X X

Number of SDCCH inter-cell internal or external handover attempts with cause 17 "too low level on the uplink in a microcell compared to a high threshold". This counter is related to micro cell environment.

C605e NB_SDCCH_HO_ATPT_18_TooLowLevDownMicroCell 28 X X

Number of SDCCH inter-cell internal or external handover attempts with cause 18: "too low level on the downlink in a microcell compared to a high threshold". This counter is related to micro cell environment.

C605f NB_SDCCH_HO_ATPT_14_HighLevNeigLowCellSlowMS 28 X X OK

Number of SDCCH inter-cell internal or external handover attempts with cause 14: "high level in neighbour lower layer cell for slow mobile". This counter is related to micro cell environment.

C607 NB_SDCCH_HO_ATPT_20_HighLevNeigCellForcDR 28 X X

Number of SDCCH inter-cell internal or external handover attempts with cause 20: "forced directed retry". This counter is related to a forced directed retry (internal or external).

C81 NB_INC_EXT_SDCCH_HO_PREP_FAIL_CONG 28 X X

MC81=C81, Number of incoming external SDCCH handover -preparation failures due to congestion.

C82 NB_INC_EXT_SDCCH_HO_SUCC 28 X X

Number of incoming external SDCCH handover successes.

C83 NB_INC_EXT_SDCCH_HO_EXEC_FAIL_MS_ACCESS 28 X X OK

Number of incoming external SDCCH handover -execution failures due to MS access problem.

C85a NB_OUT_EXT_SDCCH_REAL_HO_REQ 28 X X

Number of outgoing external SDCCH handover requests.

C86 NB_OUT_EXT_SDCCH_HO_SUCC 28 X X

Number of outgoing external SDCCH handover successes.

C87 NB_OUT_EXT_SDCCH_HO_EXEC_FAIL_REV 28 X no

Number of outoing external SDCCH handover -execution failures due to MS access problem with reversion to the old channel.

C88 NB_OUT_EXT_SDCCH_HO_EXEC_FAIL_NO_REV 28 X no

Number outoing external SDCCH handover -execution failures due to MS access problem without reversion to the old channel.

C90 NB_OUT_EXT_SDCCH_HO_ATPT 28 X X

Number of outgoing external SDCCH handover attempts.

C91 NB_INC_INT_SDCCH_HO_PREP_FAIL_CONG 28 X X

MC91=C91, Number of incoming internal inter-cell SDCCH handover -preparation failures due to congestion.

C92 NB_INC_INT_SDCCH_HO_SUCC 28 X X OK Number of incoming internal inter-cell SDCCH handover successes.

C93 NB_INC_INT_SDCCH_HO_EXEC_FAIL_MS_ACCESS 28 X no

Number of incoming internal inter-cell SDCCH handover -execution failures due to MS access problem.

C95a NB_OUT_INT_SDCCH_HO_REQ 28 X X OK Number of outgoing internal inter-cell SDCCH handover requests.


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C96 NB_OUT_INT_SDCCH_HO_SUCC 28 X X OK

Number of outgoing internal inter-cell SDCCH handover successes.

C97 NB_OUT_INT_SDCCH_HO_EXEC_FAIL_REV 28 X no

Number of outoing internal inter-cell SDCCH handover execution failures due to MS access problem with reversion to the old channel.

C98 NB_OUT_INT_SDCCH_HO_EXEC_FAIL_NO_REV 28 X no

Number outoing internal inter-cell SDCCH handover -execution failures due to MS access problem without reversion to the old channel.

C142a NB_OUT_FORCED_IDR_SUCC 29 X X OK OK Number of outgoing forced internal directed retry (towards a TCH channel in HR or FR usage) successes.

C142b NB_OUT_FORCED_EDR_SUCC 29 X X OK OK Number of outgoing forced external directed retry (towards a TCH channel in HR or FR usage) successes.

C142c NB_OUT_NOR_IDR_SUCC 29 X X OK OK Number of outgoing normal internal directed retry (towards a TCH channel in HR or FR usage) successes.

C142d NB_OUT_NOR_EDR_SUCC 29 X X OK OK Number of outgoing normal external directed retry (towards a TCH channel in HR or FR usage) successes.

C143a NB_OUT_FORCED_IDR_EXEC_FAIL_REV 29 X no

Number of outgoing forced internal directed retry -execution failures due to MS access problem with reversion to the old channel. The target TCH channel can be in HR or FR usage.

C143b NB_OUT_FORCED_IDR_EXEC_FAIL_NO_REV 29 X no

Number of outgoing forced internal directed retry -execution failures due to MS access problem without reversion to the old channel. The target TCH channel can be in HR or FR usage.

C143c NB_OUT_FORCED_EDR_EXEC_FAIL_REV 29 X no

Number of outgoing forced external directed retry -execution failures due to MS access problem with reversion to the old channel. The target TCH channel can be in HR or FR usage.

C143d NB_OUT_FORCED_EDR_EXEC_FAIL_NO_REV 29 X no

Number of outgoing forced external directed retry -execution failures due to MS access problem without reversion to the old channel. The target TCH channel can be in HR or FR usage.

C143e NB_OUT_NOR_IDR_EXEC_FAIL_REV 29 X no

Number of outgoing normal internal directed retry -execution failures due to MS access problem with reversion to the old channel. The target TCH channel can be in HR or FR usage.

C143f NB_OUT_NOR_IDR_EXEC_FAIL_NO_REV 29 X no

Number of outgoing normal internal directed retry -execution failures due to MS access problem without reversion to the old channel. The target TCH channel can be in HR or FR usage.

C143g NB_OUT_NOR_EDR_EXEC_FAIL_REV 29 X no

Number of outgoing normal external directed retry -execution failures due to MS access problem with reversion to the old channel. The target TCH channel can be in HR or FR usage.

C143h NB_OUT_NOR_EDR_EXEC_FAIL_NO_REV 29 X no

Number of outgoing normal external directed retry -execution failures due to MS access problem without reversion to the old channel. The target TCH channel can be in HR or FR usage.

C144a NB_OUT_FORCED_IDR_REQ 29 X X Number of outgoing forced internal directed retry (towards a TCH channel in HR or FR usage) requests.

C144b NB_OUT_FORCED_EDR_REQ 29 X X OK Number of outgoing forced external directed retry requests. The target TCH channel can be in HR or FR usage.

C144c NB_OUT_NOR_IDR_REQ 29 X X BSC

only Number of outgoing normal internal directed retry requests. The target TCH channel can be in HR or FR usage.


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C144d NB_OUT_NOR_EDR_REQ 29 X X OK Number of outgoing normal external directed retry requests. The target TCH channel can be in HR or FR usage.

C145a NB_OUT_FORCED_IDR_ATPT 29 X X Number of outgoing forced internal directed retry attempts. The target TCH channel can be in HR or FR usage.

C145b NB_OUT_FORCED_EDR_ATPT 29 X X OK Number of outgoing forced external directed retry attempts. The target TCH channel can be in HR or FR usage.

C145c NB_OUT_NOR_IDR_ATPT 29 X X BSC

only OK Number of outgoing normal internal directed retry attempts. The target TCH channel can be in HR or FR usage.

C145d NB_OUT_NOR_EDR_ATPT 29 X X OK Number of outgoing normal external directed retry attempts. The target TCH channel can be in HR or FR usage.

C151 NB_INC_IDR_SUCC (29) 29 X X BSC

only Number of incoming internal directed retry (forced or normal, towards a TCH channel in HR or FR usage) successes.

C152 NB_INC_IDR_EXEC_FAIL_MS_ACCESS 29 X X

Number of incoming internal directed retry (forced or normal) -execution failures due to MS access problem. The target TCH channel can be in HR or FR usage.

C153 NB_INC_IDR_REQ 29 X X BSC

only OK MC153=C153, Number of incoming internal directed retry (forced or normal) requests. The target TCH channel can be in HR or FR usage.

C154 NB_INC_IDR_ATPT 29 X X BSC

only OK Number of incoming internal directed retry (forced or normal) attempts. The target TCH channel can be in HR or FR usage.

C555 NB_INC_IDR_PREP_FAIL_CONG_R_ABIS 29 X X

Number of incoming internal directed retry (forced or normal) -preparation failures due to congestion (on Air or A-bis interface). The target TCH channel can be in HR or FR usage.

CB601 NB_SMSCB_WRITE_REPL_SUCC 30 X X OK

Number of cells successfully served for a WRITE REPLACE.

CB602 NB_SMSCB_KILL_MESS_SUCC 30 X X OK Number of cells successfully served for a KILL MESSAGE.

CB603 NB_SMS_CB_FAIL_IND 30 X X

NOK

170995 OK

Each time a FAILURE INDICATION sent to the CBC, number of cells implicated by the failure. The BSC detects a failure and request the CBC (by the FAILURE INDICATION message) to stop the sending of messages to a list of cells.

CB604 NB_SMS_CB_WRITE_REP_KILL_MESS_REJ 30 X X OK

Number of cells rejected for a WRITE REPLACE or KILL MESSAGE request.

RMS10 VQ_NOISY_UL_INTERFERENCE 31 X X

Number of calls suffering from problem of interference on the uplink path.

RMS11 VQ_NOISY_DL_INTERFERENCE 31 X X

Number of calls suffering from problems of interference on the downlink path.

RMS12 VQ_NOISY_UL_COVERAGE 31 X X

Number of calls suffering from bad coverage on the uplink path.

RMS13 VQ_NOISY_DL_COVERAGE 31 X X

Number of calls suffering from bad coverage on the downlink path.

RMS14 VQ_NOISY_UL_UNDEFINED 31 X X

Number of calls suffering from both problem of interference and bad coverage on the uplink path. These calls are not counted in VQ_NOISY_UL_COVERAGE or VQ_NOISY_UL_INTERFERENCE.

RMS15 VQ_NOISY_DL_UNDEFINED 31 X X

Number of calls suffering from both problem of interference and bad coverage on the downlink path. These calls are not counted in VQ_NOISY_DL_COVERAGE or VQ_NOISY_DL_INTERFERENCE.


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RMS16 VQ_NOISY_UL_BAD_FER 31 X X

Number of calls with bad quality measurements and with bad FER measurements on the uplink path.

RMS17 VQ_NOISY_UL_GOOD_FER 31 X X

Number of calls with bad quality measurements but with good FER measurements on the uplink path.

RMS18 VQ_ABNORMAL_BAD_FER 31 X X

Number of calls with fair quality measurements but with bad FER measurements on the uplink path.

RMS20 TRE_BAND 31 X X OK OK Frequency band of the TRX. RMS21 IND_TRE_OVERLOAD 31 X no Indicator whether a TRX overload occurred.

RMS22 IND_RMS_RESTARTED 31 X X

Flag set/reset by BSC. Flag is set when during the RMS campaign, the RMS job is restarted on the concerned TRE (case modification of threshold params, TRE reset).

RMS23

IND_CI_PARTIAL_OBSERVATION 31 X no

bit map indicating that the measurements (for and only for CI vector computation) on either NMR ("Normal" Measurements Reports) or on EMR (Extended Measurements Reports) or on both or none were RESTARTED during RMS job duration. This counter is encoded as follows: 0: no CI partial result 1: EMO/EMR CI partial result 2: NMR CI partial result 3: EMR and NMR partial result

RMS24 IND_CI_OVERFLOW 31 X no

Flag indicating that the upper limit of 42 CI vectors is exceeded => each new result (couple (BSIC, ARFCN) ) will not be taken into account.

RMS31 TOT_SEIZ_TCH 31 X X OK

Number of successful TCH seizures for the concerned cell. This counter takes into account TCH in traffic or in signaling mode.

RMS32 TOT_MEAS 31 X X OK

Number of MEASUREMENT RESULTS messages sent and used for RMS computation in the concerned cell.

RMS33 TOT_MEAS_L1INFO_NOL3INFO 31 X X OK

Number of MEASUREMENT RESULTS messages sent without Layer 3 information but with Layer 1 present. The result is first calculated by the BTS at a TRX level, then compilated by the BSC at a cell level. This counter reflects the uplink quality, it is incremented due to bad uplink radio quality or long handover interruptions.

RMS34 TOT_MEAS_DTX_UL 31 X X OK

Number of measurement results used for RMS, where DTX is used on the uplink path.

RMS35 TOT_MEAS_DTX_DL 31 X X OK

Number of measurement results indicating that DTX is used on the downlink path, used for RMS.

RMS36 PERC_TA_GT_TA_STAT 31 X no no

Percentage of reported Timing Advance with a value above TA_STAT.

RMS37 MAX_TA 31 X no no

Greatest value of Timing Advance reported to the BSC for the concerned cell.

RMS38 TOT_EMR 31 X X OK Total number of Extended Measurement Results.


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RMS3a TPR_RXQUAL_UL_RXLEV_UL 31 X X OK

Table of 3x 8x10 results. Each cell (i,j) of the table contains : 1) number of reports in which UL RXQUAL is equal to j and UL RXLEV is reported in level band i (Cij) 2) corresponding averaged value of MS power level 3) corresponding averaged value of Timing Advance For Cij, the result is given as follows : Cij=Vij x 254 / Max_i, where Vij represents the real number of measurements, and Max_i the greatest value of Vij, for i given (see RMS3b). Cij=0 indicates 'number of measurements = 0' Cij=254 indicates 'number of measurements = Max_i' Cij=255 is reserved to indicate overflow. The values of the average MS power level (2) and the average Timing Advance (3) are directly given, both with a precision of 0.25. Note that these values (2 and 3) that are indicated in the ASCII file, which can be obtained via the OBSYNT interface, still have to be divided by 4, whereas the values that are provided at the user interface are the correct ones. UL RXQUAL can take values from 0 to 7. Level band i is defined by : MEAS_STAT_LEV_(i-1)<= RXLEV < MEAS_STAT_LEV_i MEAS_STAT_LEV_0 = -47 dBm, MEAS_STAT_LEV_10 = -110 dBm

RMS3b TMR_RXQUAL_UL_RXLEV_UL 31 X X OK

Table of 10 maximum results. Each cell Ci of the table indicates the greatest value of the Vij for a i given in RMS3a.

RMS44a AMR_FR_UL_BAD 31 X X OK

Table of 8 results Each cell (i) of the table contains : number of AMR FR UL bad speech frames. The result is given as follows : Ci=MAX(Round[Vi x 254 / Max], 1), where Vi represents the real number of measurements, and Max the greatest value of Vi (see RMS44b). Ci=0 indicates 'number of measurements = 0' Ci=254 indicates 'number of measurements = Max' Ci=255 is reserved to indicate overflow. AMR FR codecs are defined by : codec 1 = 4.75 kbit/s, codec 2 = 5.15 kbit/s, codec 3 = 5.9 kbit/s, codec 4 = 6.7 kbit/s, codec 5 = 7.4 kbit/s, codec 6 = 7.95 kbit/s, codec 7 = 10.2 kbit/s, codec 8 = 12.2 kbit/s

RMS44b MAX_AMR_FR_UL_BAD 31 X X OK OK Greatest value of the Vi in RM44a.

RMS45a AMR_HR_UL_BAD 31 X X OK OK

Table of 5 results Each cell (i) of the table contains : number of AMR HR UL bad speech frames. The result is given as follows : Ci=MAX(Round[Vi x 254 / Max], 1), where Vi represents the real number of measurements, and Max the greatest value of Vi (see RMS45b). Ci=0 indicates 'number of measurements = 0' Ci=254 indicates 'number of measurements = Max' Ci=255 is reserved to indicate overflow. AMR HR codecs are defined by : codec 1 = 4.75 kbit/s, codec 2 = 5.15 kbit/s, codec 3 = 5.9 kbit/s, codec 4 = 6.7 kbit/s, codec 5 = 7.4 kbit/s

RMS45b MAX_AMR_HR_UL_BAD 31 X X OK OK Greatest value of the Vi in RM45a.


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RMS46a AMR_FR_UL_RXLEV_UL 31 X X OK OK

Table of 8x10 results Each cell (i,k) of the table contains : 1) number of correct UL speech frames using AMR FR codec k for which UL RXLEV is reported in level band i. The result is given as follows : Cik=MAX(Round[Vik x 254 / Max_i], 1), where Vik represents the real number of measurements, and Max_i the greatest value of Vik, for i given (see RMS46b). Cik=0 indicates 'number of measurements = 0' Cik=254 indicates 'number of measurements = Max_i' Cik=255 is reserved to indicate overflow. Level band i is defined by : MEAS_STAT_LEV_(i-1)<= RXLEV < MEAS_STAT_LEV_i MEAS_STAT_LEV_0 = -47 dBm, MEAS_STAT_LEV_10 = -110 dBm AMR FR codecs are defined by : codec 1 = 4.75 kbit/s, codec 2 = 5.15 kbit/s, codec 3 = 5.9 kbit/s, codec 4 = 6.7 kbit/s, codec 5 = 7.4 kbit/s, codec 6 = 7.95 kbit/s, codec 7 = 10.2 kbit/s, codec 8 = 12.2 kbit/s

RMS46b MAX_AMR_FR_UL_RXLEV_UL 31 X X OK OK

Table of 10 maximum results. Each cell Ci of the table indicates the greatest value of the Vik for a i given in RMS46a.

RMS47a AMR_FR_DL_RXLEV_DL 31 X X OK

Table of 8x10 results Each cell (i,k) of the table contains : 1) number of correct DL speech frames using AMR FR codec k for which DL RXLEV is reported in level band i. The result is given as follows : Cik=MAX(Round[Vik x 254 / Max_i], 1), where Vik represents the real number of measurements, and Max_i the greatest value of Vik, for i given (see RMS47b). Cik=0 indicates 'number of measurements = 0' Cik=254 indicates 'number of measurements = Max_i' Cik=255 is reserved to indicate overflow. Level band i is defined by : MEAS_STAT_LEV_(i-1)<= RXLEV < MEAS_STAT_LEV_i MEAS_STAT_LEV_0 = -47 dBm, MEAS_STAT_LEV_10 = -110 dBm AMR FR codecs are defined by : codec 1 = 4.75 kbit/s, codec 2 = 5.15 kbit/s, codec 3 = 5.9 kbit/s, codec 4 = 6.7 kbit/s, codec 5 = 7.4 kbit/s, codec 6 = 7.95 kbit/s, codec 7 = 10.2 kbit/s, codec 8 = 12.2 kbit/s

RMS47b MAX_AMR_FR_DL_RXLEV_DL 31 X X OK OK



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RMS48a AMR_HR_UL_RXLEV_UL 31 X X OK OK

Table of 5x10 results Each cell (i,k) of the table contains : 1) number of correct speech frames using AMR HR codec k for which UL RXLEV is reported in level band i. The result is given as follows : Cik=MAX(Round[Vik x 254 / Max_i], 1), where Vik represents the real number of measurements, and Max_i the greatest value of Vik, for i given (see RMS46b). Cik=0 indicates 'number of measurements = 0' Cik=254 indicates 'number of measurements = Max_i' Cik=255 is reserved to indicate overflow. Level band i is defined by : MEAS_STAT_LEV_(i-1)<= RXLEV < MEAS_STAT_LEV_i MEAS_STAT_LEV_0 = -47 dBm, MEAS_STAT_LEV_10 = -110 dBm AMR HR codecs are defined by : codec 1 = 4.75 kbit/s, codec 2 = 5.15 kbit/s, codec 3 = 5.9 kbit/s, codec 4 = 6.7 kbit/s, codec 5 = 7.4 kbit/s.

RMS48b MAX_AMR_HR_UL_RXLEV_UL 31 X X OK OK


RMS49a AMR_HR_DL_RXLEV_DL 31 X X OK OK

Table of 5x10 results Each cell (i,k) of the table contains : 1) number of correct DL speech frames using AMR HR codec k for which DL RXLEV is reported in level band i. The result is given as follows : Cik=MAX(Round[Vik x 254 / Max_i], 1), where Vik represents the real number of measurements, and Max_i the greatest value of Vik, for i given (see RMS46b). Cik=0 indicates 'number of measurements = 0' Cik=254 indicates 'number of measurements = Max_i' Cik=255 is reserved to indicate overflow. Level band i is defined by : MEAS_STAT_LEV_(i-1)<= RXLEV < MEAS_STAT_LEV_i MEAS_STAT_LEV_0 = -47 dBm, MEAS_STAT_LEV_10 = -110 dBm AMR HR codecs are defined by : codec 1 = 4.75 kbit/s, codec 2 = 5.15 kbit/s, codec 3 = 5.9 kbit/s, codec 4 = 6.7 kbit/s, codec 5 = 7.4 kbit/s.

RMS49b MAX_AMR_HR_DL_RXLEV_DL 31 X X OK OK



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RMS4a TPR_RXQUAL_DL_RXLEV_DL 31 X X OK

Table of 3x 8x10 results. Each cell (i,j) of the table contains : 1) number of reports in which DL RXQUAL is equal to j and DL RXLEV is reported in level band I (Cij) 2) corresponding averaged value of BS power level : For G2 BTS : corresponding averaged value of [BTS_MAX_OUTPUT_POWER - abs(BS_TXPWR)] For Evolium BTS : corresponding averaged value of [ MAX_POWER_PER_TRX- abs(BS_TXPWR)]. BS_TXPWR is the BTS transmitted power defined relatively to the maximum absolute output power of the BTS. BS_TXPWR is expressed in dB, whereas BTS_MAX_OUTPUT_POWER is expressed in dBm. Note that the formula is written independently of the coding used for the variables. The function abs() gives the absolute value of its argument. 3) corresponding averaged value of Timing Advance For Cij, the result is given as follows : Cij=Vij x 254 / Max_i, where Vij represents the real number of measurements, and Max_i the greatest value of Vij, for i given (see RMS4b). Cij=0 indicates 'number of measurements = 0' Cij=254 indicates 'number of measurements = Max_i' Cij=255 is reserved to indicate overflow. The values of the average BS power level (2) and the average Timing Advance (3) are directly given, both with a precision of 0.25. Note that these values (2 and 3) that are indicated in the ASCII file, which can be obtained via the OBSYNT interface, still have to be divided by 4, whereas the values that are provided at the user interface are the correct ones. DL RXQUAL can take values from 0 to 7. Level band i is defined by : MEAS_STAT_LEV_(i-1)<= RXLEV < MEAS_STAT_LEV_i MEAS_STAT_LEV_0 = -47 dBm, MEAS_STAT_LEV_10 = -110 dBm

RMS4b TMR_RXQUAL_DL_RXLEV_DL 31 X X OK


RMS50a TPR_TIMING_ADVANCE 31 X X OK

Table of 10 results Each cell (i) of the table contains : 1) number of reports in which Timing Advance is in Timing Advance band i The result is given as follows : Ci=MAX(ROUND[Vi x 254 / Max], 1), where Vi represents the real number of measurements, and Max the greatest value of Vi, (see RMS50b). Ci=0 indicates 'number of measurements = 0' Ci=254 indicates 'number of measurements = Max' Ci=255 is reserved to indicate overflow. Timing Advancee band is defined by : MEAS_STAT_TA_(i-1)<= Timing Advance < MEAS_STAT_TA_i MEAS_STAT_TA_0 = -110 dB, MEAS_STAT_TA_10 = 110 dB

RMS50b MAX_TIMING_ADVANCE 31 X X OK Greatest value of the Vi in RM50a.


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RMS51 TPR_UL_RXLEV_TA_BAND 31 X X OK

Table of 10 results Each cell (i) of the table contains : average value of UpLink Rxlev of reports in TA band i. Averaged Rxlev is given with a precision of 2 digits after the comma (step size for coding = 0.01, -110 dBm coded 0, -109.99 dBm coded 1...). i = 1...10 TA band i is defined by : MEAS_STAT_TA_ (i-1)<= Timing Advance < MEAS_STAT_TA_i MEAS_STAT_TA_0 = 0 bper, MEAS_STAT_LEV_10 = 63 bper.

RMS52 TPR_DL_RXLEV_TA_BAND 31 X X OK

Table of 10 results Each cell (i) of the table contains : average value of DownLink Rxlev of reports in TA band i. Averaged Rxlev is given with a precision of 2 digits after the comma (step size for coding = 0.01, -110 dBm coded 0, -109.99 dBm coded 1...). i = 1...10 TA band i is defined by : MEAS_STAT_TA_ (i-1)<= Timing Advance < MEAS_STAT_TA_i MEAS_STAT_TA_0 = 0 bper, MEAS_STAT_LEV_10 = 63 bper.

RMS53 TPR_UL_RXQUAL_TA_BAND 31 X X OK

Table of 10 results Each cell (i) of the table contains : average value of UpLink Rxqual of reports in TA band i. Averaged Rxqual is given with a precision of 2 digits after the comma (step size for coding = 0.01, 0 coded 0, 0.01 coded 1, ...). i = 1...10 TA band i is defined by : MEAS_STAT_TA_ (i-1)<= Timing Advance < MEAS_STAT_TA_i MEAS_STAT_TA_0 = 0 bper, MEAS_STAT_LEV_10 = 63 bper.

RMS54 TPR_DL_RXQUAL_TA_BAND 31 X X OK

Table of 10 results Each cell (i) of the table contains : average value of DownLink Rxqual of reports in TA band i. Averaged Rxqual is given with a precision of 2 digits after the comma (step size for coding = 0.01, 0 coded 0, 0.01 coded 1, ...). i = 1...10 TA band i is defined by : MEAS_STAT_TA_ (i-1)<= Timing Advance < MEAS_STAT_TA_i MEAS_STAT_TA_0 = 0 bper, MEAS_STAT_LEV_10 = 63 bper.


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RMS5a TPR_BFI_RXLEV_UL 31 X X OK

Table of 10x10 results Each cell (i,j) of the table contains : 1) number of reports in which consecutive BFI counter is in BFI band j and UL RXLEV is reported in level band I (Cij) The result is given as follows : Cij=Vij x 254 / Max_i, where Vij represents the real number of measurements, and Max_i the greatest value of Vij, for i given (see RMS5b). Cij=0 indicates 'number of measurements = 0' Cij=254 indicates 'number of measurements = Max_i' Cij=255 is reserved to indicate overflow. BFI band is defined by : MEAS_STAT_BFI_(j-1)<= Consecutive BFI counter < MEAS_STAT_BFI_j MEAS_STAT_BFI_0 = 0, MEAS_STAT_BFI_10 = 25 Level band i is defined by : MEAS_STAT_LEV_(i-1)<= RXLEV < MEAS_STAT_LEV_i MEAS_STAT_LEV_0 = -47 dBm, MEAS_STAT_LEV_10 = -110 dBm

RMS5b TMR_BFI_RXLEV_UL 31 X X OK


RMS6a TPR_RADIO_LINK 31 X

Table of 10 results Each cell (i) of the table contains : 1) number of reports in which Radio linkI counter is in S band i The result is given as follows : Ci=Vi x 254 / Max_i, where Vi represents the real number of measurements, and Max_i the greatest value of Vi (see RMS6b). Ci=0 indicates 'number of measurements = 0' Ci=254 indicates 'number of measurements = Max_i' Ci=255 is reserved to indicate overflow. S band is defined by : MEAS_STAT_S_(i-1)<= Radio link counter < MEAS_STAT_S_i MEAS_STAT_S_0 = 0, MEAS_STAT_S_10 = 128

RMS6b MAX_RADIO_LINK 31 X Greatest value of the Vi in RMS6a.

RMS7a TPR_PATH_BALANCE 31 X

Table of 10 results Each cell (i) of the table contains : 1) number of reports in which Path Balance is in Path Balance band i The result is given as follows : Ci=Vi x 254 / Max_i, where Vi represents the real number of measurements, and Max_i the greatest value of Vi, (see RMS7b). Ci=0 indicates 'number of measurements = 0' Ci=254 indicates 'number of measurements = Max_i' Ci=255 is reserved to indicate overflow. Path Balance band is defined by : MEAS_STAT_PATH_BALANCE_(i-1)<= Path balance < MEAS_STAT_PATH_BALANCE_i MEAS_STAT_PATH_BALANCE_0 = -110 dB, MEAS_STAT_PATH_BALANCE_10 = 110 dB

RMS7b MAX_PATH_BALANCE 31 X Greatest value of the Vi in RMS7a.


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RMS8a TPR_CIN 31 X X OK

Table of 10 results per neighbour cell. Each cell i of the table contains : 1) number of reports in which the C/I related to the neighbour cell is reported in C/I band i. The result is given as follows : Ci=Vi x 254 / RMS8b, where Vi represents the real number of measurements Ci=0 indicates 'number of measurements = 0' Ci=254 indicates 'number of measurements = Max_i' Ci=255 is reserved to indicate overflow. C/I band is defined by : MEAS_STAT_PATH_C_I_(i-1)<= C/I < MEAS_STAT_C_I_i MEAS_STAT_PATH_C_I_0 = -63 dB, MEAS_STAT_PATH_C_I_10 = 63 dB If EN_BALANCED_CI = TRUE then C/I (dB) = RXLEV_DL + abs(BS_TXPWR - BS_TXPWR_MAX) - RXLEV_NCELL Note that the formula is written independently of the coding used for the variables. RXLEV_DL and RXLEV_NCELL are the received signal levels of the serving and of the neighbour cells, expressed in dBm. BS_TXPWR is the BTS transmitted power and BS_TXPWR_MAX is the maximum allowed BTS transmission power. Both are defined relatively to the maximum absolute output power of the BTS (BTS_MAX_OUTPUT_POWER). BS_TXPWR and BS_TXPWR_MAX are expressed in dB. The function abs() gives the absolute value of its argument. else C/I (dB) = RXLEV_DL (dBm) - RXLEV_NCELL (dBm)

RMS8b MR_CIN 31 X X OK Greatest value of the Vi in RMS8a.

RMS9a TPR_CIF 31 X X OK

Table of 10 results per frequency reported by extended measurement. Each cell i of the table contains : 1) number of reports in which the C/I related to the extended measurement frequency is reported in C/I band i. The result is given as follows : Ci=Vi x 254 / RMS9b, where Vi represents the real number of measurements Ci=0 indicates 'number of measurements = 0' Ci=254 indicates 'number of measurements = Max_i' Ci=255 is reserved to indicate overflow. C/I band is defined by : MEAS_STAT_PATH_C_I_(i-1)<= C/I < MEAS_STAT_C_I_i MEAS_STAT_PATH_C_I_0 = -63 dBm, MEAS_STAT_PATH_C_I_10 = 63 dBm If EN_BALANCED_CI = TRUE then C/I (dB) = RXLEV_DL + abs(BS_TXPWR - BS_TXPWR_MAX) - RXLEV_NCELL Note that the formula is written independently of the coding used for the variables. RXLEV_DL and RXLEV_NCELL are the received signal levels of the serving and of the neighbour cells, expressed in dBm. BS_TXPWR is the BTS transmitted power and BS_TXPWR_MAX is the maximum allowed BTS transmission power. Both are defined relatively to the maximum absolute output power of the BTS (BTS_MAX_OUTPUT_POWER). BS_TXPWR and BS_TXPWR_MAX are expressed in dB. The function abs() gives the absolute value of its argument. else C/I (dB) = RXLEV_DL (dBm) - RXLEV_NCELL (dBm)

RMS9b MR_CIF 31 X X OK Greatest value of the Vi in RMS9a. RMSp80 NEIGB_CELL_ID 31 X X OK BCCH ARFCN and BSIC of the neighbour cell.


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RMSp90 Frequency ARFCN 31 X X OK

ARFCN of the frequency reported via Extended Measurement Reporting.

RMSpa PAR_EN_BALANCED_CI 31 X Indicates if the C/I measure is balanced or not.

RMSpb PAR_TA_STAT 31 X X OK

Contains the value of the parameter TA_STAT. TA_STAT is a Threshold on timing advance to define the cell limit used for Radio Measurements Statistics. Min = 0 bit, max = 64 bit

RMSpc PAR_VQ_AVERAGE 31 X X OK

PAR_VQ_AVERAGE contains the value of the parameter VQ_AVERAGE for the concerned cell. VQ_AVERAGE represents the Average window size on measurements to obtain samples for Voice Quality statistics. Min=0 Samfr, max=128 Samfr

RMSpd PAR_VQ_RXLEV 31 X X OK

PAR_VQ_RXLEV contains the value of the parameter VQ_RXLEV for the concerned cell. VQ_RXLEV is Radio level threshold to specify bad quality samples for Voice Quality statistics. Min = -110 dBm, max=-65 dBm

RMSpe PAR_VQ_RXQUAL 31 X X OK

PAR_VQ_RXQUAL represents the value of the parameter VQ_RXQUAL. VQ_RXQUAL is a Radio quality threshold to specify bad quality samples for Voice Quality statistics. Min = 0, Max = 7

RMSpf PAR_VQ_RXQUAL_VS_RXFER 31 X X OK

PAR_VQ_RX contains the value of the parameter VQ_RXQUAL_VS_RXFER for the concerned cell. VQ_RXQUAL_VS_RXFER is a Radio quality threshold to specify correlation between quality samples for Voice Quality statistics. Min = 0, Max = 7

RMSpg PAR_VQ_GOOD_RXFER 31 X X OK

PAR_VQ_GOOD_RXFER contains the value of the parameter VQ_GOOD_RXFER for the concerned cell. VQ_GOOD_RXFER is a Radio good FER threshold to specify bad quality samples for Voice Quality statistics. Min = 0%, Max = 20%

RMSph PAR_VQ_BAD_RXFER 31 X X OK

PAR_VQ_BAD_RXFER contains the value of the parameter VQ_BAD_RXFER for the concerned cell. VQ_BAD_RXFER is the Radio bad FER threshold to specify bad quality samples for Voice Quality statistics. Min = 0 %, max= 20%

RMSpi PAR_VQ_INTF_THRESHOLD 31 X X OK

PAR_VQ_INTF_THRESHOLD contains the value of the parameter VQ_INTF_THRESHOLD for the concerned cell. VQ_INTF_THRESHOLD is the Radio interference threshold to detect noisy calls for Voice Quality statistics. Min = 0%, Max= 100%

RMSpj PAR_VQ_FER_THRESHOLD 31 X X OK

PAR_VQ_FER_THRESHOLD contains the value of the parameter VQ_FER_THRESHOLD for the concerned cell. VQ_FER_THRESHOLD is the Radio FER threshold to detect calls with bad speech quality for Voice Quality statistics. Min=0%, Max=100%


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RMSpt1 TAB_PAR_MEAS_C/I 31 X X OK

Table of value for 9 parameters : MEAS_STAT_C_I1 to MEAS_STAT_C_I9 MEAS_STAT_C_Ii is a Threshold on radio C/I (Carrier/Interference) measurements to define bands used for Radio Measurements Statistics Min value = -63 dB, max value= 63 dB

RMSpt2 TAB_PAR_MEAS_STAT_BFI 31 X X OK

Table of value for 9 parameters : MEAS_STAT_BFI1 to MEAS_STAT_BFI9 MEAS_STAT_BFIi is a Threshold on successive Bad Frame Indication to define bands used for Radio Measurements Statistics. Min value =0, max value= 25

RMSpt3 TAB_PAR_MEAS_STAT_S 31 X X OK

Table of value for 9 parameters : MEAS_STAT_S1 to MEAS_STAT_S9 MEAS_STAT_Si is a Threshold on radio link counter to define bands used for Radio Measurements Statistics. Min value =0 Samfr, max value= 128 Samfr

RMSpt4

TAB_PAR_MEAS_PATH_BALANCE 31 X X OK

Table of value for 9 parameters : MEAS_STAT_PATH_BAL1 to MEAS_STAT_PATH_BAL9 MEAS_STAT_PATH_BALi is a Threshold on path balance to define bands used for Radio Measurements Statistics. Min value =-110 dB, max value= 110 dB

RMSpt5 TAB_PAR_MEAS_LEVEL 31 X X OK

Table of value for 9 parameters : MEAS_STAT_LEV1 to MEAS_STAT_LEV9 MEAS_STAT_LEVi is a threshold on radio level to define bands used for Radio Measurements Statistics. Min value = -110 dBm, max value= -47 dBm

RMSpt6 TAB_PAR_MEAS_STAT_TA 31 X X OK

Table of value for 9 parameters : MEAS_STAT_TA1 to MEAS_STAT_TA9 MEAS_STAT_TAi is a Threshold on Timing Advance measurements to define bands used for Radio Measurements Statistics Min value = 0 bper, max value= 63 bper

RMSpw1 BS_TX_PWRMAX 31 X X OK

Value of the parameter BS_TX_PWRMAX (BTS maximum allowed transmit power). If the cell is concentric, the value of the inner or the outer zone will be reported, depending on the TRX.

RMSpw2 MS_TX_PWRMAX 31 X X OK

Value of the parameter MS_TX_PWRMAX (MS maximum allowed transmit power). If the cell is concentric, the value of the inner or the outer zone will be reported, depending on the TRX.

RMSPw3 MAX_POWER_PER_TRX 31 X X

Maximum GMSK TRX power level applied at the BTS antenna output connector in dBm. The power takes into account the different losses (cables, internal combiners) and the internal/ external leveling but it does not take into account the BS-TXPWR-MAX, attenuation required by the OMC_R. If the feature “unbalancing TRX output power per BTS sector" is activated (parameter “En-Unbalanced-Output-Power” set to 1), the counter is set by the BTS to the power required by the BSC for the corresponding TRE (i.e. for the TRE on which is mapped that TRX).

C403a NB_INC_EXT_TCH_HO_NEW_BAND_ATPT 32 X X OK OK

Number of incoming external TCH (in HR or FR usage) handover attempts including a change of the (TCH) frequency band.


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C403b NB_INC_EXT_TCH_HO_NEW_BAND_SUCC 32 X X OK OK

Number of incoming external TCH (in HR or FR usage) handover successes including a change of the (TCH) frequency band.

C404a NB_OUT_EXT_TCH_HO_NEW_BAND_ATPT 32 X X OK OK

Number of outgoing external TCH (in HR or FR usage) handover attempts including a change of the (TCH) frequency band.

C404b NB_OUT_EXT_TCH_HO_NEW_BAND_SUCC 32 X X OK OK

Number of outgoing external TCH (in HR or FR usage) handover successes including a change of the (TCH) frequency band.

C420a NB_INC_INT_TCH_HO_NEW_BAND_ATPT 32 X X

BSC

only Number of incoming internal TCH (in HR or FR usage) handover attempts including a change of the (TCH) frequency band.

C420b NB_INC_INT_TCH_HO_NEW_BAND_SUCC 32 X X OK OK

Number of incoming internal TCH (in HR or FR usage) handover successes including a change of the (TCH) frequency band.

C421a NB_OUT_INT_TCH_HO_NEW_BAND_ATPT 32 X X OK OK

Number of outgoing internal TCH (in HR or FR usage) handover attempts including a change of the (TCH) frequency band.

C421b NB_OUT_INT_TCH_HO_NEW_BAND_SUCC 32 X X OK OK

Number of outgoing internal TCH (in HR or FR usage) handover successes including a change of the (TCH) frequency band.

E01 EME_PWR_GSM 33 X X OK

Average emitted power at the BTS antenna output connector for the GSM frequency band (GSM850 or E-GSM or P-GSM). Counter coded in tenth of Watt. Value 0 indicates that the TRX frequency is neither GSM850 nor E-GSM nor P-GSM band. Value FFFFh indicates overflow of the measurement period.

E02 EME_PWR_DCS 33 X X OK

Average emitted power at the BTS antenna output connector for the DCS frequency band (DCS1800 or DCS1900). Counter coded in tenth of Watt. Value 0 indicates that the TRX frequency is neither DCS1800 nor DCS1900 band. Value FFFFh indicates overflow of the measurement period.

V01 NB_PTP_CALL_PREEMPTED_VGCS 34 MR2 OK

Number of point-to-point CS-calls pre-empted for VGC channels per cell during observation period.

V021 AV_PARALLEL_TCH_VGCS 34 MR2 OK

Average number of parallel TCH in use for VGCS per cell during observation period. TCH used for VGC listening service and TCH used for VGC talking service are both counted.

V022 MAX_PARALLEL_TCH_VGCS 34 MR2 OK

Maximum number of parallel TCH in use for VGCS per cell during observation period. TCH used for VGC listening service and TCH used for VGC talking service are both counted.

V03 NB_VGCS_ESTABLISHMENT_REQ 34 MR2 OK

Number of VGC establishment requests per cell during observation period.

V04 NB_VGCS_ESTABLISHMENT_SUCC 34 MR2 OK

Number of successfully established VGC per cell during observation period.

V05 NB_CM_SERV_REQ_VGCS 34 MR2 OK Number of received CM_SERVICE-REQ for VGC per cell during observation period.

V06 NB_VGC_RELEASED_VGCS 34 MR2 OK Number of released VGC per cell during observation period.

V07 NB_OUT_VGCS_HO_ATPT 34 MR2 OK

Number of outgoing handover attempts for VGC-talker per cell during observation period. Intracell, internal intercell and external handovers are counted together.

V08 NB_OUT_VGCS_HO_SUCC 34 MR2 OK

Number of successful outgoing handover for VGC-talker per cell during observation period. Intracell, internal intercell and external handovers are counted together.


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nt V09 NB_INC_VGCS_HO_SUCC 34 MR2 OK

Number of successful incoming handover for VGC-talker per cell during observation period. Since there are no reliable means at the target BSC to distinguish external directed retry from external handover, the external directed retries are counted by this counter. Intracell handover are not counted.

V10 NB_INC_VGCS_HO_ATPT 34 MR2 OK

Number of incoming handover attempts for VGC-talker per cell during observation period. Intracell, internal intercell and external handovers are counted together. Intracell handover are not counted.

V11 NB_TALKER_CHANGE_VGCS 34 MR2 OK

Number of talker change in the BSC during observation period. This counter is the TOTAL number of talker change in the BSC during the observation period.

V12 NB_VGC_BLOCKED_VGCS 34 MR2 OK Number of blocked VGC due to lack of resources per cell during observation period.

V13 NB_VGCS_NOTIFIFICATION_FACCH 34 MR2 OK

Number of VGC notifications sent over FACCH per cell during observation period.

V14 NB_ASS_REQ_ABLE_PREEMT 34 MR2 X OK Number of ASSIGNEMENT REQUEST able to pre-empt per cell during observation period.

V15 NB_VGCS_ASS_REQ_ABLE_TO_PREEMPT 34 MR2 OK

Number of VGCS/VBS ASSIGNEMENT REQUEST able to pre-empt per cell during observation period.

V16 NB_VGCS_QUEUED 34 MR2 OK Number of VGC queued per cell during the polling period.

V17 NB_VGCS_ESTABLISHED 34 MR2 OK Number of VGC successfully established per BSC during the observation period.

V18 NB_PREEMTED_TCH_VGCS 34 MR2 X

NOK16950

7 OK Number of pre-empted TCHper cell during observation period.

V19 NB_PAGING_FACCH 34 MR2 X OK Number of PTP pagings sent over FACCH per cell during observation period.

V20 VGCS20 34 MR2 OK Provision for VGCS

MC01 NB_IMM_ASS_SUCC_MT 110 X X OK Number of immediate assignment plus SDCCH normal assignment successes for Mobile Terminating procedure.

MC02 NB_IMM_ASS_SUCC_MO 110 X X OK

Number of immediate assignment successes for Mobile Originating procedure. C02 = C02a+C02b+C02c+C02d+C02e+C02f+C02g+C02h+C02i. The following counters C02a/b/c/d/e/f/g/h/i provide the distribution of the MO telecom procedures on SDCCH.

MC02a

NB_IMM_ASS_SUCC_MO_LOC_UPD 110 X X OK OK

case: Location Update request (except the "follow on" procedure)

MC02b NB_IMM_ASS_SUCC_MO_SMS 110 X X case: SMS procedure on SDCCH MC02c

NB_IMM_ASS_SUCC_MO_SUP_SERV 110 X X case: Supplementary Service

MC02d

NB_IMM_ASS_SUCC_MO_FOLLOW_ON 110 X X

case: Location Update request ("follow on" procedure)

MC02e

NB_IMM_ASS_SUCC_MO_CM_REEST 110 X X OK case: CM Re-establishment procedure

MC02f NB_IMM_ASS_SUCC_MO_L3INFO_UNKNOW 110 X X

MC02f=C02f, number of immediate assignment successes for Mobile Originationg procedure, in case of L3 Info (within 48.058 ESTABLISH INDICATION) unknown by the BSC but transferred to the MSC.


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MC02g

NB_IMM_ASS_SUCC_MO_IMSI_DETACH 110 X X OK

MC02g=C02g, number of immediate assignment successes for Mobile Originationg procedure, in case of IMSI Detach Indication.

MC02h

NB_IMM_ASS_SUCC_MO_CALL_EST 110 X X OK case: normal or emergency call establishment

MC02i NB_IMM_ASS_SUCC_MO_LCS 110 X BSC

only case: Mobile originated LCS procedure on SDCCH

MC03 NB_OUT_SDCCH_HO_SUCC 110 X X BSC

only MC03=C03, Number of outgoing SDCCH handover (any kind) successes.

MC04 NB_IMM_ASS_PREP_FAIL_CONG 110 X X

MC04=C04, number of immediate assignment preparation failures due to congestion.

MC07 NB_SDCCH_DROP_OUT_HO 110 X X MC07=C07, Number of SDCCH drops during any outgoing SDCCH handover.

MC10 NB_INC_SDCCH_HO_SUCC 110 X X BSC

only MC10=C10, Number of incoming SDCCH handover (any kind) successes.

MC101

NB_INTRA_SDCCH_HO_PREP_FAIL_CONG 110 X X

MC101=C101, Number of intra-cell SDCCH handover -preparation failures due to congestion.

MC1040 NB_HO_ATPT_23_TrafHandover 110 X X MC1040=C440+C445 MC1044 NB_HO_ATPT_24_gencapture 110 X X MC1044=C444+C446 MC1050 NB_HO_22_TooShortDistance 110 X X OK MC1050=C450+C454

MC137

NB_SDCCH_DROP_EST_PHAS_BSS_PB 110 X X

BSC

only

MC137=C137, Number of SDCCH drops in SDCCH established phase due to BSS problem.It may happen that several causes of failures mentioned below are detected consecutively. In that case, the counter will only be incremented once, as soon as the call is released.

MC138

NB_SDCCH_DROP_EST_PHAS_RLF 110 X X

BSC

only Number of SDCCH drops on SDCCH established phase due to radio link failure (radio link timeout or Lapdm timer expiry).

MC13a NB_TCH_NOR_ASS_QUEUED 110 X X

BSC

only OK Number of TCH (in HR or FR usage) normal assignment requests that are put in BSC queue.

MC13b

NB_INC_EXT_TCH_HO_QUEUED 110 X X

BSC

only OK Number of TCH (in HR or FR usage) incoming external handover requests that are put in BSC queue

MC140a NB_TCH_NOR_ASS_REQ 110 X X

BSC

only OK

Number of : 1) normal assignment requests for TCH establishment (in HR or FR usage). 2) DTM assignment command, when the MS is camping on a SDCCH (i.e. the cases where a TCH was already allocated to the MS are not taken into account). In this case, the TCH is established in signaling mode.

MC140b NB_TCH_NOR_ASS_ATPT 110 X X

NOK

174676 OK

Number of normal assignment commands for TCH establishment (in HR or FR usage). This counter also takes into account DTM assignment commands for TCH establishment in signaling mode (FR usage only).

MC141 AV_NB_TCH_QUEUED 110 X X

Average number of queued TCH (in HR or FR usage) normal assignment or external handover requests.

MC142e NB_OUT_IDR_SUCC 110 X X OK OK MC142e=C142a+C142c MC142f NB_OUT_EDR_SUCC 110 X X OK OK MC142f=C142b+C142d MC144e NB_OUT_IDR_REQ 110 X X

BSC

only MC144e=C144a+C144c


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MC144f NB_OUT_EDR_REQ 110 X X MC144f=C144b+C144d

MC147 NB_INC_SDCCH_HO_ALLOC 110 X X

BSC

only MC147=C147, Number of incoming internal or external SDCCH handovers -whose target SDCCH channel is allocated by the BSC.

MC148 NB_IMM_ASS_ALLOC 110 X X

BSC

only Number of immediate assignment plus SDCCH normal assignments -whose SDCCH channel is allocated by the BSC.

MC149

NB_IMM_ASS_EXEC_FAIL_RADIO 110 X X OK OK

Number of immediate assignment -execution failures due to MS access problem.

MC14a

NB_TCH_DROP_HO_PREP_EXEC_FAIL_BSS_PB 110 X X OK

Number of TCH (in HR or FR usage) drops due to BSS problem during any TCH handover preparation and execution phases. This counter is incremented on the cell on which the problem occurs(In the case of internal inter-cell handovers, it is not incremented on both serving and target cell). For problems that are not related to a specific cell, the counter related to the serving cell will be incremented. It may happen that several causes of failures mentioned below are detected consecutively. In that case, the counter will only be incremented once, as soon as the handover procedure fails. This counter takes into account handovers from TCH in traffic or in signaling mode.

MC14c

NB_TCH_DROP_EST_PHAS_BSS_PB 110 X X OK OK

Number of TCH (in HR or FR usage) drops in TCH established phase due to BSS problem. It may happen that several causes of failures mentioned below are detected consecutively. In that case, the counter will only be incremented once, as soon as the call is released. This counter takes into account TCH in traffic or in signaling mode. It is not incremented in case of TCH drop during a normal assignment, a handover or a DTM assignment.

MC151 NB_INC_IDR_SUCC (29) 110 X X OK OK

Number of incoming internal directed retry (forced or normal, towards a TCH channel in HR or FR usage) successes.

MC153 NB_INC_IDR_REQ 110 X X OK OK

MC153=C153, Number of incoming internal directed retry (forced or normal) requests. The target TCH channel can be in HR or FR usage.

MC15a NB_INC_IDR_ALLOC 110 X X

BSC

only OK MC15a=C15a, Number of incoming internal directed retry (towards a TCH channel in HR or FR usage) whose target channel is allocated by the BSC.

MC15b NB_INC_TCH_HO_ALLOC 110 X X OK

Number of incoming TCH (in HR or FR usage) handover (internal or external) -whose target channel is allocated by the BSC. Since there are no reliable means at the target BSC to distinguish external directed retry from external handover, the external directed retries are counted by this counter.

MC161 NB_DTAP_NOR_ASS_SUCC 110 X X

BSC

only MC161 = C161a + C161b MC162

NB_TCH_DROP_DTAP_EST_PHAS 110 X no MC162 = C162a + C162b + C162c

MC170 NB_CALL_TFO 110 X X OK

Number of TCHs assigned in the serving cell for which TFO has been successfully established.


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MC19 NB_TCH_NOR_ASS_HO_PREP_FAIL_ACHAN_MIS (110) 110 X X OK

Number of TCH (in HR or FR usage) normal assignment and external handover -preparation failures due to A-channel status mismatch between the BSC and the MSC.

MC191 NB_SMS_PP_CON_MT_SDCCH 110 X

Number of Mobile Terminating SMS connections on SDCCH

MC196 NB_SMS_PP_CON_SUCC 110 X X MC196=C190+C191+C192+C193 MC197 NB_SMS_PP_CON_FAIL 110 X X MC197=C194a+C194b+C194c+C195

MC24 AV_NB_NOT_AVAIL_TRX_TS 110 X X BSC

only Average number of not available radio timeslots (TRX_TS).

MC250 AV_NB_AVAIL_TCH 110 X X

BSC

only Average number of available TCH/PDCH timeslots for traffic usage (i.e. TCH (for HR or FR usage) or PDCH).

MC26 AV_NB_AVAIL_SDCCH 110 X X BSC

only Average number of available static SDCCH sub-channels (i.e. on static SDCCH timeslots).

MC27 AV_NB_AVAIL_CCCH 110 X X OK Average number of available CCCH channels.

MC28a AV_NB_BUSY_CS_TS 110 X X OK OK

Average number of busy TCH radio timeslot (in FR or HR usage, in traffic or in signaling mode) and busy dynamic SDCCH/8 radio timeslot allocated as TCH.

MC29a NB_MAX_SIMUL_BUSY_CS_TS 110 X X OK OK

Maximum number of simultaneously busy TCH radio timeslots (in HR or FR usage, in traffic or in signaling mode) and simultaneously busy dynamic SDCCH/8 radio timeslots allocated as TCH.

MC31 NB_MAX_SIMUL_BUSY_SDCCH 110 X X BSC

only

Maximum number of simultaneously busy SDCCH subchannels, taking into account the following SDCCH sub-channels: 1) Static SDCCH/x sub-channels, 2) Dynamic SDCCH sub-channels which are dynamically allocated on the dynamic SDCCH/8 timeslots.

MC320a

AV_NB_IDLE_TCH_INTERF_BAND1 110 X X

BSC

only


MC320b


BSC

only


MC320c


BSC

only


MC320d


BSC

only

Average number of free TCH and free dynamic SDCCH/8 radio timeslots in FR or HR usage belonging to the interference band 4. This number is updated upon the receipt of 48.058 RF RESOURCE INDICATION.

MC320e


BSC

only


MC34 TIME_ALL_AVAIL_TRX_TS_BUSY 110 X X

NOK

174026 OK

Cumulated time (in seconds) during which there is no free FR TCH sub-channel to serve an incoming FR TCH request. A TCH sub-channel is seen as busy: i) if the TCH sub-channel is occupied by a HR or FR CS call (in particular if it is occupied by the CS part of a DTM call), or ii) if the TCH sub-channel is allocated to the MFS to carry PS traffic.


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MC35 AV_NB_A_TRAF_CHAN_BLOCK_OUT_OF_SERV 110 X X

Average number of A-traffic-channels (i.e. all A-channels except for N7, SPC and synchro) that are blocked or out of service.

MC350 NB_N7_CON_REQ 110 X X MC350=C253+C254 MC351 NB_N7_CON_CONF 110 X X MC351=C255+C256

MC36 AV_NB_AVAIL_A_TRAF_CHAN 110 X X Average number of available A-traffic-channels channels (i.e. all A-channels except for N7, SPC and synchro).

MC370a NB_TRX_FR_ALLOC 110 X X OK MC370A= SUM(all TRX_TS of the TRX) (C370A) MC370b NB_TRX_HR_ALLOC 110 X X OK MC370B= SUM(all TRX_TS of the TRX) (C370B) MC380a TIME_TRX_FR_BUSY 110 X X OK

Time (in seconds) during which the TCH radio timeslot in FR usage is busy

MC380b TIME_TRX_HR_BUSY 110 X X OK

Time (in seconds) during which the TCH radio timeslot in HR usage is busy

MC380c TIME_TRX_GSM_FR_BUSY 110 X X

BSC

only OK

Time (in seconds) during which the TCH radio timeslot or dynamic SDCCH/8 timeslot in the GSM frequency band is busy in FR usage. This counter takes into account TCH in traffic or in signaling mode.

MC380d TIME_TRX_GSM_HR_BUSY 110 X X

BSC

only Time (in seconds) during which the TCH radio timeslot or dynamic SDCCH/8 timeslot in the GSM frequency band is busy in HR usage.

MC380e TIME_TRX_DCS_FR_BUSY 110 X X OK

Time (in seconds) during which the TCH radio timeslot or dynamic SDCCH/8 timeslot in the DCS/PCS frequency band is busy in FR usage. This counter takes into account TCH in traffic or in signaling mode.

MC380f TIME_TRX_DCS_HR_BUSY 110 X X OK

Time (in seconds) during which the TCH radio timeslot or dynamic SDCCH/8 timeslot in the DCS/PCS frequency band is busy in HR usage.

MC381

TIME_TRX_TCH_BUSY_BY_MULTIBAND_MS 110 X X OK OK

MC381= SUM (over all TRX_TS of the TRX) (C381A+C381B)

MC390 NB_TIMES_SDCCH_BUSY (110) 110 X X

MC390=SUM (all TRX_TS of the TRX) C39, C39 is NB_TIMES_SDCCH_BUSY in type 4.

MC400 TIME_TRX_SDCCH_BUSY 110 X X

BSC

only MC400= SUM (all TRX_TS of the TRX) C40

MC41b

NB_INC_EXT_TCH_HO_PREP_FAIL_NO_TTCH 110 X X OK

Number of incoming external TCH (in HR or FR usage) handover -preparation failures due to A-traffic-channel status mismatch between the BSC and the MSC.

MC448a

NB_TCH_HO_ATPT_26_BadQualHR 110 X X OK

Number of intracell handover attempts, with the cause 26: "HR to FR channel adaptation due to bad radio quality" on a TCH channel.

MC448b

NB_TCH_HO_ATPT_27_GoodQualFR 110 X X OK

Number of intracell handover attempts, with the cause 27: "FR to HR channel adaptation due to good radio quality" on a TCH channel.

MC449

NB_TCH_HO_ATPT_28_FastTraffic 110 X X

Number of handover attempts, with the cause 28 (Fast Traffic Handover).

MC460a

NB_TCH_EMERGENCY_HO_PRESERVATION 110 X X

BSC

only OK

Number of high priority TCH requests served when 1) the number of free TCH timeslots is less than or equal to NUM_TCH_EGNCY_HO and, 2) the queue for this cell is not empty.

MC461 NB_TCH_HO_ATPT_29_TFO 110 X X OK

Number of intra-cell handover - attempts, with the cause 29 (TFO mismatch resolution, TFO optimisation). MC461 = C461


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MC462a

NB_OUT_INTER_PLMN_TCH_HO_REQ 110 X X OK OK

Number of inter-PLMN TCH outgoing handover or directed retry requests. This counter takes into account handovers from TCH in traffic or in signaling mode.

MC462b

NB_OUT_INTER_PLMN_TCH_HO_ATPT 110 X X OK OK

Number of inter-PLMN TCH outgoing handover or directed retry attempts. This counter takes into account handovers from TCH in traffic or in signaling mode.

MC462c

NB_OUT_INTER_PLMN_TCH_HO_SUCC 110 X X OK OK

Number of inter-PLMN TCH outgoing handover or directed retry successes. This counter takes into account handovers from TCH in traffic or in signaling mode.

MC463a

NB_INC_INTER_PLMN_TCH_HO_REQ 110 X X OK OK

Number of inter-PLMN TCH incoming handover or directed retry requests

MC463b

NB_INC_INTER_PLMN_TCH_HO_ATPT 110 X X OK OK

Number of inter-PLMN TCH incoming handover or directed retry attempts

MC463c

NB_INC_INTER_PLMN_TCH_HO_SUCC 110 X X OK OK

Number of inter-PLMN TCH incoming handover or directed retry successes

MC480

NB_TCH_HO_REQ_30_ReturnCSZone 110 X X

BSC

only Number of TCH intracell HO cause 30 requests MC481

NB_TCH_HO_ATPT_30_ReturnCSZone 110 X X

BSC

only Number of TCH intracell HO cause 30 attempts.

MC541

NB_INC_EXT_TCH_HO_PREP_FAIL_R_ABIS 110 X X OK OK

Number of incoming external TCH (in HR or FR usage) handover -preparation failures due to congestion (C541a), or A-traffic-channel status mismatch between the BSC and the MSC (C41b).

MC541a

NB_INC_EXT_TCH_HO_PREP_FAIL_CONG_R_ABIS 110 X X

Number of incoming external TCH (in HR or FR usage) handover -preparation failures due to congestion.

MC551

NB_INC_INT_TCH_HO_PREP_FAIL_CONG_R_ABIS 110 X X

Number of incoming internal inter-cell TCH (in HR or FR usage) handover -preparation failures due to congestion.

MC555

NB_INC_IDR_PREP_FAIL_CONG_R_ABIS 110 X X

Number of incoming internal directed retry (forced or normal) -preparation failures due to congestion (on Air or A-bis interface). The target TCH channel can be in HR or FR usage.

MC561

NB_INTRA_TCH_HO_PREP_FAIL_CONG_R_ABIS 110 X X

Number of intra-cell TCH (in HR or FR usage) handover -preparation failures due to congestion. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments.

MC586a

NB_TCH_HO_ATPT_10_TooLowLevUpInZone 110 X X OK

Number of intra-cell handover attempts, with cause 10 "Inner zone uplink level too low" on TCH channel (in HR or FR usage). This counter is related to concentric cell environment.

MC586b

NB_TCH_HO_ATPT_11_TooLowLevDownInZone 110 X X OK

Number of intra-cell handover attempts, with cause 11: "Inner zone downlink level too low" on TCH channel (in HR or FR usage). This counter is related to concentric cell environment.

MC586c

NB_TCH_HO_ATPT_13_TooHighLevUpDownOutZone 110 X X

Number of intra-cell handover attempts, with cause 13: "Outer zone uplink and downlink levels too high" on TCH channel (in HR or FR usage). This counter is related to concentric cell environment.

MC607

NB_SDCCH_HO_20_HighLevNeigCellForcDR 110 X X

MC607=C607, Number of SDCCH inter-cell internal or external handover attempts with cause 20: "forced directed retry". This counter is related to a forced directed retry (internal or external).


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MC612a

NB_TCH_NOR_ASS_PREP_FAIL_NO_QUEUE 110 X X

Number of TCH (in HR or FR usage) normal assignment preparation failures because of the non-queuing of the ASSIGNMENT REQUEST message. Case: 48.008ASSIGNMENT REQUEST on TCH (in HR or FR usage) is received when no TCH is available in the cell. The request is rejected (by 48.008ASSIGNMENT FAILURE, cause: "no radio resource available"), because the queuing procedure is either: 1) disabled within the BSC (i.e. (T11=0 and QUEUE_ANYWAY=0), OR (T11_forced=0 and QUEUE_ANYWAY=1)), or 2) enabled within the BSC, i.e. T11 <> 0, but not requested by the MSC when QUEUE_ANYWAY=0.

MC612b

NB_TCH_NOR_ASS_PREP_FAIL_QUEUE_FULL 110 X X

MC612b=C612b, Case: 48.008ASSIGNMENT REQUEST on TCH (in FR or HR usage) is received when no TCH is available in the cell. The queuing is enabled within the BSC, but the request is rejected (by 48.008ASSIGNMENT FAILURE, cause: "no radio resource available"), because the queue is full and no request of lower priority can be dequeued from the BSC queue.

MC612c

NB_TCH_NOR_ASS_PREP_FAIL_T11_EXP 110 X X OK

Case: 48.008ASSIGNMENT REQUEST is queued because no TCH (in HR or FR usage) is available in the cell, timer T11 (case MSC requests for queuing whatever QUEUE_ANYWAY value may be) or timer T11_forced (case QUEUE_ANYWAY=1, i.e. the queuing is forced within the BSC) is started, and no free TCH can be found before timer expiry, consequently the request is rejected (by 48.008 CLEAR REQUEST cause: "no radio resource available"). Remark: If an internal directed retry is attempted and failed while T11/T11_forced is running, the request is un-holded and the BSC waits for the expiry of the relevant timer. Consequently, this counter must not be incremented upon the failure of an internal directed retry.

MC612d

NB_TCH_NOR_ASS_PREP_FAIL_QUEUE_REJ 110 X X

Case: 48.008ASSIGNMENT REQUEST is queued because no TCH (in HR or FR usage) is available in the cell, timer T11 (case MSC requests for queuing whatever QUEUE_ANYWAY value may be) or timer T11_forced (case QUEUE_ANYWAY=1, i.e. the queuing is forced within the BSC) is started, and before the timer expiry, the request is dequeued due to the receipt of a higher priority request (i.e. 48.008ASSIGNMENT REQUEST) : the BSC sends 48.008ASSIGNMENT FAILURE (cause: "no radio resource available") for the first transaction. Remark: As soon as an internal directed retry is attempted, the request is blocked within the BSC and cannot be dequeued by a higher priority request.

MC621

NB_TCH_DROP_OUT_HO_EXEC_TRX 110 X X OK

Number of TCH drops during the execution of any TCH outgoing handover, per TRX. This counter takes into account handovers from TCH in traffic or in signaling mode. MC621 = C621

MC642 NB_INC_EXT_HO_SUCC 110 X X

BSC

only OK MC642=C42+C82 MC643

NB_INC_EXT_HO_EXEC_FAIL_MS_ACCESS 110 X X MC643=C43+C83


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MC645a NB_OUT_EXT_REAL_HO_REQ 110 X X

BSC

only OK MC645a = C45a + C85a MC646 NB_OUT_EXT_HO_SUCC 110 X X

BSC


NB_OUT_EXT_HO_EXEC_FAIL_REV 110 X no OK MC647=C47+C87

MC648

NB_OUT_EXT_HO_EXEC_FAIL_NO_REV 110 X X

BSC

only MC648=C48+C88 MC650 NB_OUT_EXT_HO_ATPT 110 X X OK MC650=C50+C90 MC652 NB_INC_INT_HO_SUCC 110 X X OK MC652=C52+C92 MC653

NB_INC_INT_HO_EXEC_FAIL_MS_ACCESS 110 X X MC653=C53+C93

MC655a NB_OUT_INT_HO_REQ 110 X X

BSC

only MC655a=C55a+C95a MC656 NB_OUT_INT_HO_SUCC 110 X X

BSC

only MC656=C56+C96 MC657

NB_OUT_INT_HO_EXEC_FAIL_REV 110 X X

BSC

only MC657=C57+C97 MC658

NB_OUT_INT_HO_EXEC_FAIL_NO_REV 110 X X

BSC

only MC658=C58+C98 MC660 NB_OUT_INT_HO_ATPT 110 X X

BSC

only MC660=C60+C100 MC662 NB_INTRA_HO_SUCC 110 X X OK OK MC662=C62+C102 MC663

NB_INTRA_HO_EXEC_FAIL_NO_REV 110 X X

BSC


NB_INTRA_HO_EXEC_FAIL_REV 110 X X

BSC

only OK MC667=C67+C107 MC670 NB_HO_2_TooLowQualUp 110 X X OK MC670=C470+C510 MC671 NB_HO_3_TooLowLevUp 110 X X

BSC

only MC671=C471+C511 MC672 NB_HO_4_TooLowQualDown 110 X X OK MC672=C472+C512 MC673 NB_HO_5_TooLowLevDown 110 X X OK MC673=C473+C513 MC674 NB_HO_6_TooLongDistance 110 X X OK MC674=C474+C514 MC675 NB_HO_MSC_TRIG 110 X X OK MC675=C75+C115 MC676 NB_HO_15_TooHighLevInterfUp 110 X X OK MC676=C476+C516 MC677

NB_HO_16_TooHighLevInterfDown 110 X X OK MC677=C477+C517

MC678 NB_HO_12_TooLowPowBudg 110 X X MC678=C478+C518 MC679

NB_HO_21_HighLevNeigCellPrefBand 110 X X MC679=C479+C519

MC701a NB_TCH_FR_REQ 110 X X

NOK

174677 OK

Number of TCH normal assignments requests from mobiles with following speech capability (after possible filtering of the MSC): - FR only - FR and EFR only - HR only - EFR&HR only - EFR only


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MC701b NB_TCH_DR_REQ 110 X X

BSC

only OK Number of TCH normal assignments requests from dual rate mobiles.

MC701c NB_TCH_DR_EFR_REQ 110 X X

BSC

only OK Number of TCH normal assignment requests from mobiles supporting FR, HR and EFR.

MC701d NB_TCH_AMR_REQ 110 X X

BSC

only OK Number of TCH normal assignment requests from AMR mobiles.

MC701e NB_TCH_DATA_REQ 110 X X

BSC

only Number of TCH normal assignment requests for data calls.

MC701f NB_TCH_FR_EFR_REQ 110 X

Number of TCH normal assignments requests from mobiles supporting only FR and EFR (after possible filtering from the MSC).

MC701g NB_TCH_NO_FR_REQ 110 X

Number of TCH normal assignments requests from mobiles with following speech capability (after possible filtering of the MSC): - HR only, - EFR&HR only, - EFR only

MC702a NB_TCH_NOR_FR_ALLOC 110 X X

BSC

only OK

number of TCH normal assignment/mode modify in FR usage - whose channel is allocated in the BSC. This counter takes into account modemode modify from TCH signaling to TCH traffic (following a DTM assignment with a TCH in signaling mode).

MC702b NB_TCH_NOR_HR_ALLOC 110 X X

BSC

only OK number of TCH normal assignment/mode modify in HR usage - whose channel is allocated in the BSC.

MC702c NB_TCH_NOR_EFR_ALLOC 110 X X

BSC

only OK

number of TCH normal assignment/mode modify in EFR usage - whose channel is allocated in the BSC. This counter takes into account modemode modify from TCH signaling to TCH traffic (following a DTM assignment with a TCH in signaling mode).

MC703

NB_TCH_NOR_ASS_ALLOC_TRX 110 X X

BSC

only

Number of TCH (in HR or FR usage) normal assignment -whose RTCH channel is allocated in the BSC, per TRX. This counter also takes into account normal assignment – whose RTCH channel is allocated in the BSC in signaling mode (FR usage only), for DTM. MC703 = C703

MC704a NB_TCH_NOR_AMR_FR_ALLOC 110 X X

BSC

only OK

number of TCH normal assignment/mode modify in FR AMR usage - whose channel is allocated in the BSC. This counter takes into account modemode modify from TCH signaling to TCH traffic (following a DTM assignment with a TCH in signaling mode).

MC704b NB_TCH_NOR_AMR_HR_ALLOC 110 X X

BSC

only OK number of TCH normal assignment/mode modify inHR AMR usage - whose channel is allocated in the BSC.

MC705 NB_TCH_NOR_DATA_ALLOC 110 X X

BSC

only

number of TCH normal assignment/mode modify for data - whose channel is allocated in the BSC. This counter takes into account modemode modify from TCH signaling to TCH traffic (following a DTM assignment with a TCH in signaling mode).

MC706

NB_EGSM_MS_ACCESS_EXCEPT_LU 110 X X

BSC

only OK

Number of initial accesses for call establishments (except location update) of MS supporting the E-GSM band, on a CELL basis. MC706 = C706

MC710 NB_TCH_OUT_HO_REQ_TRX 110 X X

BSC

only

Nb of TCH outgoing handover requests, per TRX. Intracell, internal intercell and external handovers are counted together. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments. MC710 = C710


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NB_TCH_OUT_HO_PREP_FAIL_CONG_TRX 110 X X

Nb of outgoing TCH handover -preparation failures due to congestion, per TRX. Intracell, internal intercell and external handovers are counted together. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments, MC711 = C711

MC712 NB_TCH_OUT_HO_SUCC_TRX 110 X X

BSC

only

Nb of outgoing TCH handover successes, per TRX. Intracell, internal intercell and external handovers are counted together. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments. MC712 = C712

MC713

NB_TCH_OUT_HO_FAIL_REV_TRX 110 X X

Nb of outgoing TCH handover -execution failures due to MS access problem with reversion of the mobile to the old channel. Intracell, internal intercell and external handovers are counted together. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments. MC713 = C713

MC714

NB_TCH_OUT_HO_FAIL_NO_REV_TRX 110 X X

Nb of outgoing TCH handover -execution failures due to MS access problem without reversion of the mobile to the old channel (call drop). Intracell, internal intercell and external handovers are counted together. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments. MC714 = C714

MC717a NB_INC_IDR_SUCC_TRX 110 X X

BSC

only Number of incoming directed retry (towards a TCH channel in HR or FR usage) successes, per TRX. MC717a = C717a

MC717b NB_INC_TCH_HO_SUCC_TRX 110 X X

BSC

only

Number of incoming internal and external TCH (in HR or FR usage) handover successes per TRX; since there are no reliable means at the target BSC to distinguish external directed retry from external handover, the external directed retries are counted by this counter. MC717b = C717b

MC718 NB_TCH_NOR_ASS_SUCC_TRX 110 X X

BSC

only

Number of TCH (in HR or FR usage) normal assignment successes, per TRX. This counter also takes into account normal assignment successes for TCH establishment in signaling mode (FR usage only), for DTM. MC718 = C718

MC736

NB_TCH_DROP_EST_PHAS_RLF_TRX 110 X X

BSC

only

Number of TCH (in HR or FR usage) drops in TCH established phase due to radio link failure (radio link timeout or Lapdm timer expiry), per TRX. This counter takes into account TCH in traffic or in signaling mode. MC736 = C736

MC739

NB_TCH_DROP_EST_PHAS_REM_TRANS_FAIL_TRX 110 X X

BSC

only OK Number of TCH (in HR or FR usage) drops in TCH established phase due to remote transcoder failures (per TRX).


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NB_TCH_NOR_ASS_EXEC_FAIL_RADIO_TRX 110 X X OK OK

Number of TCH (in HR or FR usage) normal assignment -execution failures due to MS access problem, per TRX. This counter also takes into account DTM assignment -execution failures due to MS access problem for TCH establishment in signaling mode (FR usage only). MC746b = C746b

MC785a

NB_HO_7_ConsBadSACCHmicroCell 110 X X MC785a=C585a+C605a

MC785d

NB_HO_17_TooLowLevUpMicroCell 110 X X MC785d=C585d+C605d

MC785e

NB_HO_18_TooLowLevDownMicroCell 110 X X MC785e=C585e+C605e

MC785f

NB_HO_14_HighLevNeigLowCellSlowMS 110 X X OK MC785f=C585f+C605f

MC800 AV_NB_AVAIL_DYN_TS 110 X X

BSC

only Average number of available dynamic SDCCH/8 timeslots.

MC801a AV_NB_BUSY_DYN_TCH 110 X X OK OK

Average number of busy dynamic SDCCH/8 timeslots allocated as TCH (in FR or HR usage). This counter takes into account TCH in traffic or in signaling mode.

MC801b MAX_NB_BUSY_DYN_TCH 110 X X OK OK

Maximum number of busy dynamic SDCCH/8 timeslots allocated as TCH (in FR or HR usage). This counter takes into account TCH in traffic or in signaling mode.

MC802a AV_NB_BUSY_DYN_SDCCH 110 X X OK

Average number of busy SDCCH sub-channels allocated on the dynamic SDCCH/8 timeslots.

MC802b MAX_NB_BUSY_DYN_SDCCH 110 X X

BSC

only Maximum number of busy dynamic SDCCH sub-channels allocated on the dynamic SDCCH/8 timeslots.

MC803 TIME_SDCCH_CONGESTION 110 X X

Cumulated time (in seconds) during which the SDCCH request(s) are not served because no SDCCH sub-channel is available.

MC804a

NB_UL_SINGLE_BLOCK_SIG_RACH 110 X no

Number of Channel Request messages with access cause "Single block packet access" received by the BSS.

MC804b

NB_UL_ONE_PHASE_SIG_RACH 110 X X OK

Number of Channel Request messages with access cause "One phase packet access with request for single timeslot uplink transmission" received by the BSS.

MC805a

NB_CHANNEL_ASSIGN_DL_AGCH 110 X X OK

Number of Immediate Assignment messages sent on AGCH for GPRS traffic.

MC805b

NB_CHANNEL_ASSIGN_DL_PCH 110 X X OK

Number of Immediate Assignment messages sent on PCH for GPRS traffic.

MC81 NB_INC_EXT_SDCCH_HO_PREP_FAIL_CONG 110 X X

MC81=C81, Number of incoming external SDCCH handover -preparation failures due to congestion.

MC812

NB_TCH_NOR_ASS_PREP_FAIL_CONG_R_ABIS 110 X X OK C812 = C612a + C612b + C612c + C612d

MC820 NB_INC_EXT_HO_REQ 110 X X

BSC

only OK MC820=C220+C310 MC821 NB_INC_EXT_HO_ATPT 110 X X

BSC

only OK MC821=C221+C311 MC830 NB_INC_INT_HO_REQ 110 X X

BSC

only MC830=C230+C330 MC831 NB_INC_INT_HO_ATPT 110 X X

BSC

only MC831=C231+C331


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MC850

NB_MULTIBAND_MS_ACCESS_EXCEPT_LU_CELL 110 X X OK

Number of initial accesses for call establishments (location update apart) initiated by multiband mobile stations. The counter is defined on a per cell basis. A MS is considered as multiband if it supports: - the P-GSM (or E-GSM or R-GSM) and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM900 and DCS1800 bands", or, - the GSM850 and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM850 and DCS1800 bands", or, - the GSM850 and the DCS1900 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM850 and DCS1900 bands", or, - the P-GSM (or E-GSM or R-GSM) and the DCS1900 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM900 and DCS1900 bands".

MC870 NB_INTRA_HO_REQ 110 X X OK OK MC870=C270+C360 MC871 NB_INTRA_HO_ATPT 110 X X OK OK MC871=C271+C361

MC8a NB_CELL_PAGING_CMD 110 X X BSC

only OK MC8A= SUM (all TRX_TS of the Cell) C8A MC8b NB_CELL_IMM_ASS_CMD 110 X X OK OK MC8B= SUM (all TRX_TS of the Cell) C8B MC8c NB_CELL_CHAN_REQD 110 X X OK OK MC8C= SUM (all TRX_TS of the cell) C8C

MC8d NB_CELL_IMM_ASS_REJ 110 X X BSC

only OK MC8D= SUM (all TRX_TS of the cell) C8D MC901 NB_Suspend_req 110 X X

Number of suspend requests. A request could lead to a success, a failure or a stop.

MC902 Nb_Suspend_fail 110 X X Number of suspend/resume procedure failures. MC903 Nb_Suspend_succ 110 X X Number of suspensions successes.

MC91 NB_INC_INT_SDCCH_HO_PREP_FAIL_CONG 110 X X

MC91=C91, Number of incoming internal inter-cell SDCCH handover -preparation failures due to congestion.

MC921a

NB_TCH_NOR_ASS_HO_REQ_ABLE_TO_PREEMPT 110 X X

BSC

only OK

Number of TCH Normal Assignment- and incoming external TCH Handover/Directed Retry Requests with the ability to preempt another call with lower priority.

MC921b

NB_PREEMPT_CAP_ALLOC_SUCC 110 X X

NOK

169507 OK

Number of preemption capable calls served with resources in the cell (with or without using the preemption feature).

MC921c NB_PREEMPTED_CALLS 110 X X

BSC

only OK Number of pre-empted calls in the cell.

MC921d

NB_PREEMPT_CAP_OUT_DR_ALLOC_SUCC 110 X X

BSC

only OK Number of preemption capable call establishment requests that are successfully served in a neighbour cell with the help of the directed retry procedure.

MC921e

NB_TCH_NOR_ASS_HO_SUCC_PREEMPTABLE 110 X X

BSC

only OK

Number of TCH Normal Assignment- and incoming (internal and external) TCH Handover/Directed Retry Successes indicating the facility of being preempt-able by a call with a higher priority.

MC922a NB_INC_EXT_3G_2G_HO_REQ 110 X X

BSC

only OK Number of incoming external SDCCH and TCH HO requests from a UMTS system.

MC922b NB_INC_EXT_3G_2G_HO_SUCC 110 X X

BSC

only OK Number of incoming external SDCCH and TCH HO successes from a UMTS system.

MC922c

NB_INC_EXT_3G_2G_HO_EXEC_FAIL_MS_ACC 110 X X

BSC

only OK

Number of incoming external TCH and SDCCH UMTS to GSM HO execution failures due to MS access problem, with or without reversion of the mobile to the old channel.


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MC922d NB_INC_EXT_3G_2G_HO_ATPT 110 X X

BSC

only OK Number of incoming external SDCCH and TCH HO attempts from a UMTS system.

MC922e

NB_INC_EXT_TCH_3G_2G_HO_EMERGENCY_REQ 110 X X

BSC

only OK Number of incoming 3G to 2G external inter-cell TCH (in HR or FR usage) handover requests, with emergency cause.

MC922f

NB_INC_EXT_TCH_3G_2G_HO_REQ 110 X X

BSC

only OK Number of incoming 3G to 2G external inter-cell TCH (in HR or FR usage) handover requests.

MC922g

NB_INC_EXT_TCH_3G_2G_HO_PREP_FAIL_3GCONG 110 X X

BSC

only OK Number of 3G to 2G TCH hand over failures in preparation phase due to 3G high load in the target cell.

MC922h TIME_3G_HOReject_HL 110 X X

BSC

only Cumulative time (in seconds) during which the Cell is in 3G high load state.

MC923a NB_LCS_REQ 110 X

BSC

only

Number of LCS requests received from the MSC in CS domain. The LCS requests encompass the geographic location requests and the LCS assistance data requests.

MC923b NB_LCS_SUCC 110 X

BSC

only

Number of successful LCS requests.The successful LCS requests encompass the successful geographic location estimate and the successful LCS assistance data delivery.

MC923c NB_LCS_FAIL_LB 110 X

BSC

only

Number of LCS requests rejected by the SMLC. The failed LCS requests indicated by the SMLC to the BSC encompass the failure to determine geographic location estimate and the failure of LCS assistance data delivery.

MC923d NB_LCS_ABORT 110 X

BSC

only Number of LCS abort requests received from the MSC in CS domain.

MC924a

TIME_SPDCH_LIMIT_HIGH_LOAD 110 X X OK

Time during which the cell is in high load situation for PS traffic. This situation impacts the number of slave PDCHs that can be allocated to the MFS.

MC924b NB_OUT_2G_3G_HO_REQ 110 MR4 X

Number of outgoing external TCH (in HR or FR usage) handover requests to a 3G cell

MC924c NB_OUT_2G_3G_HO_SUCC 110 MR4 X

Number of outgoing external TCH (in HR or FR usage) handover successes to a 3G cell

MC924d NB_OUT_2G_3G_HO_ATPT 110 MR4 X

Number of outgoing external TCH (in HR or FR usage) handover attempts to a 3G cell

MC924e

NB_OUT_2G_3G_HO_EXEC_FAIL_NO_REV 110 MR4 X OK

Number of outgoing external TCH (in HR or FR usage) handover execution failures to a 3G cell due to MS access problem without reversion of the mobile to the old channel (call drop)

MC924f

NB_OUT_2G_3G_HO_EXEC_FAIL_REV 110 MR4 X

Number of outgoing external TCH (in HR or FR usage) handover -execution failures to a 3G cell due to MS access problem with reversion of the mobile to the old channel

MC924g

NB_OUT_2G_3G_HO_PREP_FAIL 110 MR4 X

Nb of outgoing TCH handover -preparation failures to a 3G cell

MC924h NB_2G_3G_HO_8 110 MR4 Provision for 2G to 3G Handover. MC924i NB_2G_3G_HO_9 110 MR4 Provision for 2G to 3G Handover. MC924j NB_2G_3G_HO_10 110 MR4 Provision for 2G to 3G Handover. MC924k NB_2G_3G_HO_11 110 MR4 Provision for 2G to 3G Handover. MC925a

NB_AGCH_USEFUL_BLOCKS_SENT 110 X OK

Number of useful blocks sent on AGCH channel (The dummy blocks are not counted)

MC925b

NB_PCH_USEFUL_BLOCKS_SENT 110 X OK

Number of useful blocks sent on PCH channel (The dummy blocks are not counted)

MC925c NB_BUSY_RACH_SLOTS 110 X OK Number of busy RACH slots


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MC925d NB_CHANNEL_RQ_RADIO 110 X OK

Number of channel request messages received on the radio interface or number of access bursts successfully decoded

MC925e

NB_ASSIGN_CMD_RECEIVED_ABIS 110 X OK

Number of 48.058 IMMEDIATE ASSIGN COMMAND messages received by the BTS on Abis and had to be sent for CS and PS traffic to the MS

MC925f NB_ASSIGN_CMD_DISCARDED 110 X

Number of 48.058 IMMEDIATE ASSIGN COMMAND messages received by the BTS on Abis and discarded due to congestion

MC925g

NB_PAGING_CMD_RECEIVED_ABIS 110 X OK

Number of 48.058 PAGING COMMAND messages received by the BTS on Abis and had to be sent for CS and PS traffic to the MS

MC925h NB_PAGING_CMD_DISCARDED 110 X

Number of 48.058 PAGING COMMAND messages received by the BTS on Abis and discarded due to congestion

MC926

TCH_BLOCKING_OCCURENCES_BSC 110 X

Number of TCH channel allocation rejected for cause “Maximum TCH processing capacity of CCP reached”

MC927a NB_DTM_UL_TCH_ASS_ATPT 110 X

Number of UL TBF establishment attempts in DTM with reallocation of the TCH (sending of DTM Assignment Command with UL TBF)

MC927b NB_DTM_DL_TCH_ASS_ATPT 110 X

Number of DL TBF establishment attempts in DTM with reallocation of the TCH (sending of DTM Assignment Command with DL TBF)

MC927c

NB_DTM_UL_PACKET_ASS_ATPT 110 X

Number of UL TBF establishment attempts in DTM without reallocation of the TCH (sending of Packet Assignment Command with UL TBF)

MC927d

NB_DTM_DL_PACKET_ASS_ATPT 110 X

Number of DL TBF establishment attempts in DTM without reallocation of the TCH (sending of Packet Assignment Command with DL TBF)

MC927e

NB_DTM_UL_TCH_ASS_EXEC_FAIL_RADIO 110 X

Number of UL TBF establishment in DTM with reallocation of the TBF – execution failures due to MS access problem (reception of DTM Assignment Failure)

MC927f

NB_DTM_DL_TCH_ASS_EXEC_FAIL_RADIO 110 X

Number of DL TBF establishment in DTM with reallocation of the TBF – execution failures due to MS access problem (reception of DTM Assignment Failure)

MC928a

NB_TCH_DROP_CAUSE_TOO_LOW_QUALITY_UL 110 X OK

Number of TCH drops due to Cause 2 (Too low quality in UL)

MC928b

NB_TCH_DROP_CAUSE_TOO_LOW_LEVEL_UL 110 X OK

Number of TCH drops due to Cause 3 (Too low level in UL)

MC928c

NB_TCH_DROP_CAUSE_TOO_LOW_QUALITY_DL 110 X OK

Number of TCH drops due to Cause 4 (Too low quality on the downlink)

MC928d

NB_TCH_DROP_CAUSE_TOO_LOW_LEVEL_DL 110 X OK

Number of TCH drops due to Cause 5 (Too low level in DL)

MC928e

NB_TCH_DROP_CAUSE_TOO_LONG_MS_BS_DISTANCE 110 X

Number of TCH drops due to Cause 6 (Too long MS-BS distance)

MC928f

NB_TCH_DROP_CAUSE_TOO_SHORT_MS_BS_DISTANCE 110 X

Number of TCH drops due to Cause 22 (Too short MS-BS distance)

MC928g

NB_TCH_DROP_CAUSE_TOO_HIGH_INTERFERENCE_UPLINK 110 X

Number of TCH drops due to Cause 15 (Too high interference level on the uplink)

MC928h

NB_TCH_DROP_CAUSE_TOO_HIGH_INTERFERENCE_DOWNLINK 110 X

Number of TCH drops due to Cause 16 (Too high interference level on the downlink)

MC928i

NB_TCH_DROP_AUTRE_CAUSES 110 X OK

Number of TCH drops due to other causes than Cause 2 (Too low quality in UL), Cause 3 (Too low level in UL), Cause 4 (Too low quality on the downlink), Cause 5 (Too low level in DL), Cause 6 (Too long MS-BS distance), Cause 15 (Too high interference level on the uplink), Cause 16 (Too high interference level on the downlink), Cause 22 (Too short MS-BS distance)


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MC930

NB_ABIS_PAGING_MESSAGE_RECEIVED 110 X OK

Number of PAGING COMMAND / MULTIPLE PAGING COMMAND message received by the BTS on Abis.

MN1.1 TIME_N7_ALIGNED 110 X Time (in seconds) during which the N7 SL is correctly aligned.

C400 NB_ADJ_BSC_INC_HO_REQ 180 X X OK

Number of incoming 2G to 2G external or internal inter-cell SDCCH or TCH (in HR or FR usage) handover requests. The internal and external directed retries are counted.

C401 NB_ADJ_BSC_INC_HO_ATPT 180 X X OK

Number of incoming 2G to 2G external or internal inter cell SDCCH or TCH (in HR or FR usage) handover attempts. The internal and external directed retries are counted.

C402 NB_ADJ_BSC_INC_HO_SUCC 180 X X OK

Number of incoming 2G to 2G external or internal inter cell SDCCH or TCH (in HR or FR usage) handover successes. The internal and external directed retries are counted.

3.2 GPRS Counters

Short Name Name B9 B10

Status B9

Status B10 Definition

P10 NB_DL_LLC_BYTES_DISC_CONG X X OK Number of DL LLC bytes discarded due to congestion.

P100c CUMULATED_TIME_BUSY_GCH_CELL X X OK

Cumulative time (in seconds) during which a GCH (16k channel) is busy in the cell. The counter is integrated over all the GCH available in the cell. For a DRFU BTS, a GCH is said busy when it is connected to a given PDCH. For an Evolium BTS, a GCH is said busy when it is connected to a given TRX (as part as an M-EGCH).

P100d MAX_NB_BUSY_GCH_CELL X X OK

Maximum number of busy GCH (16k channel) in the cell. For a DRFU BTS, a GCH is said busy when it is connected to a given PDCH. For an Evolium BTS, a GCH is said busy when it is connected to a given TRX (as part as an M-EGCH).

P100e MIN_NB_BUSY_GCH_CELL X X OK

Minimum number of busy GCH (16k channel) in the GPU. For a DRFU BTS, a GCH is said busy when it is connected to a given PDCH. For an Evolium BTS, a GCH is said busy when it is connected to a given TRX (as part as an M-EGCH).

P100f MAX_NB_GCH_BUSY_GPU X

Maximum number of busy GCH (16k channel) in the GPU. For a DRFU BTS, a GCH is said busy when it is connected to a given PDCH. For an Evolium BTS, a GCH is said busy when it is connected to a given TRX (as part as an M-EGCH).


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P101 CUMULATED_TIME_AVAIL_GCH_GPU X X

Cumulative time (in seconds) during which a GCH resource (16k channel) is available in the GPU. The counter is integrated over all the GCH resources configured in the GPU. Notes: 1) The term "available" refers to the operational state of the GCH resource. A GCH resource is available if it is able to carry PS traffic. A GCH resource is unavailable if it is not able to carry PS traffic, for instance further to a PCM alarm or BSC indicates a CGH not-available. 2) A GCH corresponds here to an Ater nibble.

P103 NB_ERROR_UL_GCH_FRAME X X OK

Number of GCH frames badly received by the MFS (due to a bad CRC).

P104 NB_LLC_PDU_GPU X X OK Number of LLC PDU transferred (UL+ DL), Sum of P74 and P75 (cell counters) for each cells mapped on GPU.

P105c NB_DL_TBF_EST_FAIL_GPU_CONG X X

Number of DL TBF establishment failures due to GPU congestion. Note: This counter applies to GPRS and EGPRS MS.

P105d NB_UL_TBF_EST_FAIL_GPU_CONG X X

Number of UL TBF establishment failures due to GPU congestion. Note: This counter applies to GPRS and EGPRS MS.

P105e NB_DL_TBF_EST_FAIL_CPU_GPU X X

Number of DL TBF establishment failures due to CPU processing power limitations of the GPU. Note: This counter applies to GPRS and EGPRS MS.

P105f NB_UL_TBF_EST_FAIL_CPU_GPU X X

Number of UL TBF establishment failures due to CPU processing power limitations of the GPU. Note: This counter applies to GPRS and EGPRS MS.

P105g NB_DL_TBF_EST_FAIL_CONG_ATER X X

Number of DL TBF establishment failures due to a lack of Ater resources. Note: This counter applies to GPRS and EGPRS MS.

P105h NB_UL_TBF_EST_FAIL_CONG_ATER X X

Number of UL TBF establishment failures due to a lack of Ater resources. Note: This counter applies to GPRS and EGPRS MS.

P105i NB_DL_TBF_EST_FAIL_CONG_ABIS X X

MFS B9 test

Number of DL TBF establishment failures due to a lack of Abis resources. Note: This counter applies to GPRS and EGPRS MS.

P105j NB_UL_TBF_EST_FAIL_CONG_ABIS X X

MFS B9 test

Number of UL TBF establishment failures due to a lack of Abis resources. Note: This counter applies to GPRS and EGPRS MS.

P105k NB_DL_TBF_EST_FAIL_TOO_MANY_TBF MR3 X

Number of DL TBF establishment failures due to a too low number of GCH to guarantee a minimum throughput for the DL TBF. This may happen when the number of TBFs is too high compared to the number of available GCHs. Note: This counter applies to GPRS and EGPRS MS.

P105l NB_UL_TBF_EST_FAIL_TOO_MANY_TBF MR3 X

Number of UL TBF establishment failures due to a too low number of GCH to guarantee a minimum throughput for the UL TBF. This may happen when the number of TBFs is too high compared to the number of available GCHs. Note: This counter applies to GPRS and EGPRS MS.

P106 NB_TBF_EST_SUCC_GPU X X OK

Number of DL and UL establishments successes. Sum of P90a,b,c,d,e,f and P30a,b,c (cell counters) for each cell mapped on GPU.

P107 NB_TBF_EST_REQ_GPU X X OK

Number of Dl and UL establishments requests Sum of P91a,b,c,d,e,f and P62a,b,c (cell counter ) for each cell mapped on GPU.

P11 NB_DL_TBF_REL_GB_PB_MStransDL X X

Number of DL TBF release due to the unavailability of the BVC (Gb interface problem) associated with the cell when the MS is in packet transfer mode DL (the DL TBF is established).

P129a

CUMULATED_ACTIVE_UL_CONNECTED_TIME_GPRS_ACK X X OK

Cumulated time duration of all active UL TBFs established in GPRS mode and RLC acknowledged mode. Note: An active UL TBF connection is an UL TBF not in extended phase.


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P129b

CUMULATED_ACTIVE_UL_CONNECTED_TIME_GPRS_NACK X X OK

Cumulated time duration of all active UL TBFs established in GPRS mode and RLC unacknowledged mode. Note: An active UL TBF connection is an UL TBF not in extended phase.

P129c

CUMULATED_ACTIVE_UL_CONNECTED_TIME_EGPRS_ACK X X OK

Cumulated time duration of all active UL TBFs established in EGPRS mode and RLC acknowledged mode. Note: An active UL TBF connection is an UL TBF not in extended phase.

P129d

CUMULATED_ACTIVE_UL_CONNECTED_TIME_EGPRS_NACK X X OK

Cumulated time duration of all active UL TBFs established in EGPRS mode and RLC unacknowledged mode. Note: An active UL TBF connection is an UL TBF not in extended phase.

P13 TIME_DL_PDCH_CONG X X

Time during which the DL TBF establishment is impossible due to congestion (no radio resource in the MFS).

P14 NB_DL_TBF_EST_FAIL_CONG X X

Number of DL TBF establishment failures due to a lack of radio resources. Note: This counter applies to GPRS and EGPRS MS.

P146 NB_DL_TBF_REL_PREEMPTradio X X

Number of DL TBF release due to fast preemption in case of need of radio ressources.

P146bis

NB_DL_TBF_REL_PREEMPTradio_bis

Number of DL TBF release due to fast preemption in case of need of radio ressources.

P147 NB_UL_TBF_REL_PREEMPTradio X X

Number of UL TBF release due to fast preemption in case of need of radio ressources.

P147bis

NB_UL_TBF_REL_PREEMPTradio_bis

Each time that upon T_PDCH pre-emption timer expiry for lack of radio ressources, a UL TBF is released.

P15 NB_DL_TBF_EST_FAIL_RADIO_PB X X

Number of DL TBF establishment failures due to radio problem. The cell operational state is "enabled" and the GCHs carrying the TBF are available for traffic.

P16 CUMULATED_OVERALL_DL_CONNECTION_TIME X X OK

Cumulated overall time (i.e. active and delayed) of DL TBF connections.

P160 NB_DL_TBF_1_succ X X OK

Number of downlink TBF establishment requests requesting 1 slot which are satisfied at once by the initial allocation.

P161 NB_UL_TBF_1_succ X X OK

Number of uplink TBF establishment requests requesting 1 slot which are satisfied at once by the initial allocation..

P162 NB_DL_TBF_2_3_succ X X OK

Number of downlink TBF establishment requests requesting 2 or 3 slots which are totally satisfied at once by the initial allocation.

P163 NB_UL_TBF_2_3_succ X X OK

Number of uplink TBF establishment requests requesting 2 or 3 slots which are totally satisfied at once by the initial allocation..

P164 NB_DL_TBF_4_5_succ X X

Number of downlink TBF establishment requests requesting 4 or 5 slots which are totally satisfied at once by the initial allocation.

P165 NB_UL_TBF_4_5_succ X X

Number of uplink TBF establishment requests requesting 4 or 5 slots which are totally satisfied at once by the initial allocation.

P201 TIME_PTU_CPU_DSP_LOAD X X OK

This counter cumulates the time during which a DSP is in CPU load state. The counter is integrated over all the DSPs of the GPU.

P201bis

TIME_PTU_CPU_LOAD

This counter cumulates the time during which at least a PTU is in CPU load state.

P202 TIME_PTU_CPU_DSP_OVERLOAD X X

MFS only

This counter cumulates the time during which a DSP is in CPU overload state. The counter is integrated over all the DSPs of the GPU.

P202bis

TIME_PTU_CPU_OVERLOAD

This counter cumulates the time during which at least a PTU is in CPU overload state.

P203 NB_DL_TBF_EST_FAIL_PTU_DSP_LOAD X X

MFS only

Number of DL TBF establishment failures due to DSPs that are in CPU load / overload state. Note: This counter applies to GPRS and EGPRS MS.

P203bis

NB_DL_TBF_EST_FAIL_PTU_LOAD

Number of DL TBF establishment failures due to PTUs that are in CPU load / overload state. Note: This counter applies to GPRS and EGPRS MS.


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P204 NB_UL_TBF_EST_FAIL_PTU_DSP_LOAD X X

MFS only

Number of UL TBF establishment failures due to DSPs that are in CPU load / overload state. Note: This counter applies to GPRS and EGPRS MS.

P204bis

NB_UL_TBF_EST_FAIL_PTU_LOAD

Number of UL TBF establishment failures due to PTUs that are in CPU load / overload state. Note: This counter applies to GPRS and EGPRS MS.

P207 NB_DL_TBF_REL_DL_DELAYED X

Number of times a DL TBF is released because of a radio failure when the TBF is in downlink delayed phase.

P208 NB_UL_TBF_REL_EXTENDED_UL X OK

Number of times a UL TBF is released because of a radio failure when it is in extended uplink phase.

P20a NB_DL_RLC_BLOCK_PDTCH_RETRANS_CS1 X X OK

In acknowledged mode, number of DL RLC blocks (except RLC blocks containing LLC Dummy UI Commands only) on PDTCH encoded in CS-1 retransmitted due to unacknowledgement of the MS.

P20b NB_DL_RLC_BLOCK_PDTCH_RETRANS_CS2 X X OK


P20c NB_DL_RLC_BLOCK_PDTCH_RETRANS_CS3 X X OK


P20d NB_DL_RLC_BLOCK_PDTCH_RETRANS_CS4 X X OK


P20e NB_DL_RLC_BYTES_PDTCH_RETRANS_MCS X OK

In acknowledged mode, number of DL RLC data bytes (except RLC blocks containing LLC Dummy UI Commands only) on PDTCH encoded in MCS-x (with x = 1 to 9) retransmitted due to unacknowledgement of the MS.

P20f NB_DL_RLC_BLOCK_PDTCH_RETRANS_MCS1 X

In acknowledged mode, number of DL RLC data blocks (except RLC blocks containing LLC Dummy UI Commands only) on PDTCH encoded in MCS-1 retransmitted due to unacknowledgement of the MS.

P20g NB_DL_RLC_BLOCK_PDTCH_RETRANS_MCS2 X


P20h NB_DL_RLC_BLOCK_PDTCH_RETRANS_MCS3 X


P20i NB_DL_RLC_BLOCK_PDTCH_RETRANS_MCS4 X


P20j NB_DL_RLC_BLOCK_PDTCH_RETRANS_MCS5 X OK


P20k NB_DL_RLC_BLOCK_PDTCH_RETRANS_MCS6 X


P20l NB_DL_RLC_BLOCK_PDTCH_RETRANS_MCS7 X



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P20m NB_DL_RLC_BLOCK_PDTCH_RETRANS_MCS8 X


P20n NB_DL_RLC_BLOCK_PDTCH_RETRANS_MCS9 X


P212 TIME_SOURCE_NACC_CELL_RESEL X

Cumulated time of the successful Network Assisted cell reselection duration in NC0 mode.

P213 NB_SOURCE_NACC_CELL_RESEL X

Number of successful Network Assisted cell reselection in the source cell in NC0 mode.

P214 NB_UL_TBF_ENT_EXTENDED_UPLINK X

Number of established UL TBF entering the extended uplink state for the first time.

P215 NB_UL_TBF_RESUME_IN_EXTENDED_UPLINK X Number of UL TBF transfer resumptions in extended uplink state.

P21a NB_UL_RLC_BLOCK_PDTCH_RETRANS_CS1 X X OK

In acknowledged mode, number of UL RLC blocks on PDTCH encoded in CS-1 retransmitted due to unacknowledgement of the MFS.

P21b NB_UL_RLC_BLOCK_PDTCH_RETRANS_CS2 X X OK


P21c NB_UL_RLC_BLOCK_PDTCH_RETRANS_CS3 X X OK


P21d NB_UL_RLC_BLOCK_PDTCH_RETRANS_CS4 X X OK


P21e NB_UL_RLC_BYTES_PDTCH_RETRANS_MCS X OK

In acknowledged mode, number of UL RLC data bytes received on PDTCH encoded in MCS-x (with x = 1 to 9) retransmitted due to unacknowledgement of the MFS.

P21f NB_UL_RLC_BLOCK_PDTCH_RETRANS_MCS1 X OK

In acknowledged mode, number of UL RLC data blocks received on PDTCH encoded in MCS-1 retransmitted due to unacknowledgement of the MFS.

P21g NB_UL_RLC_BLOCK_PDTCH_RETRANS_MCS2 X OK


P21h NB_UL_RLC_BLOCK_PDTCH_RETRANS_MCS3 X OK


P21i NB_UL_RLC_BLOCK_PDTCH_RETRANS_MCS4 X OK


P21j NB_UL_RLC_BLOCK_PDTCH_RETRANS_MCS5 X


P21k NB_UL_RLC_BLOCK_PDTCH_RETRANS_MCS6 X


P21l NB_UL_RLC_BLOCK_PDTCH_RETRANS_MCS7 X


P21m NB_UL_RLC_BLOCK_PDTCH_RETRANS_MCS8 X


P21n NB_UL_RLC_BLOCK_PDTCH_RETRANS_MCS9 X


P22 NB_UL_TBF_NORM X X OK Number of UL TBF normal release.


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_REL

P220 NB_MOVING_RT_PFC MR3 X Number of RT-PFCs created by cell reselection

P221 NB_PCCO_ACK_UL_NC2_CELL_RESEL X X

Number of Packet Cell Change Order acknowledged by the MS while in UL transfert.

P222 NB_PCCO_ACK_DL_NC2_CELL_RESEL X X

Number of Packet Cell Change Order acknowledged by the MS while in DL transfert.

P223 NB_PCCO_NC2_CELL_RESEL_DL_TBF X X

NOK 17494

4 Number of Packet Cell Change Order messages sent while in DL transfer.

P224 NB_FLUSH_NC2_CELL_RESEL_DL_TBF X X

NOK 17494

4 Number of FLUSH-LL PDU received after a Packet Cell Change Order has been sent to the MS while in DL transfer.

P225 NB_PCCF_NC2_CELL_RESEL_DL_TBF X X

NOK 17494

4 Number of Packet Cell Change Failure received from the MS after a Packet Cell Change Order has been sent to the MS while in DL transfer.

P226 NB_PCCO_NC2_CELL_RESEL_UL_TBF X X

NOK 17494

4 Number of Packet Cell Change Order messages sent while in UL transfer.

P227 NB_FLUSH_NC2_CELL_RESEL_UL_TBF X X

NOK 17494

4 Number of FLUSH-LL PDU received after a Packet Cell Change Order has been sent to the MS while in UL transfer.

P228 NB_PCCF_NC2_CELL_RESEL_UL_TBF X X

NOK 17494

4 Number of Packet Cell Change Failure received from the MS after a Packet Cell Change Order has been sent to the MS while in UL transfer.

P229 NB_RT_PFC_PREEMPTED MR3 X Number of time a RT-PFC is impacted by a CS pre-emption.

P23 NB_UL_LLC_BYTES_DISC_CONG X X

Number of UL LLC bytes discarded due to congestion in the SNS sublayer (the MS is obviously in packet transfer mode UL).

P24 NB_UL_TBF_REL_GB_PB_MStransUL X X OK

Number of UL TBF release due to the unavailability of the BVC (Gb interface problem) associated with the cell when the MS is in packet transfer mode UL (the UL TBF is established).

P26 TIME_UL_PDCH_CONG X X

Time during which the UL TBF establishment is impossible due to congestion (no radio resource in the MFS).

P27 NB_UL_TBF_EST_FAIL_CONG X X OK

Number of UL TBF establishment failures due to a lack of radio resources. Note: This counter applies to GPRS and EGPRS MS.

P28 NB_UL_TBF_EST_FAIL_RADIO_PB X X OK

Number of UL TBF establishment failures due to radio problem. The cell operational state is "enabled" and the GCHs carrying the TBF are available for traffic.

P2a NB_LAPD_INFO_FRAME_RESENT X X Number of Info frames retransmitted on the logical LapD link.

P2b NB_LAPD_RNR_SENT X X

Number of Receive Not Ready (RNR) frames sent on the LapD logical link.

P2c NB_LAPD_RNR_REC X X

Number of Receive Not Ready (RNR) frames received on the LapD logical link.

P2d NB_LAPD_EST X X Number of data link establishment, re-establishment and reset on the LapD logical link.

P302b NB_DL_TBF_REL_DUE_TO_RADIO_FAILURE X OK

Number of times a DL TBF is released because of a radio failure.Considered radio failures are:- a radio link lost due to N3105 (N3105 exceeds its limit)- too low TX efficiency.

P302b_1

NB_DL_TBF_REL_DUE_TO_RADIO_FAILURE_N3105 X

Number of times a DL TBF is released because of a radio failure. Considered radio failure is: - a radio link lost due to N3105 (N3105 exceeds its limit)

P302b_2

NB_DL_TBF_REL_DUE_TO_RADIO_FAILURE_TX_EFF X

Number of times a DL TBF is released because of a radio failure. Considered radio failure is: - too low TX efficiency.


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P302c NB_UL_TBF_REL_DUE_TO_RADIO_FAILURE X OK

Number of times a UL TBF is released because of a radio failure. Considered radio failures are: - a radio link lost due to N3101 or N3103 (N3101 or N3103 exceeds its limit) - too low TX efficiency.

P302c_1

NB_UL_TBF_REL_DUE_TO_RADIO_FAILURE_N3101 X OK

Number of times a UL TBF is released because of a radio failure. Considered radio failure is: - a radio link lost due to N3101 (N3101 exceeds its limit)

P302c_2

NB_UL_TBF_REL_DUE_TO_RADIO_FAILURE_N3103 X OK

Number of times a UL TBF is released because of a radio failure. Considered radio failure is: - a radio link lost due to N3103 (N3103 exceeds its limit)

P302c_3

NB_UL_TBF_REL_DUE_TO_RADIO_FAILURE_TX_EFF X

Number of times a UL TBF is released because of a radio failure. Considered radio failure is: - too low TX efficiency.

P302c_4

NB_UL_TBF_REL_DUE_TO_RADIO_FAILURE_N_POLLING_EUTM X OK

Number of times a UL TBF is released because of a radio failure. Considered radio failure is: - a radio link lost due to N_POLLING_EUTM (N_POLLING_EUTM exceeds its limit)

P303a NB_ABNORMAL_DL_TBF_REL X X

Number of abnormal DL TBF releases due to the following reasons: - because during the DL TBF no Packet Downlink Ack/Nack message is received for too long a time, or, - because at the end of the DL TBF established in RLC acknowledged mode no final Packet Downlink Ack/Nack message in RLC acknowledged mode is received, or, - because at the end of the DL TBF established in RLC unacknowledged mode no final Packet Control Acknowledgement message is received.

P303b NB_ABNORMAL_UL_TBF_REL X X

Number of abnormal UL TBF releases due to the following reasons: - because during the UL TBF no UL RLC blocks is received for too long a time, or - because at the end of the UL TBF no answer to the final Packet Uplink Akc/Nack message is received.

P30a NB_UL_TBF_EST_SUCC_MSidle_MastChan X X OK

Number of UL TBFs successfully established on PCCCH when: - the MS is in packet idle mode - the MS have requested an uplink TBF establishment Note: This counter applies to GPRS and EGPRS MS.

P30b NB_UL_TBF_EST_SUCC_MStransDL X X OK

Number of UL TBFsuccesfully established when the MS is in downlink packet transfer mode. Note: This counter applies to GPRS and EGPRS MS.

P30c NB_UL_TBF_EST_SUCC_MSidle_NO_MastChan X X OK

Number of UL TBFs successfully established on CCCH when: - the MS is in packet idle mode - the MS have requested an uplink TBF establishment Note: This counter applies to GPRS and EGPRS MS.

P30d NB_UL_TBF_EST_SUCC_EGPRS_PIM X X OK

Number of UL TBF establishments on (P)CCCH for EGPRS MS in packet idle mode successfully served in EGPRS mode.

P310a NB_STALL_IND_MS_GPRS X X OK Number of stall indications from the MS for an GPRS uplink TBF.

P310b NB_STALL_IND_MS_EGPRS X X OK Number of stall indications from MS for an EGPRS uplink TBF.

P310c NB_STALL_STATE_GPRS_DL_TBF X X OK

Number of times the MFS RLC transmit window enters the stall state for a GPRS DL TBF.

P310d NB_STALL_STATE_EGPRS_DL_TBF X X OK

Number of times the MFS RLC transmit window enters the stall state for an EGPRS DL TBF.

P32 TIME_LAPD_NOT_AVAIL X X Time during which the LapD is not available.

P33 TIME_BEAR_CHAN_NOT_AVAIL X X Time during which the Bearer Channel is not available.

P335 AV_DL_TX_EFF_GPRS X X

Average TX_EFFICIENCY computed on DL TBFs established in GPRS mode.


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P336 AV_UL_TX_EFF_GPRS X X

Average TX_EFFICIENCY computed on UL TBFs established in GPRS mode.

P34 TIME_PVC_NOT_AVAIL X X Time during which the PVC is not available.

P34a TIME_SGSN_IP_ENDPOINT_NOT_AVAIL_GBIP X Time during which the SGSN IP endpoint is not available.

P35 MAX_NB_DL_TBF_SIMUL_EST X X OK

Maximum number of DL TBF simultaneously established over the Granularity period.

P350a NB_DL_RADIO_BLOCK_PDTCH X X OK

Number of DL RLC/MAC data blocks sent on PDTCH. The retransmitted radio blocks are counted.

P350b NB_UL_RADIO_BLOCK_PDTCH X X OK

Number of UL RLC/MAC data blocks received on PDTCH. The retransmitted radio blocks are counted.

P351a NB_DL_CS_ADAPT_INCREASE X X OK

Number of coding scheme adaptations from a given coding scheme to a less robust coding scheme in the downlink direction for GPRS TBFs.

P351b NB_DL_CS_ADAPT_DECREASE X X OK

Number of coding scheme adaptations from a given coding scheme to a more robust coding scheme in the downlink direction for GPRS TBFs.

P352a NB_UL_CS_ADAPT_INCREASE X X OK

Number of coding scheme adaptations from a given coding scheme to a less robust coding scheme in the uplink direction for GPRS TBFs.

P352b NB_UL_CS_ADAPT_DECREASE X X OK

Number of coding scheme adaptations from a given coding scheme to a more robust coding scheme in the uplink direction for GPRS TBFs.

P36 AV_NB_DL_TBF_SIMUL_EST X X

Average number of DL TBF simulataneously established over the Granularity period.

P383a TIME_ATERMUX_CONG X X OK

Atermux congestion duration (in seconds) due to a lack of GCH transmission resources on the Atermux interface.

P383b TIME_HIGH_ATER_USAGE X X OK

Time (cumulated over a granularity period) during which the GPU remains in "high" Ater usage

P384 Time_DSP_Cong X X OK DSP congestion duration (in seconds). P384bis TIME_PTU_CONG PTU congestion duration (in seconds).

P385a NB_DL_TBF_REL_STAGWINDOW X X

Number of DL TBF releases because the transmit window has been stagnating for too long a time.

P385b NB_UL_TBF_REL_STAGWINDOW X X

Number of UL TBF releases because the receive window has been stagnating for too long a time.

P38b CUMULATED_TIME_PDCH_USED X X OK

Cumulated time during which the slave PDCHs carry at least one UL or DL TBF (TBF established in GPRS mode or EGPRS mode).

P38c CUMULATED_TIME_PDCH_USED_EGPRS X X OK

Cumulated time during which the slave PDCHs carry at least one UL or DL TBF established in EGPRS mode.

P38e CUMULATED_TIME_PDCH_USED_DL_CELL X X OK

Cumulated time during which a PDCH is used by at least one DL TBF (in GPRS or EGPRS mode), cumulated over all the PDCHs of the cell.

P38f CUMULATED_TIME_PDCH_USED_UL_CELL X X OK

Cumulated time during which a PDCH is used by at least one UL TBF (in GPRS or EGPRS mode), cumulated over all the PDCHs of the cell.

P39 MAX_NB_UL_TBF_SIMUL_EST X X OK

Maximum number of UL TBF simultaneously established over the Granularity period.

P391a NB_PS_PAGING_REQ_GPU X X Number of PS paging requests processed by the GPU.

P391b NB_CS_PAGING_REQ_GPU X X Number of CS paging requests processed by the GPU.

P392a AV_NB_MS_CONTEXTS X X

Average number of contexts of MS (in RRM) observed during the granularity period.

P392b MAX_NB_MS_CONTEXTS X X

Maximum number of active contexts of MS (in RRM) observed during the granularity period.

P396a NB_RLC_DL_TBF_RELEASE_REQ_FOR_CR X X

Number of downlink TBF releases requested by RRM to RLC upon receipt of the Flush message.


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P396b NB_RLC_UL_TBF_RELEASE_REQ_FOR_CR X X

Number of uplink TBF releases requested by RRM to RLC upon receipt of the Flush message.

P397 NB_FLUSH_MESSAGES X X OK

Number of successful NC0 or NC2 cell reselections for MS in GMM Ready state (either in packet idle mode or packet transfer mode)

P399 SIG_BLKS_PRACH_LOAD X X

PRACH signalling load (expressed in blocks) on all the existing MPDCHs. The PRACH signalling load is the weighted sum of the used PRACH bursts over the granularity period. A weight of 0.25 (4 bursts per block) is given to a PRACH burst occurrence carrying a (EGPRS) Packet Channel Request, whereas a weight of 0.5 (1 collision = 2 MS attempts) is given to a PRACH burst occurrence on which a collision has been detected.

P3a NB_BEAR_CHAN_FRAMES_DISC_INVALID_FCS X X

Number of frames discarded received on the Bearer Channel because of invalid FCS.

P3b NB_BEAR_CHAN_FRAMES_DISC_INVALID_ADDR X X

Number of frames discarded received on the Bearer Channel because of invalid address format.

P4 TIME_PVC_CONG_FRAME_RELAY X X

Time during which the PVC is congested in uplink because of Frame Relay network.

P40 AV_NB_UL_TBF_SIMUL_EST X X

Average number of UL TBF simutaneously established over the Granularity period.

P400 SIG_BLKS_PAGCH_LOAD X X

Dedicated PAGCH signalling load on all the existing MPDCHs. The dedicated PAGCH signalling load represents the number of blocks dedicated to Packet Uplink Assignment and Packet Access Reject messages over the granularity period. It evaluated as the weighted sum of these messages sent over the granularity period. A weight of 1 is given to the Packet UL Assignment messages sent on PAGCH or PPCH. A weight of 0.5 (assuming that 2 access rejects are gathered in one single block) is given to a Packet Access Reject sent either on PAGCH or PPCH. Note that the Packet UL Assignment and Packet Access Reject messages sent on PPCH are counted with P400.

P401 SIG_BLKS_PACCH_UL_LOAD X X

UL PACCH signalling load on all the existing PCCCHs.The UL PACCH signalling load counts the number of PACCH/UL blocks used on PCCCHs over the granularity period. The following messages are taken into account:- Packet Control Ack reported on UL path sent in answer to Packet DL Assignment sent on PCCCH;- Packet Resource Request reported on UL path sent in answer to Packet UL Assignment sent on PCCCH;- Packet Cell Change Failure sent in an UL RLC control block on PCCCH;- Packet Measurement Report sent in an UL RLC control block on PCCCH.The messages sent on PACCH/UL of an on-going TBF are not counted (Packet DL Ack/Nack, Packet Resource Request, Packet Control Ack).

P402 TIME_PMU_OVERLOAD X X

Cumulative time during which the GPU stays in the PMU CPU overload state due to PMU CPU power limitations.

P403a NB_DL_RES_REALLOC_REQ_T1 X X OK

Number of downlink TBFs for which the corresponding Mobile Station has at least one of its TBFs impacted by a CS pre-emption process over the granularity period. Resource reallocation will then be called for the TBFs of those Mobile Stations (thanks to trigger T1).

P403abis

NB_DL_RES_REALLOC_REQ_T1_bis X

Number of downlink TBFs for which the corresponding Mobile Station has at least one of its TBFs impacted by a CS pre-emption process over the granularity period. Resource reallocation will then be called for the TBFs of those Mobile Stations (thanks to trigger T1).


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P403b NB_DL_RES_REALLOC_REQ_T2 X X OK

Number of downlink TBFs which are candidate for resource reallocation upon concurrent uplink TBF establishment.

P403c NB_DL_RES_REALLOC_REQ_T3 X X OK

Number of downlink TBFs for which the corresponding Mobile Station was candidate for resource reallocation upon T_CANDIDATE_TBF_REALLOC expiry (due to trigger T3). Only candidate MSs for which the resource allocation algorithm was called are taken into account.

P403d NB_DL_RES_REALLOC_REQ_T4 X X OK

Number of downlink TBFs for which the corresponding Mobile Station was candidate for resource reallocation upon T_CANDIDATE_TBF_REALLOC expiry (due to Trigger T4). Only candidate MSs for which the resource allocation algorithm was called are taken into account.

P404a NB_UL_RES_REALLOC_REQ_T1 X X OK

NOK FR

20/216314

Number of uplink TBFs for which the corresponding Mobile Station has at least one of its TBFs impacted by a CS pre-emption process over the granularity period. Resource reallocation will then be called for the TBFs of those Mobile Stations (thanks to trigger T1).

P404abis

NB_UL_RES_REALLOC_REQ_T1_bis X

Number of uplink TBFs for which the corresponding Mobile Station has at least one of its TBFs impacted by a CS pre-emption process over the granularity period. Resource reallocation will then be called for the TBFs of those Mobile Stations (thanks to trigger T1).

P404b NB_UL_RES_REALLOC_REQ_T2 X X OK

Number of uplink TBFs which are candidate for resource reallocation upon concurrent downlink TBF establishment.

P404c NB_UL_RES_REALLOC_REQ_T3 X X OK

Number of uplink TBFs for which the corresponding Mobile Station was candidate for resource reallocation upon T_CANDIDATE_TBF_REALLOC expiry (due to trigger T3). Only candidate MSs for which the resource allocation algorithm was called are taken into account.

P404d NB_UL_RES_REALLOC_REQ_T4 X X OK

Number of uplink TBFs for which the corresponding Mobile Station was candidate for resource reallocation upon T_CANDIDATE_TBF_REALLOC expiry (due to Trigger T4). Only candidate MSs for which the resource allocation algorithm was called are taken into account.

P405a NB_DL_RES_REALLOC_SUCC_T1 X X OK

Number of resource reallocation attempts that lead to reallocating successfully a downlink TBF (due to trigger T1).

P405b NB_DL_RES_REALLOC_SUCC_T2 X X OK


P405c NB_DL_RES_REALLOC_SUCC_T3 X X OK


P405d NB_DL_RES_REALLOC_SUCC_T4 X X OK

Number of T4 resource reallocation attempts that lead to reallocating successfully a downlink TBF.

P406a NB_UL_RES_REALLOC_SUCC_T1 X X OK

NOK FR

20/216314

Number of resource reallocation attempts that lead to reallocating successfully an uplink TBF (due to trigger T1).

P406b NB_UL_RES_REALLOC_SUCC_T2 X X OK


P406c NB_UL_RES_REALLOC_SUCC_T3 X X OK


P406d NB_UL_RES_REALLOC_SUCC_T4 X X OK

Number of T4 resource reallocation attempts that lead to reallocating successfully an uplink TBF

P407a NB_DL_TBF_REL_RADIO_PB_RES_REALLOC_T1 X X OK

Number of resource reallocation attempts that lead to reallocating a downlink TBF but the procedure failed due to radio problems and the TBF was released (due to trigger T1).

P407b NB_DL_TBF_REL_RADIO_PB_RES_REALLOC_T2 X X


P407c NB_DL_TBF_REL_RADIO_PB_RES_REALLOC_T3 X X



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P407d NB_DL_TBF_REL_RADIO_PB_RES_REALLOC_T4 X X

Number of T4 resource reallocation attempts that lead to reallocating a downlink TBF but the procedure failed due to radio problems and the TBF was released.

P408a NB_UL_TBF_REL_RADIO_PB_RES_REALLOC_T1 X X

Number of resource reallocation attempts that lead to reallocating an uplink TBF but the procedure failed due to radio problems and the TBF was released (due to trigger T1).

P408b NB_UL_TBF_REL_RADIO_PB_RES_REALLOC_T2 X X


P408c NB_UL_TBF_RADIO_PB_RES_REALLOC_T3 X X


P408d NB_UL_TBF_RADIO_PB_RES_REALLOC_T4 X X

Number of T4 resource reallocation attempts that lead to reallocating an uplink TBF but the procedure failed due to radio problems and the TBF was released.

P409

CUMULATED_TIME_DL_BIASED_AND_OPTIMAL_DL_ALLOCATION X X OK

Cumulated time during which downlink TBFs are granted the maximum number of PDCHs they support and the corresponding MSs are engaged in downlink-biased transfers.

P41 NB_KBYTES_SENT_TO_BSC X X Number of kilo bytes sent to the BSC on the LapD link.

P410

CUMULATED_TIME_UL_BIASED_AND_OPTIMAL_UL_ALLOCATION X X OK

Cumulated time during which uplink TBFs are granted the maximum number of PDCHs they support and the corresponding MSs are engaged in uplink-biased transfers.

P411 CUMULATED_TIME_DL_BIASED_DL_TBF X X OK

Cumulated time during which MSs are engaged in downlink-biased transfers and there is a DL TBF serving the MS.

P412 CUMULATED_TIME_UL_BIASED_UL_TBF X X OK

Cumulated time during which MSs are engaged in uplink-biased transfers and there is an UL TBF serving the MS.

P413 NB_GPRS_SESSIONS X X OK

Number of (E)GPRS sessions. A session corresponds to a mobile station and the BSS exchanging packet data using downlink TBFs, uplink TBFs or both. There is always at least one TBF active across the whole duration of a session or T3192 is running.

P414bis

CUMULATED_TIME_ALLOCATED_SPDCH X X OK

This counter integrates over time the values of the allocated SPDCH during the whole granularity period.

P415bis

MAX_OF_ALLOCATED_SPDCH X X OK

This counter gives the maximum value of allocated SPDCH during the whole granularity period.

P416bis

MIN_OF_ALLOCATED_SPDCH X X OK

This counter gives the minimum value of allocated SPDCH during the whole granularity period.

P417 NB_PREEMPTED_PDCH X X OK

This counter measures the overall number of slave PDCHs which have been released after having been marked by the soft pre-emption procedure in the cell over the granularity period.

P419 CUMULATED_TIME_DL_BIASED X X OK

Cumulated time during which MSs are engaged in downlink-biased transfers.

P42 NB_KBYTES_RECEIVED_FROM_BSC X X Number of kilo bytes received from the BSC on the LapD link.

P420 CUMULATED_TIME_UL_BIASED X X OK

Cumulated time during which MSs are engaged in uplink-biased transfers.

P421 NB_DUMMY_RLC_DATA_BLOCKS X X OK

Number of RLC data blocks containing only Dummy LLC UI Command PDUs that have been sent on the radio interface. Note: This counter applies to both GPRS and EGPRS TBFs.

P422

NB_DL_TBF_TRANSFER_RESUMPTION_IN_DELAYED_REL_STATE X X OK Number of DL TBF transfer resumptions in delayed release state.

P423a NB_DL_TBF_RES_REALLOC_PREP_NOT_POSSIBLE_T1 X X OK

Number of attempts for downlink TBFs impacted by a CS pre-emption process, T1 resource reallocation has been attempted but no candidate allocation could be found. The TBF could therefore not be reallocated.


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P423b NB_DL_TBF_RES_REALLOC_PREP_NOT_POSSIBLE_T2 X X

Number of attempts for downlink TBFs which were candidate for T2 resource reallocation upon concurrent uplink TBF establishment but for which no better candidate allocation could be found. The downlink TBFs were therefore not reallocated.

P423c NB_DL_TBF_RES_REALLOC_PREP_NOT_POSSIBLE_T3 X X

Number of periodic attempts for downlink TBFs which were candidate for resource reallocation due to T3 but for which no better candidate allocation could be found. The downlink TBFs were therefore not reallocated.

P423d NB_DL_TBF_RES_REALLOC_PREP_NOT_POSSIBLE_T4 X X OK

Number of periodic attempts for downlink TBFs which were candidate for T4 resource reallocation but for which no suitable candidate allocation could be found. The downlink TBFs were therefore not re-allocated.

P424a NB_UL_TBF_RES_REALLOC_PREP_NOT_POSSIBLE_T1 X X OK

Number of attempts for uplink TBFs impacted by a CS pre-emption process, T1 resource reallocation has been attempted but no candidate allocation could be found. The TBF could therefore not be reallocated.

P424b NB_UL_TBF_RES_REALLOC_PREP_NOT_POSSIBLE_T2 X X

Number of attempts for uplink TBFs which were candidate for T2 resource reallocation upon concurrent downlink TBF establishment but for which no candidate allocation could be found apart from their current allocation. The uplink TBFs were therefore not reallocated.

P424c NB_UL_TBF_RES_REALLOC_PREP_NOT_POSSIBLE_T3 X X

Number of periodic attempts for uplink TBFs which were candidate for resource reallocation due to T3 but for which no candidate allocation could be found apart from their current allocation. The uplink TBFs were therefore not reallocated.

P424d NB_UL_TBF_RES_REALLOC_PREP_NOT_POSSIBLE_T4 X X OK

Number of periodic attempts for uplink TBFs which were candidate for T4 resource reallocation but for which no suitable candidate allocation could be found apart from their current allocation. The uplink TBFs were therefore not re-allocated.

P425a NB_DL_TBF_REL_EXT_REQ_RES_REALLOC_T1 X X

Number of downlink TBFs for which the resource reallocation protocol is running following T1 and an external TBF release request is received which forces to stop the on-going resource reallocation (FLUSH-LL from the SGSN or GPRS SUSPENSION REQUEST from the BSC).

P425b NB_DL_TBF_REL_EXT_REQ_RES_REALLOC_T2 X X


P425c NB_DL_TBF_REL_EXT_REQ_RES_REALLOC_T3 X X


P425d NB_DL_TBF_REL_EXT_REQ_RES_REALLOC_T4 X X

Number of downlink TBFs for which the resource reallocation protocol is running following T4 and an external TBF release request is received which forces to stop the on-going resource reallocation (Flush-LL from the SGSN or GPRS suspension request from the BSC)

P426a NB_UL_TBF_REL_EXT_REQ_RES_REALLOC_T1 X X

Number of uplink TBFs for which the resource reallocation protocol is running following T1 and an external TBF release request is received which forces to stop the on-going resource reallocation (FLUSH-LL from the SGSN or GPRS SUSPENSION REQUEST from the BSC).

P426b NB_UL_TBF_REL_EXT_REQ_RES_REALLOC_T2 X X



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P426c NB_UL_TBF_REL_EXT_REQ_RES_REALLOC_T3 X X


P426d NB_UL_TBF_REL_EXT_REQ_RES_REALLOC_T4 X X

Number of uplink TBFs for which the resource reallocation protocol is running following T4 and an external TBF release request is received which forces to stop the on-going resource reallocation (Flush-LL from the SGSN or GPRS suspension request from the BSC).

P43 NB_DL_LLC_BYTES X X OK

Number of DL LLC bytes received from the SGSN at BSSGP level per cell.

P431a AV_SOURCE_NC2_CELL_RESEL_TIME X X

Average duration of successful outgoing NC2 cell reselections (measured in the source cell)

P431b MAX_SOURCE_NC2_CELL_RESEL_TIME X X

Maximum duration of successful outgoing NC2 cell reselections (measured in the source cell)

P431c MIN_SOURCE_NC2_CELL_RESEL_TIME X X

Minimum duration of successful outgoing NC2 cell reselections (measured in the source cell)

P432a AV_TARGET_NC2_CELL_RESEL_TIME X X

Average duration of successful incoming intra-RA intra-MFS NC2 cell reselections (measured in the target cell).

P432b MAX_TARGET_NC2_CELL_RESEL_TIME X X

Maximum duration of successful incoming intra-RA intra-MFS NC2 cell reselections (measured in the target cell).

P432c MIN_TARGET_NC2_CELL_RESEL_TIME X X

Minimum duration of successful incoming intra-RA intra-MFS NC2 cell reselections (measured in the target cell).

P433a NB_NC2_CELL_RESEL_REQ_PT1 X X

Number of NC2 cell reselection requests for a MS in packet transfer mode due to a "too low downlink received signal" (Cause PT1)

P433b NB_NC2_CELL_RESEL_REQ_PT2 X X OK

Number of NC2 cell reselection requests for a MS in packet transfer mode due to a "detection of a better neighbour cell" (Cause PT2)

P433c NB_NC2_CELL_RESEL_REQ_PT3 X X

Number of NC2 cell reselection requests for a MS in packet transfer mode due to a "too bad downlink radio quality" (Cause PT3)

P433d NB_NC2_CELL_RESEL_REQ_PT4 X X

Number of NC2 cell reselection requests for a MS in packet transfer mode due to a "too bad uplink radio quality" (Cause PT4)

P434a NB_NC2_UL_TBF_RELEASE X X OK Number of UL TBF releases due to NC2 cell reselections

P434b NB_NC2_DL_TBF_RELEASE X X OK Number of DL TBF releases due to NC2 cell reselections

P434c NB_NC0_UL_TBF_RELEASE X X Number of UL TBF releases due to NC0 cell reselections

P434d NB_NC0_DL_TBF_RELEASE X X Number of DL TBF releases due to NC0 cell reselections

P435a NB_NC2_CELL_RESEL_SUCC_PT1 X X

Number of NC2 cell reselection successes for a MS in packet transfer mode due to a "too low downlink received signal" (Cause PT1)

P435b NB_NC2_CELL_RESEL_SUCC_PT2 X X OK

Number of NC2 cell reselection successes for a MS in packet transfer mode due to a "detection of a better neighbour cell" (Cause PT2)

P435c NB_NC2_CELL_RESEL_SUCC_PT3 X X

Number of NC2 cell reselection successes for a MS in packet transfer mode due to a "too bad downlink radio quality" (Cause PT3)

P435d NB_NC2_CELL_RESEL_SUCC_PT4 X X

Number of NC2 cell reselection successes for a MS in packet transfer mode due to a "too bad uplink radio quality" (Cause PT4)

P436 NB_NC0_CELL_RESEL_Mstrans X X

Number of successful NC0 cell reselections (for MS in packet transfer mode)

P437a NB_NC2_CELL_RESEL_FAIL_REJECT_CELL X X

Number of NC2 cell reselection failures reported by the MS which leads to reject the target cell for a while.

P437b NB_NC2_CELL_RESEL_FAIL_NO_REJ X X

Number of NC2 cell reselection failures reported by the MS which does not lead to reject the target cell for a while.


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ECT_CELL

P438a SIG_BLKS_NC2_UL_PACCH_PTM_LOAD X X OK

Number of UL RLC control blocks received on PACCH/U for MS in packet transfer mode and used to carry NC2 signalling messages.

P438b SIG_BLKS_NC2_DL_PACCH_PTM_LOAD X X

Number of DL RLC control blocks sent on PACCH/D for MS in packet transfer mode and used to carry NC2 signalling messages.

P438c SIG_BLKS_NC2_UL_PACCH_CCCH_LOAD X X

Number of UL RLC control blocks received on PACCH/U for MS in packet idle mode and used to carry NC2 signalling messages (when no PCCCH is established in the cell)

P438d SIG_BLKS_NC2_PRACH_LOAD X X

Number of Packet Channel Request messages with cause "Single block access without TBF establishment".

P439 SIG_BLKS_UL_PACCH_CCCH_PRR_LOAD X X OK

Number of Packet Resource Request messages received on PACCH/U for MS in packet idle mode (when no PCCCH is established in the cell).

P43a NB_DL_LLC_BYTES_GPRS_ACK X X OK

Number of DL LLC bytes that have been transmitted and acknowledged by the RLC layer on DL TBFs established in GPRS mode and RLC acknowledged mode.

P43b NB_DL_LLC_BYTES_GPRS_NACK X X

Number of DL LLC bytes that have been transmitted by the RLC layer on DL TBFs established in GPRS mode and RLC unacknowledged mode.

P43c NB_DL_LLC_BYTES_EGPRS_ACK X X OK

Number of DL LLC bytes that have been transmitted and acknowledged by the RLC layer on DL TBFs established in EGPRS mode and RLC acknowledged mode.

P43d NB_DL_LLC_BYTES_EGPRS_NACK X X

Number of DL LLC bytes that have been transmitted by the RLC layer on DL TBFs established in EGPRS mode and RLC unacknowledged mode.

P44 NB_UL_LLC_BYTES X X OK

Number of UL LLC bytes received from the MS at BSSGP (08.18) sublayer per cell.

P440a NB_REROUTING_INTRA_NSE X X OK

Within the granularity period, the MFS counts the number of times it receives an order from the SGSN to reroute DL LLC PDUs to another cell belonging to the same NSE (even if there is actually no PDU to reroute).

P440b NB_REROUTING_INTER_NSE_INTRA_BSS X X OK

Within the granularity period, the MFS counts the number of times conditions are fulfilled to reroute DL LLC PDUs to another cell belonging to another NSE but to the same BSS (even if there is actually no PDU to reroute).

P440c NB_REROUTING_INTER_NSE_INTER_BSS X X OK

Within the granularity period, the MFS counts the number of times conditions are fulfilled to reroute DL LLC PDUs to another cell belonging to another NSE and to another BSS (even if there is actually no PDU to reroute).

P441a

NB_IMPOSSIBLE_OR_UNREQUESTED_REROUTING_INR X X OK

Within the granularity period, if the SGSN supports the Inter-NSE Rerouting feature, the MFS counts the number of times the SGSN does not request rerouting.

P441b NB_UNREQUESTED_REROUTING_NOT_INR X X OK

Within the granularity period, if the SGSN does not support the Inter-NSE Rerouting feature and autonomous rerouting is enabled (EN_AUTONOMOUS_REROUTING set to enabled), the MFS counts the number of times the MFS receives an order (in the FLUSH-LL message) from the SGSN not to reroute DL LLC PDU’s following a cell change occuring within the same routing area and within the same NSE.

P441c NB_IMPOSSIBLE_REROUTING_NOT_INR X X OK

Within the granularity period, if the SGSN does not support the Inter-NSE Rerouting feature and autonomous rerouting is enabled (EN_AUTONOMOUS_REROUTING set to enabled), the MFS counts the number of times the MFS receives a FLUSH-LL message following a cell change occuring between two different routing areas.

P44a NB_UL_LLC_BYTES_GPRS_ACK X X OK

Number of UL LLC bytes received at RRM layer on UL TBFs established in GPRS mode and RLC acknowledged mode.


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P44b NB_UL_LLC_BYTES_GPRS_NACK X X

Number of UL LLC bytes received at RRM layer on UL TBFs established in GPRS mode and RLC unacknowledged mode.

P44c NB_UL_LLC_BYTES_EGPRS_ACK X X OK

Number of UL LLC bytes received at RRM layer on UL TBFs established in EGPRS mode and RLC acknowledged mode.

P44d NB_UL_LLC_BYTES_EGPRS_NACK X X

Number of UL LLC bytes received at RRM layer on UL TBFs established in EGPRS mode and RLC unacknowledged mode.

P45 NB_KBYTES_RECEIVED_FROM_SGSN X X Number of kilo bytes received from the SGSN at SNS sublayer.

P450a NB_R97_R98_MS_CONTEXT_GPU X X OK

Number of MS contexts created for Releases 1997 or 1998 mobile stations.

P450b NB_GPRS_R99_MS_CONTEXT_GPU X X OK

Number of MS contexts created for non-EGPRS capable Release 1999 onwards mobile stations.

P450c NB_EGPRS_R99_MS_CONTEXT_GPU X X OK

Number of MS contexts created for EGPRS capable Release 1999 onwards mobile stations.

P450d NB_MS_CONTEXT_GPU X Number of MS contexts created.

P450e NB_GERAN_FEATURE_PACK1_MS_CONTEXT_GPU X OK

Number of MS contexts created for MS supporting the Geran feature package 1.

P451a CUMULATED_TIME_PDCH_UL_TBF_CELL X X OK

Cumulated time during which an UL TBF uses one PDCH, for all PDCHs of the TBF, and for all TBFs of the cell (in GPRS or EGPRS mode).

P451b CUMULATED_TIME_PDCH_DL_TBF_CELL X X OK

Cumulated time during which an DL TBF uses one PDCH, for all PDCHs of the TBF, and for all TBFs of the cell (in GPRS or EGPRS mode).

P452 CUMULATED_TIME_PDCH_DL_TBF_GMM_SIG_CELL X X OK

Cumulated time during which a DL TBF established for GMM signalling purposes uses a PDCH (in GPRS or EGPRS mode), for all TBFs of the cell.

P453a_1

DISTRIB_UL_TBF_DURATION_1 MR3 X

MFS only

First cell of the distribution on UL TBF duration. It contains : 1) number of UL TBFs whose duration is in duration band 1 Duration band 1 is defined by : PD_UL_TBF_DURATION_THR_0<= duration < PD_UL_TBF_DURATION_THR_1 PD_UL_TBF_DURATION_THR_0 = 0 sec.

P453a_10


MFS only

Tenth cell of the distribution on UL TBF duration. It contains : 1) number of UL TBFs whose duration is in duration band 10 Duration band 10 is defined by : PD_UL_TBF_DURATION_THR_9<= duration < PD_UL_TBF_DURATION_THR_10 PD_UL_TBF_DURATION_THR_10 = 16384

P453a_2


MFS only

Second cell of the distribution on UL TBF duration. It contains : 1) number of UL TBFs whose duration is in duration band 2 Duration band 2 is defined by : PD_UL_TBF_DURATION_THR_1<= duration < PD_UL_TBF_DURATION_THR_2

P453a_3


Third cell of the distribution on UL TBF duration. It contains : 1) number of UL TBFs whose duration is in duration band 3 Duration band 3 is defined by : PD_UL_TBF_DURATION_THR_2<= duration < PD_UL_TBF_DURATION_THR_3

P453a_4


Fourth cell of the distribution on UL TBF duration. It contains : 1) number of UL TBFs whose duration is in duration band 4 Duration band 4 is defined by : PD_UL_TBF_DURATION_THR_3<= duration < PD_UL_TBF_DURATION_THR_4


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P453a_5


Fifth cell of the distribution on UL TBF duration. It contains : 1) number of UL TBFs whose duration is in duration band 5 Duration band 5 is defined by : PD_UL_TBF_DURATION_THR_4<= duration < PD_UL_TBF_DURATION_THR_5

P453a_6


Sixth cell of the distribution on UL TBF duration. It contains : 1) number of UL TBFs whose duration is in duration band 6 Duration band 6 is defined by : PD_UL_TBF_DURATION_THR_5<= duration < PD_UL_TBF_DURATION_THR_6

P453a_7


Seventh cell of the distribution on UL TBF duration. It contains : 1) number of UL TBFs whose duration is in duration band 7 Duration band 7 is defined by : PD_UL_TBF_DURATION_THR_6<= duration < PD_UL_TBF_DURATION_THR_7

P453a_8


Eighth cell of the distribution on UL TBF duration. It contains : 1) number of UL TBFs whose duration is in duration band 8 Duration band 8 is defined by : PD_UL_TBF_DURATION_THR_7<= duration < PD_UL_TBF_DURATION_THR_8

P453a_9


Nineth cell of the distribution on UL TBF duration. It contains : 1) number of UL TBFs whose duration is in duration band 9 Duration band 9 is defined by : PD_UL_TBF_DURATION_THR_8<= duration < PD_UL_TBF_DURATION_THR_9

P453b_1

DISTRIB_DL_TBF_DURATION_1 MR3 X

First cell of the duration on DL TBF duration.It contains :1) number of DL TBFs whose duration is in duration band 1Duration band 1 is defined by : PD_DL_TBF_DURATION_THR_0<= duration < PD_DL_TBF_DURATION_THR_1PD_DL_TBF_DURATION_THR_0 = 0 sec

P453b_10


Tenth cell of the duration on DL TBF duration. It contains : 1) number of DL TBFs whose duration is in duration band 10 Duration band 10 is defined by : PD_DL_TBF_DURATION_THR_9<= duration < PD_DL_TBF_DURATION_THR_10 PD_DL_TBF_DURATION_THR_10 = 16384

P453b_2


Second cell of the duration on DL TBF duration. It contains : 1) number of DL TBFs whose duration is in duration band 2 Duration band 2 is defined by : PD_DL_TBF_DURATION_THR_1<= duration < PD_DL_TBF_DURATION_THR_2

P453b_3


Third cell of the duration on DL TBF duration. It contains : 1) number of DL TBFs whose duration is in duration band 3 Duration band 3 is defined by : PD_DL_TBF_DURATION_THR_2<= duration < PD_DL_TBF_DURATION_THR_3


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P453b_4


Fourth cell of the duration on DL TBF duration. It contains : 1) number of DL TBFs whose duration is in duration band 4 Duration band 4 is defined by : PD_DL_TBF_DURATION_THR_3<= duration < PD_DL_TBF_DURATION_THR_4

P453b_5


Fifth cell of the duration on DL TBF duration. It contains : 1) number of DL TBFs whose duration is in duration band 5 Duration band 5 is defined by : PD_DL_TBF_DURATION_THR_4<= duration < PD_DL_TBF_DURATION_THR_5

P453b_6


Sixth cell of the duration on DL TBF duration. It contains : 1) number of DL TBFs whose duration is in duration band 6 Duration band 6 is defined by : PD_DL_TBF_DURATION_THR_5<= duration < PD_DL_TBF_DURATION_THR_6

P453b_7


Seventh cell of the duration on DL TBF duration. It contains : 1) number of DL TBFs whose duration is in duration band 7. Duration band 7 is defined by : PD_DL_TBF_DURATION_THR_6<= duration < PD_DL_TBF_DURATION_THR_7

P453b_8


Eighth cell of the duration on DL TBF duration. It contains : 1) number of DL TBFs whose duration is in duration band 8 Duration band 8 is defined by : PD_DL_TBF_DURATION_THR_7<= duration < PD_DL_TBF_DURATION_THR_8

P453b_9


Ninth cell of the duration on DL TBF duration. It contains : 1) number of DL TBFs whose duration is in duration band 9 Duration band 9 is defined by : PD_DL_TBF_DURATION_THR_8<= duration < PD_DL_TBF_DURATION_THR_9

P454a_1

DISTRIB_UL_TBF_VOLUME_1 MR3 X

First cell of the distribution on volume of UL TBF. It contains : 1) number of UL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 1. LLC volume band 1 is defined by : PD_UL_TBF_VOLUME_THR_0<= LLC volume < PD_UL_TBF_VOLUME_THR_1 PD_UL_TBF_VOLUME_THR_0 = 0 byte

P454a_10


Tenth cell of the distribution on volume of UL TBF. It contains : 1) number of UL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 10. LLC volume band 10 is defined by : PD_UL_TBF_VOLUME_THR_9<= LLC volume < PD_UL_TBF_VOLUME_THR_10 PD_UL_TBF_VOLUME_THR_10 = 100 000 000 bytes

P454a_2


Second cell of the distribution on volume of UL TBF.It contains :1) number of UL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 2.LLC volume band 2 is defined by :PD_UL_TBF_VOLUME_THR_1<= LLC volume < PD_UL_TBF_VOLUME_THR_2


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Third cell of the distribution on volume of UL TBF. It contains : 1) number of UL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 3. LLC volume band 1 is defined by : PD_UL_TBF_VOLUME_THR_2<= LLC volume < PD_UL_TBF_VOLUME_THR_3

P454a_4


Fourth cell of the distribution on volume of UL TBF. It contains : 1) number of UL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 4. LLC volume band 1 is defined by : PD_UL_TBF_VOLUME_THR_3<= LLC volume < PD_UL_TBF_VOLUME_THR_4

P454a_5


Fifth cell of the distribution on volume of UL TBF. It contains : 1) number of UL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 5. LLC volume band 5 is defined by : PD_UL_TBF_VOLUME_THR_4<= LLC volume < PD_UL_TBF_VOLUME_THR_5

P454a_6


Sixth cell of the distribution on volume of UL TBF. It contains : 1) number of UL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 6. LLC volume band 1 is defined by : PD_UL_TBF_VOLUME_THR_5<= LLC volume < PD_UL_TBF_VOLUME_THR_6

P454a_7


Seventh cell of the distribution on volume of UL TBF. It contains : 1) number of UL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 7. LLC volume band 7 is defined by : PD_UL_TBF_VOLUME_THR_6<= LLC volume < PD_UL_TBF_VOLUME_THR_7

P454a_8


Eighth cell of the distribution on volume of UL TBF. It contains : 1) number of UL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 81. LLC volume band 8 is defined by : PD_UL_TBF_VOLUME_THR_7<= LLC volume < PD_UL_TBF_VOLUME_THR_8

P454a_9


Ninth cell of the distribution on volume of UL TBF. It contains : 1) number of UL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 9. LLC volume band 9 is defined by : PD_UL_TBF_VOLUME_THR_8<= LLC volume < PD_UL_TBF_VOLUME_THR_9

P454b_1

DISTRIB_DL_TBF_VOLUME_1 MR3 X

First cell of the distribution on volume of DL TBF. It contains : 1) number of DL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 1. LLC volume band 1 is defined by : PD_DL_TBF_VOLUME_THR_0<= LLC volume < PD_DL_TBF_VOLUME_THR_1 PD_DL_TBF_VOLUME_THR_0 = 0 byte


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P454b_10


Tenth cell of the distribution on volume of DL TBF. It contains : 1) number of DL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 10. LLC volume band 1 is defined by : PD_DL_TBF_VOLUME_THR_9<= LLC volume < PD_DL_TBF_VOLUME_THR_10 PD_DL_TBF_VOLUME_THR_10 = 100 000 000 bytes

P454b_2


Second cell of the distribution on volume of DL TBF. It contains : 1) number of DL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 2. LLC volume band 2 is defined by : PD_DL_TBF_VOLUME_THR_1<= LLC volume < PD_DL_TBF_VOLUME_THR_2

P454b_3


Third cell of the distribution on volume of DL TBF.It contains :1) number of DL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 3.LLC volume band 3 is defined by : PD_DL_TBF_VOLUME_THR_2<= LLC volume < PD_DL_TBF_VOLUME_THR_3

P454b_4


Fourth cell of the distribution on volume of DL TBF. It contains : 1) number of DL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 4. LLC volume band 4 is defined by : PD_DL_TBF_VOLUME_THR_3<= LLC volume < PD_DL_TBF_VOLUME_THR_4

P454b_5


Fifth cell of the distribution on volume of DL TBF. It contains : 1) number of DL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 5. LLC volume band 5 is defined by : PD_DL_TBF_VOLUME_THR_4<= LLC volume < PD_DL_TBF_VOLUME_THR_5

P454b_6


Sixth cell of the distribution on volume of DL TBF. It contains : 1) number of DL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 6. LLC volume band 6 is defined by : PD_DL_TBF_VOLUME_THR_5<= LLC volume < PD_DL_TBF_VOLUME_THR_6

P454b_7


Seventh cell of the distribution on volume of DL TBF. It contains : 1) number of DL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 7. LLC volume band 7 is defined by : PD_DL_TBF_VOLUME_THR_6<= LLC volume < PD_DL_TBF_VOLUME_THR_7

P454b_8


Eighth cell of the distribution on volume of DL TBF. It contains : 1) number of DL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 8. LLC volume band 1 is defined by : PD_DL_TBF_VOLUME_THR_7<= LLC volume < PD_DL_TBF_VOLUME_THR_8


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Ninth cell of the distribution on volume of DL TBF. It contains : 1) number of DL TBFs whose LLC volume (in RLC ack mode only) is in LLC volume band 9. LLC volume band 9 is defined by : PD_DL_TBF_VOLUME_THR_8<= LLC volume < PD_DL_TBF_VOLUME_THR_9

P455a_1

DISTRIB_UL_PDCH_UNIT_ALLOC_1 MR3 X

First cell of the distribution on units of PDCH allocated to UL TBFs. It contains : 1) number of UL TBFs whose number of PDCH allocated units is in PDCH units band 1. PDCH units band 1 is defined by : PD_UL_PDCH_UNIT_ALLOC_THR_0<= allocated PDCH units < PD_UL_PDCH_UNIT_ALLOC_THR_1 PD_UL_PDCH_UNIT_ALLOC_THR_0 = 0.

P455a_10


Tenth cell of the distribution on units of PDCH allocated to UL TBFs. It contains : 1) number of UL TBFs whose number of PDCH allocated units is in PDCH units band 10. PDCH units band 10 is defined by : PD_UL_PDCH_UNIT_ALLOC_THR_9<= allocated PDCH units < PD_UL_PDCH_UNIT_ALLOC_THR_10 PD_UL_PDCH_UNIT_ALLOC_THR_10 = 5.

P455a_2


Second cell of the distribution on units of PDCH allocated to UL TBFs. It contains : 1) number of UL TBFs whose number of PDCH allocated units is in PDCH units band 2. PDCH units band 2 is defined by : PD_UL_PDCH_UNIT_ALLOC_THR_1<= allocated PDCH units < PD_UL_PDCH_UNIT_ALLOC_THR_2

P455a_3


Third cell of the distribution on units of PDCH allocated to UL TBFs. It contains : 1) number of UL TBFs whose number of PDCH allocated units is in PDCH units band 3. PDCH units band 3 is defined by : PD_UL_PDCH_UNIT_ALLOC_THR_2<= allocated PDCH units < PD_UL_PDCH_UNIT_ALLOC_THR_3

P455a_4


Fourth cell of the distribution on units of PDCH allocated to UL TBFs.It contains :1) number of UL TBFs whose number of PDCH allocated units is in PDCH units band 4.PDCH units band 4 is defined by :PD_UL_PDCH_UNIT_ALLOC_THR_3<= allocated PDCH units < PD_UL_PDCH_UNIT_ALLOC_THR_4

P455a_5


Fifth cell of the distribution on units of PDCH allocated to UL TBFs. It contains : 1) number of UL TBFs whose number of PDCH allocated units is in PDCH units band 5. PDCH units band 5 is defined by : PD_UL_PDCH_UNIT_ALLOC_THR_4<= allocated PDCH units < PD_UL_PDCH_UNIT_ALLOC_THR_5

P455a_6


Sixth cell of the distribution on units of PDCH allocated to UL TBFs. It contains : 1) number of UL TBFs whose number of PDCH allocated units is in PDCH units band 6. PDCH units band 6 is defined by : PD_UL_PDCH_UNIT_ALLOC_THR_5<= allocated PDCH units < PD_UL_PDCH_UNIT_ALLOC_THR_6


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P455a_7


Seventh cell of the distribution on units of PDCH allocated to UL TBFs. It contains : 1) number of UL TBFs whose number of PDCH allocated units is in PDCH units band 7. PDCH units band 7 is defined by : PD_UL_PDCH_UNIT_ALLOC_THR_6<= allocated PDCH units < PD_UL_PDCH_UNIT_ALLOC_THR_7

P455a_8


Eighth cell of the distribution on units of PDCH allocated to UL TBFs. It contains : 1) number of UL TBFs whose number of PDCH allocated units is in PDCH units band 8. PDCH units band 8 is defined by : PD_UL_PDCH_UNIT_ALLOC_THR_7<= allocated PDCH units < PD_UL_PDCH_UNIT_ALLOC_THR_8

P455a_9


Ninth cell of the distribution on units of PDCH allocated to UL TBFs. It contains : 1) number of UL TBFs whose number of PDCH allocated units is in PDCH units band 9. PDCH units band 9 is defined by : PD_UL_PDCH_UNIT_ALLOC_THR_8<= allocated PDCH units < PD_UL_PDCH_UNIT_ALLOC_THR_9

P455b_1

DISTRIB_DL_PDCH_UNIT_ALLOC_1 MR3 X

First cell of the distribution on units of PDCH allocated to DL TBFs. It contains : 1) number of DL TBFs whose number of PDCH allocated units is in PDCH units band 1. PDCH units band 1 is defined by : PD_DL_PDCH_UNIT_ALLOC_THR_0<= allocated PDCH units < PD_DL_PDCH_UNIT_ALLOC_THR_1 PD_DL_PDCH_UNIT_ALLOC_THR_0 = 0.

P455b_10


Tenth cell of the distribution on units of PDCH allocated to DL TBFs. It contains : 1) number of DL TBFs whose number of PDCH allocated units is in PDCH units band 10. PDCH units band 10 is defined by : PD_DL_PDCH_UNIT_ALLOC_THR_9<= allocated PDCH units < PD_DL_PDCH_UNIT_ALLOC_THR_10 PD_DL_PDCH_UNIT_ALLOC_THR_10 = 5.

P455b_2


Second cell of the distribution on units of PDCH allocated to DL TBFs. It contains : 1) number of DL TBFs whose number of PDCH allocated units is in PDCH units band 2. PDCH units band 2 is defined by : PD_DL_PDCH_UNIT_ALLOC_THR_1<= allocated PDCH units < PD_DL_PDCH_UNIT_ALLOC_THR_2

P455b_3


Third cell of the distribution on units of PDCH allocated to DL TBFs. It contains : 1) number of DL TBFs whose number of PDCH allocated units is in PDCH units band 3. PDCH units band 3 is defined by : PD_DL_PDCH_UNIT_ALLOC_THR_2<= allocated PDCH units < PD_DL_PDCH_UNIT_ALLOC_THR_3

P455b_4


Fourth cell of the distribution on units of PDCH allocated to DL TBFs.It contains :1) number of DL TBFs whose number of PDCH allocated units is in PDCH units band 4.PDCH units band 4 is defined by :PD_DL_PDCH_UNIT_ALLOC_THR_3<= allocated PDCH units < PD_DL_PDCH_UNIT_ALLOC_THR_4


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Fifth cell of the distribution on units of PDCH allocated to DL TBFs. It contains : 1) number of DL TBFs whose number of PDCH allocated units is in PDCH units band 5. PDCH units band 5 is defined by : PD_DL_PDCH_UNIT_ALLOC_THR_4<= allocated PDCH units < PD_DL_PDCH_UNIT_ALLOC_THR_5

P455b_6


Sixth cell of the distribution on units of PDCH allocated to DL TBFs. It contains : 1) number of DL TBFs whose number of PDCH allocated units is in PDCH units band 6. PDCH units band 6 is defined by : PD_DL_PDCH_UNIT_ALLOC_THR_5<= allocated PDCH units < PD_DL_PDCH_UNIT_ALLOC_THR_6

P455b_7


Seventh cell of the distribution on units of PDCH allocated to DL TBFs. It contains : 1) number of DL TBFs whose number of PDCH allocated units is in PDCH units band 7. PDCH units band 7 is defined by : PD_DL_PDCH_UNIT_ALLOC_THR_6<= allocated PDCH units < PD_DL_PDCH_UNIT_ALLOC_THR_7

P455b_8


Eighth cell of the distribution on units of PDCH allocated to DL TBFs. It contains : 1) number of DL TBFs whose number of PDCH allocated units is in PDCH units band 8. PDCH units band 8 is defined by : PD_DL_PDCH_UNIT_ALLOC_THR_7<= allocated PDCH units < PD_DL_PDCH_UNIT_ALLOC_THR_8

P455b_9


Ninth cell of the distribution on units of PDCH allocated to DL TBFs. It contains : 1) number of DL TBFs whose number of PDCH allocated units is in PDCH units band 9. PDCH units band 9 is defined by : PD_DL_PDCH_UNIT_ALLOC_THR_8<= allocated PDCH units < PD_DL_PDCH_UNIT_ALLOC_THR_9

P456 NB_PSI_PROC X X OK Number of times the procedure of broadcast of serving cell PSI for Packet PSI Status or the procedure of sending of Packet Serving Cell Data for Packet SI Status is invoked.

P457 NB_PSI_MES X X OK Signalling load induced in the cell by the procedure of broadcast of (P)SI messages

P458 NB_NEIGH_PSI_PROC X X OK

Nb of times the procedure of broadcast of neighbour (P)SI messages is invoked

P459 NB_NEIGH_PSI_MES X X OK

Signalling load induced in the cell by the procedure of broadcast of neighbour (P)SI messages

P45a NB_KBYTES_RECEIVED_FROM_SGSN_GBIP X Number of kilo bytes received from the SGSN at SNS sublayer.

P46 NB_KBYTES_SENT_TO_SGSN X X Number of kilo bytes sent to the SGSN.

P460a AV_SOURCE_NACC_CELL_RESEL_TIME X X OK Average Network Assisted cell reselection duration.

P460b MAX_SOURCE_NACC_CELL_RESEL_TIME X X OK Maximum Network Assisted cell reselection duration.

P460c MIN_SOURCE_NACC_CELL_RESEL_TIME X X OK Minimum Network Assisted cell reselection duration.

P461 CUMULATED_ACT_EXT_UL_CONNECTION_TIME X X OK

Cumulated overall time of UL TBF connections (in active state or extended phase).


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P462 NB_DUMMY_UL_BLOCKS X X OK

Number of Packet Uplink Dummy Control blocks received on the radio interface. Note: This counter applies to both GPRS and EGPRS TBFs.

P463 NB_PFC_DOWNLOAD MR3 X

Number of time RRM-PCC initiates a PFC-DOWNLOAD towards SGSN.

P464 NB_NC2_CELL_RESEL_FAIL_LOAD X X OK

Number of NC2 cell reselection failures reported by the MS due to load (cause : "immediate assign reject" or "packet access reject on target cell")

P465 MAX_NB_USED_EXTRA_BONUS_ABIS_NIBBLES X X OK

Maximum number of extra and bonus Abis nibbles currently used in the cell (by a GCH channel).

P466

CUMULATED_TIME_USED_EXTRA_BONUS_ABIS_NIBBLES X X OK

Cumulated time during which extra and bonus Abis nibbles are used in the cell, cumulated over all extra and bonus Abis nibbles.

P469 MAX_NB_DEFICIT_GCH X X OK Maximum number of GCH in deficit reached in the cell.

P46a NB_KBYTES_SENT_TO_SGSN_GBIP X Number of kilo bytes sent to the SGSN.

P470 CUMULATED_TIME_DEFICIT_GCH X X OK

Cumulative time (in seconds), per cell , during which there is a deficit of GCH resources (16k channel).Note : GCH resources cover the established and the reserved GCH.

P471 CUMULATED_TIME_EXCESS_GCH X X OK

Cumulative time (in seconds), per cell ,during which there is a excess of GCH resources (16k channel). Note : GCH resources cover the established and the reserved GCH.

P472

CUMULATED_TIME_FREE_EXTRA_BONUS_ABIS_NIBBLES X X OK

Cumulative time (in seconds), per BTS ,during which there are free extra and bonus Abis nibbles available. Free extra and bonus nibbles are extra and bonus nibbles not currently used in a GCH Notes: 1) This only concerns Evolium BTS.

P474 CUMULATED_TIME_FREE_ATER_NIBBLES X X

MFS only

Cumulative time (in seconds), per GPU ,during which there are free Ater nibbles. A free Ater nibble is an Ater nibble not currently used by a GCH.

P481 NB_DL_TBF_REL_PREEMPTtrans X OK

Number of DL TBF release due to preemption in case of need of transmission resources.

P482 NB_UL_TBF_REL_PREEMPTtrans X OK

Number of UL TBF release due to preemption in case of need of transmission resources.

P484 MIN_NB_FREE_EXTRA_BONUS_ABIS_NIBBLE X X OK

Minimum number of free extra and bonus Abis nibbles. Free extra and bonus nibbles are extra and bonus nibbles not currently used in a GCH.

P486 MIN_NB_FREE_ATER_NIBBLE X X OK Minimum number of free Ater nibbles.

P488 NB_RT_DL_TBF MR3 X Number of time the established DL TBF is in RT mode. P489 NB_RT_UL_TBF MR3 X Number of time the established UL TBF is in RT mode.

P49 NB_IMM_ASS_AGCH X X OK

Number of (BSCGP) IMMEDIATE ASSIGNMENT sent to the MS (through the BSC which manages the AGCH resource) - for an UL TBF establisment, - for a DL TBF establishment when the MS is in non-DRX mode, - for the allocation of an UL block. This counter gives an indication of the AGCH load used for GPRS.

P490 NB_UNACK_NRT_PFC_CREATION MR3 X

Number of time a NRT-PFC-CREATION of mode RLC unacknowledged is received by RRM-PCC.

P491 NB_UNACK_RT_PFC_CREATION MR3 X

Number of time a NRT-PFC-CREATION of mode RLC unacknowledged is received by RRM-PCC.

P492 NB_DOWNGRADED_RT_PFC MR3 X Number of time a RT-PFC is downgraded, whatever the cause.

P493 NB_PFC_REJECTED MR3 X Number of time a PFC is rejected.

P494 NB_PFC_DOWNLOAD_FAIL MR3 X

Number of time the BSS cannot get the PFC characteristics from SGSN


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P495 MAX_NB_USED_SPDCH_CELL X X

MFS B9 test

Maximum number of used slave PDCHs in the cell. Note: An used PDCH is a PDCH that carries at least one UL or DL TBF.

P496 MIN_NB_USED_SPDCH_CELL X X

MFS B9 test

Minimum number of used slave PDCHs in the Note: An used PDCH is a PDCH that carries at least one UL or DL TBF.

P497 NB_RT_PFC_CREATION MR3 X Number of time a RT-PFC-CREATION is received by RRM-PCC.

P498 NB_NRT_PFC_CREATION MR3 X Number of time a NRT-PFC-CREATION is received by RRM-PCC.

P499 NB_RT_PFC_CREATION_OK MR3 X

Number of time a RT-PFC-CREATION is received and proceeded successfully by RRM-PCC.

P5 TIME_PVC_CONG_LEVEL1 X X

Time during which the PVC is congested at level1 in uplink. The PVC congestion is managed by an hysteresis mechanism with two thresholds. The PVC enters the congestion-level1 state whenever its occupation queue exceeds PVC-LEVEL1-UP while the PVC was not congested. The PVC exits the congestion-level1 state whenever its occupation queue is smaller than PVC-LEVEL1-DOWN.

P500 NB_DTM_CAPABLE_MS_CONTEXT_GPU X Number of MS contexts created for DTM capable mobile stations.

P501 NB_DTM_MS_CONTEXT_CELL X Number of DTM contexts created.

P502 CUMULATED_DTM_TIME X

Cumulated time during which a DTM capable MS is operating in DTM mode.

P503 CUMULATED_DTM_DEDICATED_TIME X

Cumulated time during which a DTM capable MS is operating in dedicated mode.

P504 CUMULATED_DTM_PTM_TIME X

Cumulated time during which a DTM capable MS is operating in packet transfer mode.

P505 NB_DTM_DL_TBF_EST_REQ X OK

Number of DL TBF establishment requests on DCCH for MS operating in DTM.

P506 NB_DTM_DL_TBF_EST_SUCC X OK

Number of DL TBF establishment successes on DCCH for MS operating in DTM.

P507 NB_DTM_UL_TBF_EST_REQ X

Number of UL TBF establishment requests on DCCH for MS operating in DTM.

P508 NB_DTM_UL_TBF_EST_SUCC X

Number of UL TBF establishment successes on DCCH for MS operating in DTM.

P509 NB_DTM_CS_DL_TBF_RELEASE X

Number of DL TBF releases due to the release of the CS connection when the MS leaves the dual transfer mode or due to the establishment of a CS connection when the MS enters the dual transfer mode.This counter also counts the DL TBF release due to a handover.

P510 NB_DTM_CS_UL_TBF_RELEASE X OK

Number of UL TBF releases due to the release of the CS connection when the MS leaves the dual transfer mode or due to the establishment of a CS connection when the MS enters the dual transfer mode. This counter also counts the UL TBF release due to an handover.

P511 NB_DTM_DL_TBF_FAIL_CONG X

Number of DL TBF establishment failures on DCCH for MS operating in DTM due to a lack of radio resources.

P512 NB_DTM_UL_TBF_FAIL_CONG X

Number of UL TBF establishment failures on DCCH for MS operating in DTM due to a lack of radio resources.

P513 NB_UL_LLC_BYTES_GTTP X Number of bytes received from the MS with the GTTP protocol.

P514 NB_DL_LLC_BYTES_GTTP X Number of bytes sent to the MS with the GTTP protocol.

P515 NB_RT_PFC_CREATION_DTM_DEDICATED X Number of RT PFC creation request for a DTM MS in dedicated mode.

P516 NB_RT_PFC_DOWNGRADED_DTM_DEDICATED X

Number of RT PFC downgraded to Best Effort for a DTM MS in dedicated mode.


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P518 NB_RT_PFC_CREATION_DTM_MODE X Number of RT PFC creation request for a MS in DTM mode.

P519 NB_RT_PFC_DOWNGRADED_DTM_MODE X

Number of RT PFC downgraded to Best Effort for a DTM MS in DTM mode.

P52a

CUMULATED_ACTIVE_DL_CONNECTION_TIME_GPRS_ACK X X

Cumulated time duration of all active DL TBFs established in GPRS mode and RLC acknowledged mode Note: An active DL TBF connection is a DL TBF not in delayed release state.

P52b

CUMULATED_ACTIVE_DL_CONNECTION_TIME_GPRS_NACK X X

Cumulated time duration of all active DL TBFs established in GPRS mode and RLC unacknowledged mode Note: An active DL TBF connection is a DL TBF not in delayed release state.

P52c

CUMULATED_ACTIVE_DL_CONNECTION_TIME_EGPRS_ACK X X

Cumulated time duration of all active DL TBFs established in EGPRS mode and RLC acknowledged mode. Note: An active DL TBF connection is a DL TBF not in delayed release state.

P52d

CUMULATED_ACTIVE_DL_CONNECTION_TIME_EGPRS_NACK X X

Cumulated time duration of all active DL TBFs established in EGPRS mode and RLC unacknowledged mode. Note: An active DL TBF connection is a DL TBF not in delayed release state.

P530a_1

NB_MS_MULTISLOT_CLASS_0_TO_10 X

Number of MS contexts created for MS whose multislot class belongs to the set of multislot classes 0 to 10.

P530a_2

NB_MS_MULTISLOT_CLASS_11_TO_12 X


P530a_3

NB_MS_MULTISLOT_CLASS_3X X

Number of MS contexts created for MS whose multislot class belongs to the set of multislot classes of type 3X .

P530a_4

NB_MS_MULTISLOT_CLASS_4X X

Number of MS contexts created for MS whose multislot class belongs to the set of multislot classes of type 4X .

P531a_1

DISTRIB_UL_EGPRS_LLC_THROUGHPUT_CLASS_1 X OK

First class of the distribution on number of EGPRS UL LLC throughput. It contains : 1) number of EGPRS UL LLC throughput whose throughput is in EGPRS LLC throughput class 1. EGPRS LLC throughput class 1 is defined by : EGPRS_LLC_throughput_THR_0<= LLC t

P531a_10

DISTRIB_UL_EGPRS_LLC_THROUGHPUT_CLASS_10 X

Tenth class of the distribution on number of EGPRS UL LLC throughput. It contains : 1) number of EGPRS UL LLC throughput whose throughput is in EGPRS LLC throughput class 10. EGPRS LLC throughput class 10 is defined by : EGPRS_LLC_throughput_THR_9<= LLC

P531a_11


Eleventh class of the distribution on number of EGPRS UL LLC throughput. It contains : 1) number of EGPRS UL LLC throughput whose throughput is in EGPRS LLC throughput class 11. EGPRS LLC throughput class 11 is defined by : EGPRS_LLC_throughput_THR_10<=

P531a_2


Second class of the distribution on number of EGPRS UL LLC throughput. It contains : 1) number of EGPRS UL LLC throughput whose throughput is in EGPRS LLC throughput class 2. EGPRS LLC throughput class 2 is defined by : EGPRS_LLC_throughput_THR_1<= LLC


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P531a_3


Third class of the distribution on number of EGPRS UL LLC throughput.It contains :1) number of EGPRS UL LLC throughput whose throughput is in EGPRS LLC throughput class 3.EGPRS LLC throughput class 3 is defined by : EGPRS_LLC_throughput_THR_2<= LLC t

P531a_4


Fourth class of the distribution on number of EGPRS UL LLC throughput. It contains : 1) number of EGPRS UL LLC throughput whose throughput is in EGPRS LLC throughput class 4. EGPRS LLC throughput class 4 is defined by : EGPRS_LLC_throughput_THR_3<= LLC

P531a_5


Fifth class of the distribution on number of EGPRS UL LLC throughput. It contains : 1) number of EGPRS UL LLC throughput whose throughput is in EGPRS LLC throughput class 5. EGPRS LLC throughput class 5 is defined by : EGPRS_LLC_throughput_THR_4<= LLC t

P531a_6


Sixth class of the distribution on number of EGPRS UL LLC throughput. It contains : 1) number of EGPRS UL LLC throughput whose throughput is in EGPRS LLC throughput class 6. EGPRS LLC throughput class 6 is defined by : EGPRS_LLC_throughput_THR_5<= LLC t

P531a_7


Seventh class of the distribution on number of EGPRS UL LLC throughput. It contains : 1) number of EGPRS UL LLC throughput whose throughput is in EGPRS LLC throughput class 7. EGPRS LLC throughput class 7 is defined by : EGPRS_LLC_throughput_THR_6<= LLC

P531a_8


Eighth class of the distribution on number of EGPRS UL LLC throughput. It contains : 1) number of EGPRS UL LLC throughput whose throughput is in EGPRS LLC throughput class 8. EGPRS LLC throughput class 8 is defined by : EGPRS_LLC_throughput_THR_7<= LLC

P531a_9


Ninth class of the distribution on number of EGPRS UL LLC throughput. It contains : 1) number of EGPRS UL LLC throughput whose throughput is in EGPRS LLC throughput class 9. EGPRS LLC throughput class 9 is defined by : EGPRS_LLC_throughput_THR_8<= LLC t


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P531b_1

DISTRIB_DL_EGPRS_LLC_THROUGHPUT_CLASS_1 X OK

First class of the distribution on number of EGPRS DL LLC throughput. It contains : 1) number of EGPRS DL LLC throughput whose throughput is in EGPRS LLC throughput class 1. EGPRS LLC throughput class 1 is defined by : EGPRS_LLC_throughput_THR_0<= LLC t

P531b_10

DISTRIB_DL_EGPRS_LLC_THROUGHPUT_CLASS_10 X

Tenth class of the distribution on number of EGPRS DL LLC throughput. It contains : 1) number of EGPRS DL LLC throughput whose throughput is in EGPRS LLC throughput class 10. EGPRS LLC throughput class 10 is defined by : EGPRS_LLC_throughput_THR_9<= LLC

P531b_11


Eleventh class of the distribution on number of EGPRS DL LLC throughput. It contains : 1) number of EGPRS DL LLC throughput whose throughput is in EGPRS LLC throughput class 11. EGPRS LLC throughput class 11 is defined by : EGPRS_LLC_throughput_THR_10 <

P531b_2


Second class of the distribution on number of EGPRS DL LLC throughput.It contains :1) number of EGPRS DL LLC throughput whose throughput is in EGPRS LLC throughput class 2.EGPRS LLC throughput class 2 is defined by : EGPRS_LLC_throughput_THR_1<= LLC

P531b_3


Third class of the distribution on number of EGPRS DL LLC throughput. It contains : 1) number of EGPRS DL LLC throughput whose throughput is in EGPRS LLC throughput class3. EGPRS LLC throughput class 3 is defined by : EGPRS_LLC_throughput_THR_2<= LLC th

P531b_4


Fourth class of the distribution on number of EGPRS DL LLC throughput. It contains : 1) number of EGPRS DL LLC throughput whose throughput is in EGPRS LLC throughput class 4. EGPRS LLC throughput class 4 is defined by : EGPRS_LLC_throughput_THR_3<= LLC

P531b_5


Fifth class of the distribution on number of EGPRS DL LLC throughput. It contains : 1) number of EGPRS DL LLC throughput whose throughput is in EGPRS LLC throughput class 5. EGPRS LLC throughput class 5 is defined by : EGPRS_LLC_throughput_THR_4<= LLC t


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P531b_6


Sixth class of the distribution on number of EGPRS DL LLC throughput. It contains : 1) number of EGPRS DL LLC throughput whose throughput is in EGPRS LLC throughput class 6. EGPRS LLC throughput class 6 is defined by : EGPRS_LLC_throughput_THR_5<= LLC t

P531b_7


Seventh class of the distribution on number of EGPRS DL LLC throughput. It contains : 1) number of EGPRS DL LLC throughput whose throughput is in EGPRS LLC throughput class 7. EGPRS LLC throughput class 7 is defined by : EGPRS_LLC_throughput_THR_6<= LLC

P531b_8


Eighth class of the distribution on number of EGPRS DL LLC throughput. It contains : 1) number of EGPRS DL LLC throughput whose throughput is in EGPRS LLC throughput class 8. EGPRS LLC throughput class 8 is defined by : EGPRS_LLC_throughput_THR_7<= LLC

P531b_9


Ninth class of the distribution on number of EGPRS DL LLC throughput. It contains : 1) number of EGPRS DL LLC throughput whose throughput is in EGPRS LLC throughput class 9. EGPRS LLC throughput class 9 is defined by : EGPRS_LLC_throughput_THR_8<= LLC t

P532a_1

DISTRIB_UL_GPRS_LLC_THROUGHPUT_CLASS_1 X

First class of the distribution on number of GPRS UL LLC throughput. It contains : 1) number of GPRS UL LLC throughput whose throughput is in GPRS LLC throughput class 1. GPRS LLC throughput class 1 is defined by : GPRS_LLC_throughput_THR_0<= LLC throug

P532a_10


Tenth class of the distribution on number of GPRS UL LLC throughput. It contains : 1) number of GPRS UL LLC throughput whose throughput is in GPRS LLC throughput class 10. GPRS LLC throughput class 10 is defined by : GPRS_LLC_throughput_THR_9<= LLC thro

P532a_2


Second class of the distribution on number of GPRS UL LLC throughput.It contains :1) number of GPRS UL LLC throughput whose throughput is in GPRS LLC throughput class 2.GPRS LLC throughput class 2 is defined by : GPRS_LLC_throughput_THR_1<= LLC throu


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P532a_3


Third class of the distribution on number of GPRS UL LLC throughput. It contains : 1) number of GPRS UL LLC throughput whose throughput is in GPRS LLC throughput class 3. GPRS LLC throughput class 3 is defined by : GPRS_LLC_throughput_THR_2<= LLC throug

P532a_4


Fourth class of the distribution on number of GPRS UL LLC throughput. It contains : 1) number of GPRS UL LLC throughput whose throughput is in GPRS LLC throughput class 4. GPRS LLC throughput class 4 is defined by : GPRS_LLC_throughput_THR_3<= LLC throu

P532a_5


Fifth class of the distribution on number of GPRS UL LLC throughput. It contains : 1) number of GPRS UL LLC throughput whose throughput is in GPRS LLC throughput class 5. GPRS LLC throughput class 5 is defined by : GPRS_LLC_throughput_THR_4<= LLC throug

P532a_6


Sixth class of the distribution on number of GPRS UL LLC throughput. It contains : 1) number of GPRS UL LLC throughput whose throughput is in GPRS LLC throughput class 6. GPRS LLC throughput class 6 is defined by : GPRS_LLC_throughput_THR_5<= LLC throug

P532a_7


Seventh class of the distribution on number of GPRS UL LLC throughput. It contains : 1) number of GPRS UL LLC throughput whose throughput is in GPRS LLC throughput class 7. GPRS LLC throughput class 7 is defined by : GPRS_LLC_throughput_THR_6<= LLC thro

P532a_8


Eighth class of the distribution on number of GPRS UL LLC throughput. It contains : 1) number of GPRS UL LLC throughput whose throughput is in GPRS LLC throughput class 8. GPRS LLC throughput class 8 is defined by : GPRS_LLC_throughput_THR_7<= LLC throu

P532a_9


Ninth class of the distribution on number of GPRS UL LLC throughput. It contains : 1) number of GPRS UL LLC throughput whose throughput is in GPRS LLC throughput class 9. GPRS LLC throughput class 9 is defined by : GPRS_LLC_throughput_THR_8<= LLC throug


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P532b_1

DISTRIB_DL_GPRS_LLC_THROUGHPUT_CLASS_1 X OK

First class of the distribution on number of GPRS DL LLC throughput. It contains : 1) number of GPRS DL LLC throughput whose throughput is in GPRS LLC throughput class 1. GPRS LLC throughput class 1 is defined by : GPRS_LLC_throughput_THR_0<= LLC throug

P532b_10

DISTRIB_DL_GPRS_LLC_THROUGHPUT_CLASS_10 X

Tenth class of the distribution on number of GPRS DL LLC throughput. It contains : 1) number of GPRS DL LLC throughput whose throughput is in GPRS LLC throughput class 10. GPRS LLC throughput class 10 is defined by : GPRS_LLC_throughput_THR_9<= LLC thro

P532b_2


Second class of the distribution on number of GPRS DL LLC throughput.It contains :1) number of GPRS DL LLC throughput whose throughput is in GPRS LLC throughput class 2.GPRS LLC throughput class 2 is defined by : GPRS_LLC_throughput_THR_1<= LLC throu

P532b_3


Third class of the distribution on number of GPRS DL LLC throughput. It contains : 1) number of GPRS DL LLC throughput whose throughput is in GPRS LLC throughput class 3. GPRS LLC throughput class 3 is defined by : GPRS_LLC_throughput_THR_2<= LLC throug

P532b_4


Fourth class of the distribution on number of GPRS DL LLC throughput. It contains : 1) number of GPRS DL LLC throughput whose throughput is in GPRS LLC throughput class 4. GPRS LLC throughput class 4 is defined by : GPRS_LLC_throughput_THR_3<= LLC throu

P532b_5


Fifth class of the distribution on number of GPRS DL LLC throughput. It contains : 1) number of GPRS DL LLC throughput whose throughput is in GPRS LLC throughput class 5. GPRS LLC throughput class 5 is defined by : GPRS_LLC_throughput_THR_4<= LLC throug

P532b_6


Sixth class of the distribution on number of GPRS DL LLC throughput. It contains : 1) number of GPRS DL LLC throughput whose throughput is in GPRS LLC throughput class 6. GPRS LLC throughput class 6 is defined by : GPRS_LLC_throughput_THR_5<= LLC throug


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P532b_7


Seventh class of the distribution on number of GPRS DL LLC throughput. It contains : 1) number of GPRS DL LLC throughput whose throughput is in GPRS LLC throughput class 7. GPRS LLC throughput class 7 is defined by : GPRS_LLC_throughput_THR_6<= LLC thro

P532b_8


Eighth class of the distribution on number of GPRS DL LLC throughput. It contains : 1) number of GPRS DL LLC throughput whose throughput is in GPRS LLC throughput class 8. GPRS LLC throughput class 8 is defined by : GPRS_LLC_throughput_THR_7<= LLC throu

P532b_9


Ninth class of the distribution on number of GPRS DL LLC throughput. It contains : 1) number of GPRS DL LLC throughput whose throughput is in GPRS LLC throughput class 9. GPRS LLC throughput class 9 is defined by : GPRS_LLC_throughput_THR_8<= LLC throug

P53a NB_PS_PAGING_REQ_PCH X X

Number of (BSCGP) PAGING REQUEST for PS paging sent to the MS (through the BSC which manages the PCH resource). This counter gives an indication of the PCH load used for GPRS.

P53b NB_CS_PAGING_REQ_PCH X X

Number of (BSCGP) PAGING REQUEST for CS paging sent to the MS (through the BSC which manages the PCH resource). This counter gives an indication of the PCH load used for GPRS.

P53c NB_IMM_ASS_PCH X X Number of (BSCGP) IMMEDIATE ASSIGNMENT sent to the MS (through the BSC which manages the PCH resource) for a DL TBF establisment when the MS is in DRX mode.

P540a CUMULATED_TIME_PS_BW_DL_GBR

This counter cumulates the time the reserved bandwidth for DL GBR is used.

P540b DEFICIT_OF_PS_BW_DL_GBR

This counter cumulates the value of deficit of bandwidth due to lack of bandwidth reserved for DL GBR PFC. This counter cumulates the time the reserved bandwidth for GBR is used.

P540c NB_REFUSED_DL_RT_PFC_LACK_GBR_BW

Number of DL RT PFC refused due to lack of reserved bandwidthfor GBR.

P540d CUMULATED_TIME_PS_BW_UL_GBR

This counter cumulates the time the reserved bandwidth for UL GBR is used.

P540e DEFICIT_OF_PS_BW_UL_GBR

This counter cumulates the value of deficit of bandwidth due to lack of bandwidth reserved for UL GBR PFC.

P540f NB_REFUSED_UL_RT_PFC_LACK_GBR_BW

Number of UL RT PFC refused due to lack of reserved bandwidth for GBR.

P541a NB_MFS_SENT_IPGCHU_GBR_IP_PACKETS

This counter counts the number of IPGCHU segments sent to a BTS by MFS on the GBR flow during the GP.

P541b NB_MFS_RESENT_IPGCHU_GBR_IP_PACKETS

This counter counts the number of IPGCHU segments resent to a BTS by MFS on the GBR flow during the GP.

P541d NB_MFS_SENT_IPGCHU_GBR_IP_BYTES

This counter counts the number of bytes of IPGCHU segments sent to a BTS by the MFS on the GBR flow during the GP.

P541f NB_MFS_RESENT_IPGCHU_GBR_IP_BYTES

This counter counts the number of bytes of IPGCHU segments resent to a BTS by the MFS on the GBR flow during the GP.

P541g

NB_MFS_SENT_IPGCHU_GBR_IP_BYTES_MAX_SUB_PERIOD

This counter gives the maximum of the number of bytes of IPGCHU segments sent to a BTS by the MFS on the GBR flow during a sub period of the GP.


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P541h

NB_MFS_RESENT_IPGCHU_GBR_IP_BYTES_MAX_SUB_PERIOD

This counter gives the maximum of the number of bytes of IPGCHU segments resent to a BTS by the MFS on the GBR flow during a sub period of the GP.

P542a NB_MFS_SENT_IPGCHU_BE_IP_PACKETS

This counter counts the number of IPGCHU segments sent to a BTS by MFS on the BE flow during the GP.

P542b NB_MFS_RESENT_IPGCHU_BE_IP_PACKETS

This counter counts the number of IPGCHU segments resent to a BTS by MFS on the BE flow during the GP.

P542d NB_MFS_SENT_IPGCHU_BE_IP_BYTES

This counter counts the number of bytes of IPGCHU segments sent to a BTS by the MFS on the BE flow during the GP.

P542f NB_MFS_RESENT_IPGCHU_BE_IP_BYTES

This counter counts the number of bytes of IPGCHU segments resent to a BTS by the MFS on the BE flow during the GP.

P542g

NB_MFS_SENT_IPGCHU_BE_IP_BYTES_MAX_SUB_PERIOD

This counter gives the maximum of the number of bytes of IPGCHU segments sent to a BTS by the MFS on the BE flow during a sub period of the GP.

P542h

NB_MFS_RESENT_IPGCHU_BE_IP_BYTES_MAX_SUB_PERIOD

This counter gives the maximum of the number of bytes of IPGCHU segments resent to a BTS by the MFS on the BE flow during a sub period of the GP.

P543a NB_MFS_SENT_IPGCHC_CTRL_IP_PACKETS

This counter counts the number of IPGCHC control messages sent to a BTS by the MFS on the control flow during the GP.

P543b NB_MFS_RESENT_IPGCHC_CTRL_IP_PACKETS

This counter counts the number of IPGCHC control messages resent to a BTS by the MFS on the control flow during the GP.

P543d NB_MFS_SENT_IPGCHC_CTRL_IP_BYTES

This counter counts the number of bytes of IPGCHC control messages sent to a BTS by MFS on the control flow during the GP.

P543f NB_MFS_RESENT_IPGCHC_CTRL_IP_BYTES

This counter counts the number of bytes of IPGCHC control messages resent to a BTS by MFS on the control flow during the GP.

P543g

NB_MFS_SENT_IPGCHC_CTRL_IP_BYTES_MAX_SUB_PERIOD

This counter counts the maximum of the number of bytes of IPGCHC control messages sent to a BTS by MFS on the control flow during a sub period of the GP.

P543h

NB_MFS_RESENT_IPGCHC_CTRL_IP_BYTES_MAX_SUB_PERIOD

This counter counts the maximum of the number of bytes of IPGCHC control messages resent to a BTS by MFS on the control flow during a sub period of the GP.

P544a NB_BTS_SENT_IPGCHU_GBR_IP_PACKETS

This counter counts the number of IPGCHU segments sent to MFS by a BTS on the GBR flow during the GP.

P544b NB_BTS_RESENT_IPGCHU_GBR_IP_PACKETS

This counter counts the number of IPGCHU segments resent to MFS by a BTS on the GBR flow during the GP.

P544d NB_BTS_SENT_IPGCHU_GBR_IP_BYTES

This counter counts the number of bytes of IPGCHU segments sent to MFS by a BTS on the GBR flow during the GP.

P544f NB_BTS_RESENT_IPGCHU_GBR_IP_BYTES

This counter counts the number of bytes of IPGCHU segments resent to MFS by a BTS on the GBR flow during the GP.

P544g

NB_BTS_SENT_IPGCHU_GBR_IP_BYTES_MAX_SUB_PERIOD

This counter gives the maximum of the number of bytes of IPGCHU segments sent to a MFS by the BTS on the GBR flow during a sub period of the GP.

P544h

NB_BTS_RESENT_IPGCHU_GBR_IP_BYTES_MAX_SUB_PERIOD

This counter gives the maximum of the number of bytes of IPGCHU segments resent to a MFS by the BTS on the GBR flow during a sub period of the GP.

P545a NB_BTS_SENT_IPGCHU_BE_IP_PACKETS

This counter counts the number of IPGCHU segments sent to MFS by a BTS on the BE flow during the GP.

P545b NB_BTS_RESENT_IPGCHU_BE_IP_PACKETS

This counter counts the number of IPGCHU segments resent to MFS by a BTS on the BE flow during the GP.

P545d NB_BTS_SENT_IPGCHU_BE_IP_BYTES

This counter counts the number of bytes of IPGCHU segments sent to MFS by a BTS on the BE flow during the GP.


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P545f NB_BTS_RESENT_IPGCHU_BE_IP_BYTES

This counter counts the number of bytes of IPGCHU segments resent to MFS by a BTS on the BE flow during the GP.

P545g

NB_BTS_SENT_IPGCHU_BE_IP_BYTES_MAX_SUB_PERIOD

This counter gives the maximum of the number of bytes of IPGCHU segments sent to a MFS by the BTS on the BE flow during a sub period of the GP.

P545h

NB_BTS_RESENT_IPGCHU_BE_IP_BYTES_MAX_SUB_PERIOD

This counter gives the maximum of the number of bytes of IPGCHU segments resent to a MFS by the BTS on the BE flow during a sub period of the GP.

P546a NB_BTS_SENT_IPGCHC_CTRL_IP_PACKETS

This counter counts the number of IPGCHC control messages sent to MFS by a BTS on the control flow during the GP.

P546b NB_BTS_RESENT_IPGCHC_CTRL_IP_PACKETS

This counter counts the number of IPGCHC control messages resent to a MFS by a BTS on the control flow during the GP.

P546d NB_BTS_SENT_IPGCHC_CTRL_IP_BYTES

This counter counts the number of bytes of IPGCHC control messages sent to MFS by a BTS on the control flow during the GP.

P546f NB_BTS_RESENT_IPGCHC_CTRL_IP_BYTES

This counter counts the number of bytes of IPGCHC control messages resent to MFS by a BTS on the control flow during the GP.

P546g

NB_BTS_SENT_IPGCHC_CTRL_IP_BYTES_MAX_SUB_PERIOD

This counter counts the maximum of the number of bytes of IPGCHC control messages sent to a MFS by BTS on the control flow during a sub period of the GP.

P546h

NB_BTS_RESENT_IPGCHC_CTRL_IP_BYTES_MAX_SUB_PERIOD

This counter counts the maximum of the number of bytes of IPGCHC control messages resent to a MFS by BTS on the control flow during a sub period of the GP.

P547a NB_MFS_SENT_GSL_IP_BYTES

This counter counts the number of bytes of the GSL packets sent on the GSL flow during the GP.

P547b NB_MFS_RESENT_GSL_IP_BYTES

This counter counts the number of bytes of the packets resent on the GSL flow during the GP.

P547c NB_MFS_SENT_GSL_IP_PACKETS

This counter counts the number of GSL packets sent on the GSL flow during the GP.

P547d NB_MFS_RESENT_GSL_IP_PACKETS

This counter counts the number of GSL packets resent on the GSL flow during the GP.

P547e NB_MFS_RECV_GSL_IP_PACKETS

This counter counts the number of GSL packets sent on the GSL flow during the GP.

P547f NB_MFS_SENT_GSL_IP_BYTES_MAX_SUB_PERIOD

This counter counts the maximum of the number of bytes of the GSL packets sent on the GSL flow during a sub period of the GP.

P547g NB_MFS_RESENT_GSL_IP_BYTES_MAX_SUB_PERIOD

This counter counts the maximum of the number of bytes of the GSL packets resent on the GSL flow during a sub period of the GP.

P548a TIME_DL_GBR_WINDOW_STALL

This counter cumulates the time during which at least one DL IGPCH transmission window is stalled on the GBR flow.

P548b TIME_DL_BE_WINDOW_STALL

This counter cumulates the time during which at least one DL IGPCH transmission window is stalled on the BE flow.

P548c TIME_UL_GBR_WINDOW_STALL

This counter cumulates the time during which at least one UL IGPCH transmission window is stalled on the GBR flow.

P548d TIME_UL_BE_WINDOW_STALL

This counter cumulates the time during which at least one UL IGPCH transmission window is stalled on the BE flow.

P549a TIME_ABIS_BW_CONG_DL Time during which the Abis bandwidth in DL is in congestion.

P549b TIME_ABIS_BW_HIGH_CONG_DL Time during which the Abis bandwidth in DL is in high congestion.

P549c AVERAGE_ABIS_BW_CONG_DELAY_DL

Average measured delay whenthe Abis bandwidth in DL is in congestion.

P549d TIME_ABIS_BW_CONG_UL Time during which the Abis bandwidth in UL is in congestion.

P549e TIME_ABIS_BW_HIGH_CONG_UL Time during which the Abis bandwidth in UL is in high congestion.

P549f AVERAGE_ABIS_BW_CONG_DELAY_UL

Average measured delay when the Abis bandwidth in UL is in congestion.


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P550a NB_MFS_IPGCHC_CTRL_FAIL_DL

This counter counts the number of IPGCHC TCP established connection failure due to stalling detected by MFS on the control flow during the GP.

P550b NB_MFS_IPGCHU_GBR_FAIL_STALL_DL

This counter counts the number of IPGCHU transport connection release due to a transmission window stalled for a too long time detected by MFS on GBR flow during the GP.

P550c NB_MFS_IPGCHU_BE_FAIL_STALL_DL

This counter counts the number of IPGCHU transport connection release due to a transmission window stalled for a too long time detected by MFS on the BE flow during the GP.

P551a NB_BTS_IPGCHC_CTRL_FAIL_UL

This counter counts the number of IPGCHC TCP established connection failure due to stalling detected by BTS on the control flow during the GP.

P551b NB_BTS_IPGCHU_GBR_FAIL_STALL_UL

This counter counts the number of IPGCHU transport connection release due to a transmission window stalled for a too long time detected by BTS on GBR flow during the GP.

P551c NB_BTS_IPGCHU_BE_FAIL_STALL_UL

This counter counts the number of IPGCHU transport connection release due to a transmission window stalled for a too long time detected by BTS on BE flow during the GP.

P552 NB_UL_TBF_REL_UL_LLC_PDU_SEQ_FLOW_PB

Number of UL TBF releases due to discrepancies in the reception of UL_LLC_PDU sequence flow.

P55a NB_USEFUL_DL_RLC_BLOCK_PDTCH_CS1 X X OK

Number of useful DL RLC blocks sent in RLC acknowledged mode on PDTCH encoded in CS-1. The retransmitted blocks and RLC blocks containing LLC Dummy UI Commands only are not counted.

P55b NB_USEFUL_DL_RLC_BLOCK_PDTCH_CS2 X X OK


P55c NB_USEFUL_DL_RLC_BLOCK_PDTCH_CS3 X X OK


P55d NB_USEFUL_DL_RLC_BLOCK_PDTCH_CS4 X X OK


P55e NB_USEFUL_DL_RLC_BLOCK_PDTCH_MCS1 X X OK

Number of useful DL RLC blocks sent in RLC acknowledged mode on PDTCH encoded in MCS-1.

P55f NB_USEFUL_DL_RLC_BLOCK_PDTCH_MCS2 X X OK


P55g NB_USEFUL_DL_RLC_BLOCK_PDTCH_MCS3 X X OK


P55h NB_USEFUL_DL_RLC_BLOCK_PDTCH_MCS4 X X OK

Number of useful DL RLC blocks sent in RLC acknowledged mode on PDTCH encoded in MCS-4

P55i NB_USEFUL_DL_RLC_BLOCK_PDTCH_MCS5 X X OK


P55j NB_USEFUL_DL_RLC_BLOCK_PDTCH_MCS6 X X OK

Number of useful DL RLC blocks sent in RLC acknowledged mode on PDTCH encoded in MCS-6

P55k NB_USEFUL_DL_RLC_BLOCK_PDTCH_MCS7 X X OK


P55l NB_USEFUL_DL_RLC_BLOCK_PDTCH_MCS8 X X OK


P55m NB_USEFUL_DL_RLC_BLOCK_PDTCH_MCS9 X X OK


P57a NB_USEFUL_UL_RLC_BLOCK_PDTCH_CS1 X X OK

Number of useful UL RLC blocks received in RLC acknowledged mode on PDTCH encoded in CS-1. The retransmitted blocks are not counted.

P57b NB_USEFUL_UL_RLC_BLOCK_PDTCH_CS2 X X OK



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P57c NB_USEFUL_UL_RLC_BLOCK_PDTCH_CS3 X X OK


P57d NB_USEFUL_UL_RLC_BLOCK_PDTCH_CS4 X X OK


P57e NB_USEFUL_UL_RLC_BLOCK_PDTCH_MCS1 X X OK

Number of useful UL RLC blocks received in RLC acknowledged mode on PDTCH encoded in MCS-1.

P57f NB_USEFUL_UL_RLC_BLOCK_PDTCH_MCS2 X X OK


P57g NB_USEFUL_UL_RLC_BLOCK_PDTCH_MCS3 X X OK


P57h NB_USEFUL_UL_RLC_BLOCK_PDTCH_MCS4 X X OK


P57i NB_USEFUL_UL_RLC_BLOCK_PDTCH_MCS5 X X OK


P57j NB_USEFUL_UL_RLC_BLOCK_PDTCH_MCS6 X X OK


P57k NB_USEFUL_UL_RLC_BLOCK_PDTCH_MCS7 X X OK


P57l NB_USEFUL_UL_RLC_BLOCK_PDTCH_MCS8 X X OK


P57m NB_USEFUL_UL_RLC_BLOCK_PDTCH_MCS9 X X OK


P59 NB_DL_RLC_BLOCK_PACCH X X OK

Number of DL RLC blocks sent on PACCH (excluding the dummy blocks). The retransmitted blocks are counted.

P594 NB_EDA_MS_CONTEXT_GPU X Number of EDA-capable GPRS and EGPRS MS contexts.

P595

CUMULATED_TIME_ACTIVE_UL_CONNECTED_TIME_EDA_MODE X

Cumulated overall time of UL TBF in active state operating in EDA mode .

P596 NB_EDA_USED_UL_TBF X

Number of UL TBF that have used at least one time the EDA mode during their lifetime.

P597 NB_EDA_ALLOWED_UL_TBF X

Number of UL TBF belonging to mobile stations allowed to use the EDA mode.

P598 NB_DA_EDA_REALLOC_UL_TBF X Number of reallocations between DA and EDA modes for UL TBF.

P60 NB_UL_RLC_BLOCK_PACCH X X OK

Number of UL RLC blocks received on PACCH (excluding the dummy blocks). The retransmitted blocks are counted.

P61 SIG_BLKS_PPCH_LOAD X X

Dedicated PPCH signalling load on all the existing MPDCHs. The dedicated PPCH signalling load represents the number of PPCH blocks dedicated to CS/PS Paging requests and Packet Downlink Assignment messages over the granularity period. It is evaluated as the weighted sum of these messages sent over the granularity period. A weight of 0.5 (assuming that 2 paging requests are gathered in one single block) is given to a CS and PS paging sent on PPCH. A weight of 1 is given to the Packet DL Assignment messages sent on PPCH (in DRX and non DRX mode). Note that the Packet UL Assignment and Packet Access Reject messages sent on PPCH are not counted with P61, but with P400.

P61a NB_PACK_PS_PAGING_REQ_PPCH X X

Number of 04.06 PACKET PAGING REQUEST for PS paging sent to the MS on PPCH. This counter gives an indication of the PPCH load.

P61b NB_PACK_CS_PAGING_REQ_PPCH X X

Number of 04.06 PACKET PAGING REQUEST for CS paging sent to the MS on PPCH. This counter gives an indication of the PPCH load.


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Number of UL TBF establishment requests on PCCCH when : - the MS is in packet idle mode - the MS requests an uplink TBF establishment Note 1: This counter applies to GPRS and EGPRS MS. Note 2: The access cause "Single Block without TBF establishment" is not taken into account in this counter, as this access cause does not lead to the establishment of an uplink TBF.

P62b NB_UL_TBF_EST_REQ_MStransDL X X OK

Number of UL TBF establishment requests when the MS is in downlink packet transfer mode. Note: This counter applies to GPRS and EGPRS MS.

P62c NB_UL_TBF_EST_REQ_MSidle_NO_MastChan X X OK

Number of UL access requests on CCCH when the MS is in packet idle mode. Note 1: This counter applies to GPRS and EGPRS MS. Note 2: This counter takes into account requests leading to both an uplink TBF establishment or a single block allocation used to carry a 04.60 PACKET MEASUREMENT REPORT message or a 04.60 PACKET CELL CHANGE FAILURE message (when the NC2 feature is activated).

P62d NB_UL_TBF_EST_REQ_EGPRS_PIM X X OK

Number of UL TBF establishment requests on (P)CCCH for EGPRS capable MS in packet idle mode.

P65 NB_DL_TBF_EST_FAIL_GB_PB X X

Number of DL TBF establishment failures due to the unavailability of the BVC (Gb interface problem) associated with the cell.

P66 NB_UL_TBF_EST_FAIL_GB_PB X X

Number of UL TBF establishment failures due to the unavailability of the BVC (Gb interface problem) associated with the cell.

P67 TIME_BVC_NOT_AVAIL X X Time during which the BVC (associated with one cell) is not available.

P6a NB_PVC_FRAMES_DISC_7_CONSEC_1 X X

Number of frames discarded received on the PVC because of seven consecutive bits set to "1".

P6b NB_PVC_FRAMES_DISC_ZERO_INSER X X

Number of frames discarded received on the PVC because of a non integral number of octetes (zero insertion failure).

P6c NB_PVC_FRAMES_DISC_LENGTH_TOO_LARGE X X

Number of frames discarded received on the PVC because of length greater than the maximum allowed (FR-INFO-SIZE.Max).

P6d NB_PVC_FRAMES_DISC_LENGTH_TOO_SHORT X X

Number of frames discarded received on the PVC because of length shorter than the minimum allowed (FR-INFO-SIZE.Min).

P72c NB_DL_RLC_BYTES_PDTCH_LOST_CS X X OK

In unacknowledged mode, number of DL RLC data bytes (except RLC blocks containing LLC Dummy UI Commands only) on PDTCH encoded in CS-x (with x = 1 to 4) that are lost.

P72d NB_DL_RLC_BYTES_PDTCH_LOST_MCS X X OK

In unacknowledged mode, number of DL RLC data bytes (except RLC blocks containing LLC Dummy UI Commands only) on PDTCH encoded in MCS-x (with x = 1 to 9) that are lost.

P73c NB_UL_RLC_BYTES_PDTCH_LOST_CS X X OK

In unacknowledged mode, number of UL RLC data bytes on PDTCH encoded in CS-x (with x = 1 to 4) lost.

P73d NB_UL_RLC_BYTES_PDTCH_LOST_MCS X X OK

In unacknowledged mode, number of UL RLC data bytes on PDTCH encoded in MCS-x (with x = 1 to 9) lost.

P74 NB_DL_PDU_TRANSMITTED X X OK Number of DL LLC PDUs transmitted to the RLC layer

P75 NB_UL_PDU_TRANSMITTED X X OK Number of LLC PDUs transmitted in UL during one granularity period.

P76a AV_PMU_CPU_POWER_BUDGET X X

Average PMU CPU power budget observed during the granularity period.

P77a MAX_PMU_CPU_POWER_BUDGET X X

Maximum value of the PMU CPU power budget observed during the granularity period.

P800 NB_LOC_REQ X X Number of received LCS requests for MS positioning received from the BSC.

P801 NB_ASSIST_DATA_REQ X X

Number of received LCS requests for GPS assistance data (initially requested by the MS) received from the BSC.

P802 NB_ASSIST_DATA_SUCC X X

Number of successful GPS assistance data delivery (initially requested by the MS) responses sent to the BSC.


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P803 NB_LOC_TA_SUCC X X Number of successful location responses sent to the BSC using TA positioning method.

P804 NB_LOC_CONV_GPS_SUCC X X

Number of successful location response sent to the BSC using Conventional GPS positioning method.

P805 NB_LOC_MA_AGPS_SUCC X X

Number of successful location responses sent to the BSC using MS Assisted A-GPS positioning method.

P806 NB_LOC_MB_AGPS_SUCC X X

Number of successful location response sent to the BSC using MS Based A-GPS positioning method.

P807 NB_LOC_TA_PCF_REQ X X Number of location calculation attempts with TA positioning PCF.

P808 NB_LOC_TA_PCF_SUCC X X

Number of location calculations successfully performed with TA positioning PCF.

P809 NB_LOC_CONV_GPS_PCF_REQ X X Number of location calculation attempts with Conventional GPS PCF.

P810 NB_LOC_MA_AGPS_PCF_REQ X X Number of location calculation attempts with MS Assisted A-GPS PCF.

P811 NB_LOC_MA_AGPS_PCF_SUCC X X

Number of location calculations successfully performed with MS Assisted A-GPS PCF.

P812 NB_LOC_MB_AGPS_PCF_REQ X X Number of location calculation attempts with MS Based A-GPS PCF.

P813 NB_LOC_MB_AGPS_PCF_SUCC X X

Number of location calculations successfully performed with MS Based A-GPS.

P814 NB_LCS_PROTOCOL_ERROR X X

Number of failed LCS procedures (considering LCS requests for MS positioning and LCS requests for GPS assistance data) due to LCS protocol error.

P815 NB_LCS_INTERRUPTED_INTRA_BSC_HO X X

Number of failed LCS procedures (considering LCS requests for MS positioning and LCS requests for GPS assistance data) due to intra-BSC handover.

P816 NB_LCS_INTERRUPTED_INTER_BSC_HO X X

Number of failed LCS procedures (considering LCS requests for MS positioning and LCS requests for GPS assistance data) due to inter-BSC hand-over.

P817 NB_LCS_FAILURE_RRLP X X

Number of failed LCS procedures (considering LCS requests for MS positioning and LCS requests for GPS assistance data) due to RRLP problem.

P818 NB_LCS_FAILURE_TIMER_EXPIRY X X

Number of failed LCS procedures (considering LCS requests for MS positioning and LCS requests for GPS assistance data) due to LCS guard timer expiry.

P819 NB_LCS_FAILURE_INTERNAL X X

Number of failed LCS procedures (considering LCS requests for MS positioning and LCS requests for GPS assistance data) due internal problem detected by the MFS/SMLC.

P820 NB_UNKNOWN_LCS_REQ X X

Number of LCS requests rejected because not supported by the SMLC.

P821 NB_LOC_CONV_GPS_PCF_SUCC X X

Number of location calculations successfully performed with Conventional GPS PCF.

P822 AV_TA_LAT X X Averaged latitude of the mobile stations obtained with TA positioning PCF

P823 AV_TA_LONG X X Averaged longitude of the mobile stations obtained with TA positioning PCF

P824 AV_CONV_GPS_LAT X X

Averaged latitude of the mobile stations obtained with Conventional GPS PCF

P825 AV_CONV_GPS_LONG X X

Averaged longitude of the mobile stations obtained with Conventional GPS PCF

P826 AV_MA_AGPS_LAT X X Averaged latitude of the mobile stations obtained with MS Assisted A-GPS PCF

P827 AV_MA_AGPS_LONG X X

Averaged longitude of the mobile stations obtained with MS Assisted A-GPS PCF

P828 AV_MB_AGPS_LAT X X Averaged latitude of the mobile stations obtained with MS Based A-GPS PCF

P829 AV_MB_AGPS_LONG X X

Averaged longitude of the mobile stations obtained with MS Based A-GPS PCF


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P830 ST_DEV_TA_LAT X X Standard deviation of the latitude of the mobile stations obtained with TA positioning PCF

P831 ST_DEV_TA_LONG X X Standard deviation of the longitude of the mobile stations obtained with TA positioning PCF

P832 ST_DEV_CONV_GPS_LAT X X

Standard deviation of the latitude of the mobile stations obtained with Conventional GPS PCF

P833 ST_DEV_CONV_GPS_LONG X X

Standard deviation of the longitude of the mobile stations obtained with Conventional GPS PCF

P834 ST_DEV_MA_AGPS_LAT X X

Standard deviation of the latitude of the mobile stations obtained with MS Assisted A-GPS PCF

P835 ST_DEV_MA_AGPS_LONG X X

Standard deviation of the longitude of the mobile stations obtained with MS Assisted A-GPS PCF

P836 ST_DEV_MB_AGPS_LAT X X

Standard deviation of the latitude of the mobile stations obtained with MS Based A-GPS PCF

P837 ST_DEV_MB_AGPS_LONG X X

Standard deviation of the longitude of the mobile stations obtained with MS Based A-GPS PCF

P9 NB_DL_TBF_NORM_REL X X OK Number of DL TBF normal release.

P90a NB_DL_TBF_EST_SUCC_MS_Idle_DRX_MPDCH X X OK

Number of DL TBF successfully established on PCCCH when the MS is in packet idle mode and DRX mode. Note: This counter applies to GPRS and EGPRS MS.

P90b NB_DL_TBF_EST_SUCC_MS_Transfer_UL X X OK

Number of DL TBF successfully established when MS is in uplink packet transfer mode. Note: This counter applies to GPRS and EGPRS MS

P90c NB_DL_TBF_EST_SUCC_MS_IDLE_DRX_NO_MPDCH X X OK

Number of DL TBF successfully established on CCCH when the MS is in packet idle mode and DRX mode. Note: This counter applies to GPRS and EGPRS MS.

P90d NB_DL_TBF_EST_SUCC_MS_Non_DRX_MPDCH X X OK

Number of DL TBF successfully established on PCCCH when the MS is in packet idle mode and non-DRX mode. Note: This counter applies to GPRS and EGPRS MS.

P90e NB_DL_TBF_EST_SUCC_T3192 X X OK

Number of DL TBF successfully established on PACCH while the timer T3192 is running at BSS side. Note: This counter applies to GPRS and EGPRS MS.

P90f NB_DL_TBF_EST_SUCC_MS_Non_DRX_NO_MPDCH X X OK

Number of DL TBF successfully established on CCCH when the MS is in packet idle mode and non-DRX mode. Note: This counter applies to GPRS and EGPRS MS.

P90g NB_DL_TBF_EST_SUCC_EGPRS_PIM X X OK

Number of DL TBF establishments on (P)CCCH for EGPRS capable MS in packet idle mode successfully served in EGPRS mode.

P91a NB_DL_TBF_EST_REQ_MS_IDLE_DRX_MPDCH X X OK

Number of DL TBF establishment requests on PCCCH when the MS is in packet idle mode and DRX mode in case there is at least one PCCCH established in the cell. Note: This counter applies to GPRS and EGPRS MS.

P91b NB_DL_TBF_EST_REQ_MS_Transfer_UL X X OK

Number of DL TBF establishment requests when MS is in uplink packet transfer mode. Note: This counter applies to GPRS and EGPRS MS.

P91c NB_DL_TBF_EST_REQ_MS_IDLE_DRX_NO_MPDCH X X OK

Number of DL TBF establishment requests on CCCH when the MS is in packet idle mode and DRX mode in case there is no PCCCH established in the cell. Note: This counter applies to GPRS and EGPRS MS.

P91d NB_DL_TBF_EST_REQ_MS_Non_DRX_MPDCH X X OK

Number of DL TBF establishment requests on PCCCH when the MS is in packet idle mode and non-DRX mode in case there is at least one PCCCH established in the cell. Note: This counter applies to GPRS and EGPRS MS.

P91e NB_DL_TBF_EST_REQ_T3192 X X OK

Number of DL TBF establishment requests received while the timer T3192 is running at BSS side. Note: This counter applies to GPRS and EGPRS MS.

P91f NB_DL_TBF_EST_REQ_MS_Non_DRX_NO_MPDCH X X OK

Number of DL TBF establishment requests on CCCH when the MS is in packet idle mode and non-DRX mode , in case there is no PCCCH established in the cell. Note: This counter applies to GPRS and EGPRS MS.


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P91g NB_DL_TBF_EST_REQ_EGPRS_PIM X X OK

Number of DL TBF establishment requests on (P)CCCH for EGPRS capable MS in packet idle mode

P95 NB_DL_LLC_BYTES_REROUTED X X OK Number of DL LLC bytes rerouted (i.e. sent) from cell to another one.

P96 NB_DL_LLC_BYTES_NOT_REROUTED X X OK Number of DL LLC bytes discarded during a cell change.

P97 NB_DL_LLC_BYTES_REROUTED_RECEIVED X X Number of DL LLC bytes rerouted (i.e. received) from another cell.

P98a NB_DL_TBF_REL_SUSP X X OK Number of DL TBF release due to a suspension from MS.

P98b NB_UL_TBF_REL_SUSP X X OK Number of UL TBF release due to a suspension from MS.

P98c NB_SUSPEND_REQ_FOR_DL_TBF X X OK

Number of suspend messages for a DL TBF received from MS (via BSC).

P98d NB_SUSPEND_REQ_FOR_UL_TBF X X OK

Number of suspend messages for a UL TBF received from MS (via BSC).

P98e NB_SUSP_DL_TBF_REL X X OK Number of DL TBF releases due to the suspend procedure

P98f NB_SUSP_UL_TBF_REL X X OK Number of UL TBF releases due to the suspend procedure.

P99 NB_LLC_BYTES_DISC_SUSPEND X X OK Number of LLC bytes discarded due to the suspend procedure.

4 PERFORMANCE MANAGEMENT INDICATORS

4.1 GSM and GPRS Indicators

reference B9 B9N

Test B9

Test NPO


GAAGCHAVANI X X OK GPRS_GPU_minimum_free_Ater_nibbles

Lowest value of the number of Ater nibbles available per GPU over the granularity period. They are nibbles not currently used in a GCH.

GAAGCHAVANN X X OK GPRS_GPU_free_Ater_nibbles_average Average number of free Ater nibbles per GPU. GAAGCHAVANT X X OK GPRS_GPU_free_Ater_nibbles_time Cumulated time per GPU during which Ater nibbles

are free GAAGCHAVN X GPRS_GPU_GCH_available Average number of available GCH resource in the

GPU. GAAGCHAVT X X OK GPRS_GPU_GCH_available_time Cumulative time during which a GCH resource is

available in the GPU. GAAGCHCTANN X X OK GPRS_transmission_GCH_deficit_ater_n

ibbles_average Average number of Ater nibbles which are in deficit in the GPU.

GAAGCHCTANT X X OK GPRS_transmission_GCH_deficit_ater_nibbles_time

Cumulated time during which there are Ater nibbles in deficit in the GPU.

GAAGCHCTM X X OK GPRS_transmission_GCH_deficit The greatest value of the number of GCH in deficit in the cell.

GAAGCHCTN X X GPRS_transmission_GCH_deficit_average

Average number of GCH resources in deficit in the cell.

GAAGCHCTT X X OK GPRS_transmission_GCH_deficit_time Cumulated time during which there is a deficit of GCH resources in the cell.

GAAGCHEXANN X X GPRS_transmission_GCH_excess_ater_nibbles_average

Average number of Ater nibbles which are in excess in the GPU.

GAAGCHEXANT X X GPRS_transmission_GCH_excess_ater_nibbles_time

Cumulated time during which there are Ater nibbles in excess in the GPU.


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GAAGCHEXN X X OK GPRS_transmission_GCH_excess_average

Average number of GCH resources in excess in the cell.

GAAGCHEXT X X OK GPRS_transmission_GCH_excess_time Cumulated time during which there is a excess of GCH resources in the cell.

GAAGCHUSA X GPRS_transmission_GCH_busy_average

Average number of GIC 16k busy (i.e. operational and used).

GAAGCHUST X X OK GPRS_transmission_GCH_busy_time Maximum cumulative time during which a GCH is busy in a GPU

GAALAPAVP X X GPRS_GSL_LAPD_unavailable_percent Percentage of time per LapD during which the LapD GSL is not available on the AterMux interface. Reference: display/consolidation period.

GAALAPAVT X X GPRS_GSL_LAPD_unavailable_time Time per LapD during which the LapD GSL is not available on the AterMux interface.

GABGCHAVEBI X X OK OK

GPRS_transmission_minimum_free_extra_and_bonus

The lowest value of the number of extra and bonus Abis nibbles free per BTS over the granularity period. They are nibbles not currently used in a GCH.

GABGCHAVEBN X X GPRS_transmission_free_extra_and_bonus_average

Average number of free extra and bonus Abis nibbles in the BTS.

GABGCHAVEBT X X OK GPRS_transmission_free_extra_and_bonus_time

Cumulated time per BTS during which extra and bonus Abis nibbles are free over the granularity period. They are nibbles not currently used in a GCH Note:This only concerns Evolium BTS

GABGCHCTEBN X X OK GPRS_transmission_deficit_extra_and_bonus_average

Average number of extra and bonus Abis nibbles in deficit in the BTS.

GABGCHCTEBT X X OK GPRS_transmission_deficit_extra_and_bonus_time

Cumulated time during which there are extra and bonus Abis nibbles in deficit in the BTS.

GABGCHEXEBN X X GPRS_transmission_excess_extra_and_bonus_average

Average number of extra and bonus Abis nibbles in excess in the BTS.

GABGCHEXEBT X X GPRS_transmission_excess_extra_and_bonus_time

Cumulated time during which there are extra and bonus Abis nibbles in excess in the BTS.

GABGCHUSEBA X GPRS_transmission_GCH_use_bonus_and_extra_average

Average number of extra and bonus Abis nibbles used in the cell.

GABGCHUSEBM X X OK GPRS_transmission_GCH_max_use_bonus_and_extra

Maximum number of extra and bonus Abis nibbles currently used in the cell (by a GCH channel).

GABGCHUSEBT X X OK GPRS_transmission_GCH_use_bonus_and_extra_time

Cumulated time during which extra and bonus Abis nibbles are used in the cell, cumulated over all extra and bonus Abis nibbles.

GAGBCHAVP X X GPRS_Bearer_not_available_percent Percentage of time per Bearer Channel during which the Bearer Channel on the Gb interface is not available. Reference: display/consolidation period.

GAGBCHAVT X X GPRS_Bearer_not_available_time Time per Bearer Channel during which the Bearer Channel on the Gb interface is not available.

GAGBVCAVP X X GPRS_PVC_not_available_percent Percentage of time which the PVC (associated with one cell) on the Gb interface is not available over the Granularity period. Reference: Granularity period

GAGBVCAVT X X GPRS_PVC_not_available_time Time which the PVC (associated with one cell) on the Gb interface is not available over the Granularity period. Reference: Granularity period

GAGPVCAVP X X GPRS_PVC_GB_not_available_percent Percentage of time during which the PVC on the Gb interface is not available. Reference: display/consolidation period.

GAGPVCAVT X X GPRS_PVC_GB_not_available_time Time during which the PVC on the Gb interface is not available.

GARDDTMFMN X DTM_DL_TBF_estab_with_TCH_fail_due_MS

Number of DL TBF establishment in DTM with reallocation of the TBF - execution failures due to MS access problem (reception of DTM Assignment Failure).


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GARDDTMN X DTM_DL_TBF_estab_with_realloc_TCH Number of DL TBF establishment in DTM with reallocation of the TCH (sending of DTM Assignment Command with DL TBF).

GARDDTMNRN X DTM_DL_TBF_estab_without_realloc_TCH

Number of DL TBF establishment in DTM without reallocation of the TCH (sending of Packet Assignment Command with DL TBF).

GARDTBACEAT X X GPRS_DL_active_connection_EGPRS_ack_time

Cumulative active time of DL TBF connections established in EGPRS mode and RLC acknowledged mode

GARDTBACENT X X GPRS_DL_active_connection_EGPRS_nack_time

Cumulative active time of DL TBF connections established in EGPRS mode and RLC unacknowledged mode

GARDTBACGAT X X GPRS_DL_active_connection_GPRS_ack_time

Cumulative active time of DL TBF connections established in GPRS mode and RLC acknowledged mode

GARDTBACGNT X X GPRS_DL_active_connection_GPRS_nack_time

Cumulative active time of DL TBF connections established in GPRS mode and RLC unacknowledged mode

GARDTBACP X X OK GPRS_DL_active_connection_percent Percentage of time where the DL TBF connections are active over the total DL TBF connection time.

GARDTBACT X X GPRS_DL_active_connection_time Cumulative active time of DL TBF connections. GARDTBDBT X X OK GPRS_DL_biased_and_DL_TBF_time Cumulative time during which MSs are served by

DL TBFs and engaged in downlink-biased transfers. GARDTBDU_D1 M

R4 X ARDTBDU_D1 Number of DL TBFs whose duration is in duration

band 1. Indicator of distribution.

GARDTBDU_D2 MR4

X ARDTBDU_D2 Number of DL TBFs whose duration is in duration band 2. Indicator of distribution.

GARDTBDU_D3 MR4


GARDTBDU_D4 MR4


GARDTBDU_D5 MR4


GARDTBDU_D6 MR4


GARDTBDU_D7 MR4


GARDTBDU_D8 MR4


GARDTBDU_D9 MR4


GARDTBDU_DA MR4

X ARDTBDU_DA Number of DL TBFs whose duration is in duration band 10. Indicator of distribution.

GARDTBDU_T1 MR4

X ARDTBDU_T1 Threshold for the indicator of distribution ARDTBDU_D1 and ARDTBDU_D2: Maximum duration of the DL TBFs in the distribution 1 and minimum duration of the DL TBFs in the distribution 2


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Test NPO


GARDTBDU_T2 MR4


GARDTBDU_T3 MR4


GARDTBDU_T4 MR4


GARDTBDU_T5 MR4


GARDTBDU_T6 MR4


GARDTBDU_T7 MR4


GARDTBDU_T8 MR4


GARDTBDU_T9 MR4

X ARDTBDU_T9 Threshold for the indicator of distribution ARDTBDU_D9 and ARDTBDU_DA: Maximum duration of the DL TBFs in the distribution 9 and minimum duration of the DL TBFs in the distribution 10

GARDTBDUA X GPRS_DL_TBF_duration_distribution_threshold

Threshold: Maximum duration of the DL TBFs in the distribution 1 and minimum duration of the DL TBFs in the distribution 2

GARDTBDUN X GPRS_DL_TBF_duration_distribution_total

Total number of DL TBFs whose duration is in any duration band. Indicator of distribution.

GARDTBDUO X GPRS_DL_TBF_duration_distribution_distrib

Ratio of number of DL TBFs according to UL TBFs duration. Indicator of distribution.

GARDTBDUV X GPRS_DL_TBF_duration_distribution_sample

Number of DL TBFs according to UL TBFs duration. Indicator of distribution.

GARDTBPD_D1 MR4

X NOK 20/2088

03 ARDTBPD_D1 Number of DL TBF whose number of PDCH

allocated units is in band 1 Indicator of distribution.

GARDTBPD_D2 MR4

X NOK 20/2088




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GARDTBPD_D3 MR4

X NOK 20/2088



GARDTBPD_D4 MR4

X NOK 20/2088



GARDTBPD_D5 MR4

X NOK 20/2088



GARDTBPD_D6 MR4

X NOK 20/2088



GARDTBPD_D7 MR4

X NOK 20/2088



GARDTBPD_D8 MR4

X NOK 20/2088



GARDTBPD_D9 MR4

X NOK 20/2088


allocated units is in band 9. Indicator of distribution.

GARDTBPD_DA MR4

X NOK 20/2088

03 ARDTBPD_DA Number of DL TBF whose number of PDCH


GARDTBPD_T1 MR4

X ARDTBPD_T1 Threshold for the indicator of distribution ARDTBPD_D1 and ARDTBPD_D2: Maximum unit of the DL TBFs in the distribution 1 and minimum unit of the DL TBFs in the distribution 2

GARDTBPD_T2 MR4


GARDTBPD_T3 MR4


GARDTBPD_T4 MR4


GARDTBPD_T5 MR4


GARDTBPD_T6 MR4


GARDTBPD_T7 MR4

X ARDTBPD_T7 Threshold for the indicator of distribution ARDTBPD_D7 and ARDTBPD_D8: Maximum unit of the DL TBFs in the distribution 7


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and minimum unit of the DL TBFs in the distribution 8

GARDTBPD_T8 MR4


GARDTBPD_T9 MR4

X ARDTBPD_T9 Threshold for the indicator of distribution ARDTBPD_D9 and ARDTBPD_DA: Maximum unit of the DL TBFs in the distribution 9 and minimum unit of the DL TBFs in the distribution 10

GARDTBPDA X GPRS_DL_TBF_unit_distribution_threshold

Threshold: Maximum unit of the DL TBFs in the distribution 1 and minimum unit of the DL TBFs in the distribution 2

GARDTBPDN X GPRS_DL_TBF_unit_distribution_total Total number of DL TBF is in any PDCH allocated unit band. Indicator of distribution.

GARDTBPDO X GPRS_DL_TBF_unit_distribution_distrib Ratio of number of DL TBF according to PDCH allocated unit band. Indicator of distribution.

GARDTBPDP1N X GARDTBPDP1N To be completed GARDTBPDV X GPRS_DL_TBF_unit_distribution_sampl

e Number of DL TBF according to PDCH allocated unit band. Indicator of distribution.

GARDTBSEA X X GPRS_DL_TBF_per_session_avg Average number of DL TBFs per session. GARDTBVO_D1 M

R4 X ARDTBVO_D1 Number of DL TBF (in RLC ack mode only) whose

LLC volume (expressed in bytes) is in band 1 Indicator of distribution.

GARDTBVO_D2 MR4

X ARDTBVO_D2 Number of DL TBF (in RLC ack mode only) whose LLC volume (expressed in bytes) is in band 2 Indicator of distribution.

GARDTBVO_D3 MR4


GARDTBVO_D4 MR4


GARDTBVO_D5 MR4


GARDTBVO_D6 MR4


GARDTBVO_D7 MR4


GARDTBVO_D8 MR4


GARDTBVO_D9 MR4


GARDTBVO_DA MR4

X ARDTBVO_DA Number of DL TBF (in RLC ack mode only) whose LLC volume (expressed in bytes) is in band 10


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Indicator of distribution.

GARDTBVO_T1 MR4

X ARDTBVO_T1 Threshold for the indicator of distribution ARDTBVO_D1 and ARDTBVO_D2: Maximum volume of the DL TBFs in the distribution 1 and minimum volume of the DL TBFs in the distribution 2

GARDTBVO_T2 MR4


GARDTBVO_T3 MR4


GARDTBVO_T4 MR4


GARDTBVO_T5 MR4


GARDTBVO_T6 MR4


GARDTBVO_T7 MR4


GARDTBVO_T8 MR4


GARDTBVO_T9 MR4

X ARDTBVO_T9 Threshold for the indicator of distribution ARDTBVO_D9 and ARDTBVO_DA: Maximum volume of the DL TBFs in the distribution 9 and minimum volume of the DL TBFs in the distribution 10

GARDTBVOA X GPRS_DL_TBF_volume_distribution_threshold

Threshold: Maximum volume of the DL TBFs in the distribution 1 and minimum volume of the DL TBFs in the distribution 2

GARDTBVON X GPRS_DL_TBF_volume_distribution_total

Total number of DL TBF (in RLC ack mode only) is in any LLC volume band (expressed in bytes). Indicator of distribution.

GARDTBVOO X GPRS_DL_TBF_volume_distribution_distrib

Ratio of number of DL TBF (in RLC ack mode only) according to LLC volume band (expressed in bytes). Indicator of distribution.

GARDTBVOV X GPRS_DL_TBF_volume_distribution_sample

Number of DL TBF (in RLC ack mode only) according to LLC volume band (expressed in bytes).


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Indicator of distribution.

GARGPUMC97N X X GPRS_GPU_R97_R98_MS_context Number of MS contexts created for R97 or R98 mobile stations

GARGPUMC97O X GPRS_GPU_R97_R98_MS_context_ratio

Ratio of MS contexts created for R97 or R98 mobile stations

GARGPUMCE9N X X GPRS_GPU_R99_EGPRS_MS_context Number of MS contexts created for R99 mobile stations (EGPRS capable MS)

GARGPUMCE9O X GPRS_GPU_R99_EGPRS_MS_context_ratio

Ratio of MS contexts created for R99 mobile stations (EGPRS capable MS)

GARGPUMCEDN X GPRS_EDA_GPU_MS_context Number of EDA capable GPRS and EGPRS MS contexts.

GARGPUMCG9N X X GPRS_GPU_R99_GPRS_MS_context Number of MS contexts created for R99 mobile stations (non EGPRS and EGPRS capable MS)

GARGPUMCG9O X GPRS_GPU_R99_GPRS_MS_context_ratio

Ratio of MS contexts created for R99 mobile stations (non EGPRS and EGPRS capable MS)

GARGPUMCGFN X GPRS_GPU_MS_context_geran_feature_pack1

Number of MS contexts created for MS supporting the Geran feature package 1 (NACC and Ext. UL TBF).

GARGPUMCN X GPRS_GPU_MS_context Number of MS contexts created. GARMRCMC10N X GPRS_MS_context_multislot_class_0_to

_10 Number of MS contexts created for MS whose multislot class belongs to the set of multislot classes 0 to 10.

GARMRCMC12N X GPRS_MS_context_multislot_class_11_to_12


GARMRCMC3XN X GPRS_MS_context_multislot_class_3X Number of MS contexts created for MS whose multislot class belongs to the set of multislot classes of type 3X .

GARMRCMC4XN X GPRS_MS_context_multislot_class_4X Number of MS contexts created for MS whose multislot class belongs to the set of multislot classes of type 4X.

GARPDCTDBUR X X OK GPRS_DL_TBF_occupancy_on_used_PDCH

Average cumulated time during which an DL TBF uses one PDCH, for all PDCHs of the TBF, and for all TBFs of the cell (in GPRS or EGPRS mode). It represents the average DL TBF occupancy on used PDCHs. Reference: Observation period.

GARPDCTDBUT X X OK GPRS_PDCH_used_DL_TBF_overall_time

Cumulated time during which an DL TBF uses one PDCH, for all PDCHs of the TBF, and for all TBFs of the cell (in GPRS or EGPRS mode).

GARPDCTDPIN X X OK OK

GPRS_DL_TBF_Pilled_avg Average number of DL TBF on PDCHs active with DL transfers (TBF active and delayed phases are taken into account). An active PDCH with DL transfer is a PDCH carrying at least one DL TBF.

GARPDCTDSGO X X GPRS_PDCH_used_DL_TBF_GMM_signalling_time_ratio

Ratio of time during which a DL TBF established for GMM signalling purposes uses a PDCH, compared with all DL PDCH established, for all PDCHs and for all the TBFs of the cell.

GARPDCTDSGT X X OK GPRS_PDCH_used_DL_TBF_GMM_signalling_overall_time

Cumulative time during which a DL TBF established for GMM signalling purposes uses a PDCH, for all PDCHs and for all the TBFs of the cell (established in GPRS mode or EGPRS mode). Note : such TBFs only have one PDCH allocated.

GARPDCTUBUR X X OK GPRS_UL_TBF_occupancy_on_used_PDCH

Average cumulated time during which an UL TBF uses one PDCH, for all PDCHs of the TBF, and for all TBFs of the cell (in GPRS or EGPRS mode). It represents the average UL TBF occupancy on used PDCHs. Reference: Observation period.

GARPDCTUBUT X X OK GPRS_PDCH_used_UL_TBF_overall_time

Cumulated time during which an UL TBF uses one PDCH, for all PDCHs of the TBF, and for all TBFs of the cell (in GPRS or EGPRS mode).


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GARPDCTUPIN X X OK OK

GPRS_UL_TBF_Pilled_avg Average number of UL TBF on PDCHs active with UL transfers (TBF active and delayed phases are taken into account). This indicator gives a measure of the number of UL TBFs piled up on a PDCH for all the PDCH. An active PDCH with UL transfer is a PDCH carrying at least one UL TBF.

GARPDCUDBUA X X OK GPRS_PDCH_per_DL_TBF_avg Average number PDCHs (active with DL transfers) per DL TBF (TBF active and delayed phases are taken into account). An active PDCH with DL transfer is a PDCH carrying at least one DL TBF.

GARPDCUDBUT X X OK GPRS_PDCH_DL_traffic_time Cumulative time during which the slave PDCHs are established and carry at least one DL TBF.(established in GPRS mode or EGPRS mode). Cumulative over all the PDCHs available in the cell.

GARPDCUDO X GPRS_PDCH_DL_traffic_time_ratio Percentage of time during which the active PDCHs carry at least one DL TBF in GPRS or EGPRS mode

GARPDCUSBUT X X GPRS_PDCH_traffic_time Cumulative time during which the slave PDCHs are established and carry at least one UL or DL TBF.(established in GPRS mode or EGPRS mode).

GARPDCUSEGO X GPRS_PDCH_EGPRS_traffic_time_ratio Percentage of time during which the established PDCHs in traffic are supporting EGPRS traffic.

GARPDCUSEGT X X GPRS_PDCH_EGPRS_traffic_time Cumulative time during which the slave PDCHs are established and carry at least one UL or DL TBF.(established in EGPRS mode)

GARPDCUSGPO X GPRS_PDCH_GPRS_traffic_time_ratio Percentage of time during which the established PDCHs in traffic are supporting GPRS traffic.

GARPDCUSGPT X GPRS_PDCH_GPRS_traffic_time Cumulated time during which the slave PDCHs carry at least one UL or DL TBF established in GPRS mode

GARPDCUUBUA X X OK GPRS_PDCH_per_UL_TBF_avg Average number PDCHs (active with UL transfers) per UL TBF (TBF active and delayed phases are taken into account). An active PDCH with UL transfer is a PDCH carrying at least one UL TBF.

GARPDCUUBUT X X OK GPRS_PDCH_UL_traffic_time Cumulative time during which the slave PDCHs are established and carry at least one UL TBF.(established in GPRS mode or EGPRS mode). Cumulative over all the PDCHs available in the cell

GARPDCUUO X GPRS_PDCH_UL_traffic_time_ratio Percentage of time during which the active PDCHs carry at least one UL TBF in GPRS or EGPRS mode

GARTBFSEA X GPRS_TBF_per_session_avg Average number of TBF successfully established per GPRS session

GARUDTMFMN X DTM_UL_TBF_estab_with_TCH_fail_due_MS

Number of UL TBF establishment in DTM with reallocation of the TBF - execution failures due to MS access problem. (reception of DTM Assignment Failure).

GARUDTMN X DTM_UL_TBF_estab_with_realloc_TCH Number of UL TBF establishment in DTM with reallocation of the TCH (sending of DTM Assignment Command with UL TBF).

GARUDTMNRN X DTM_UL_TBF_estab_without_realloc_TCH

Number of UL TBF establishment in DTM without reallocation of the TCH (sending of Packet Assignment Command with UL TBF).

GARUTBACEAT X X OK GPRS_UL_active_connection_EGPRS_ack_time

Cumulative overall time of all active UL TBF connections established in EGPRS mode and RLC acknowledgement mode. Note: an active UL TBF connection is an UL TBF not in extended mode.

GARUTBACENT X X OK GPRS_UL_active_connection_EGPRS_nack_time

Cumulative overall time of all active UL TBF connections established in EGPRS mode and RLC unacknowledgement mode


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Note: an active UL TBF connection is an UL TBF not in extended mode.

GARUTBACGAT X X OK GPRS_UL_active_connection_GPRS_ack_time

Cumulative overall time of all active UL TBF connections established in GPRS mode and RLC acknowledgement mode. Note: an active UL TBF connection is an UL TBF not in extended mode.

GARUTBACGNT X X OK GPRS_UL_active_connection_GPRS_nack_time

Cumulative overall time of all active UL TBF connections established in GPRS mode and RLC unacknowledgement mode. Note: an active UL TBF connection is an UL TBF not in extended mode.

GARUTBACP X OK GPRS_UL_active_connection_percent Percentage of time where the UL TBF connections are active over the total UL TBF connection time.

GARUTBACT X GPRS_UL_active_connection_time Cumulative active time of UL TBF connections. GARUTBDU_D1 M

R4 X ARUTBDU_D1 Number of UL TBFs whose duration is in duration

band 1. Indicator of distribution.

GARUTBDU_D2 MR4

X ARUTBDU_D2 Number of UL TBFs whose duration is in duration band 2. Indicator of distribution.

GARUTBDU_D3 MR4


GARUTBDU_D4 MR4


GARUTBDU_D5 MR4


GARUTBDU_D6 MR4


GARUTBDU_D7 MR4


GARUTBDU_D8 MR4


GARUTBDU_D9 MR4


GARUTBDU_DA MR4

X ARUTBDU_DA Number of UL TBFs whose duration is in duration band 10. Indicator of distribution.

GARUTBDU_T1 MR4

X ARUTBDU_T1 Threshold for the indicator of distribution ARUTBDU_D1 and ARUTBDU_D2: Maximum duration of the UL TBFs in the distribution 1 and minimum duration of the UL TBFs in the distribution 2

GARUTBDU_T2 MR4



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GARUTBDU_T3 MR4


GARUTBDU_T4 MR4


GARUTBDU_T5 MR4


GARUTBDU_T6 MR4


GARUTBDU_T7 MR4


GARUTBDU_T8 MR4


GARUTBDU_T9 MR4

X ARUTBDU_T9 Threshold for the indicator of distribution ARUTBDU_D9 and ARUTBDU_DA: Maximum duration of the UL TBFs in the distribution 9 and minimum duration of the UL TBFs in the distribution 10

GARUTBDUA X GPRS_UL_TBF_duration_distribution_threshold

Threshold: Maximum duration of the UL TBFs in the distribution 1 and minimum duration of the UDL TBFs in the distribution 2

GARUTBDUN X GPRS_UL_TBF_duration_distribution_total

Total number of UL TBFs whose duration is in any duration band. Indicator of distribution.

GARUTBDUO X GPRS_UL_TBF_duration_distribution_distrib

Ratio of number of UL TBFs according to UL TBFs duration. Indicator of distribution.

GARUTBDUV X GPRS_UL_TBF_duration_distribution_sample

Number of UL TBFs according to UL TBFs duration. Indicator of distribution.

GARUTBPD_D1 MR4

X ARUTBPD_D1 Number of UL TBF whose number of PDCH allocated units is in band 1. Indicator of distribution.

GARUTBPD_D2 MR4

X ARUTBPD_D2 Number of UL TBF whose number of PDCH allocated units is in band 2 Indicator of distribution.

GARUTBPD_D3 MR4


GARUTBPD_D4 MR4



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GARUTBPD_D5 MR4

X ARUTBPD_D5 Number of UL TBF whose number of PDCH allocated units is in band 5. Indicator of distribution.

GARUTBPD_D6 MR4


GARUTBPD_D7 MR4


GARUTBPD_D8 MR4


GARUTBPD_D9 MR4


GARUTBPD_DA MR4

X ARUTBPD_DA Number of UL TBF whose number of PDCH allocated units is in band 10 Indicator of distribution.

GARUTBPD_T1 MR4

X ARUTBPD_T1 Threshold for the indicator of distribution ARUTBPD_D1 and ARUTBPD_D2: Maximum unit of the UL TBFs in the distribution 1 and minimum unit of the UL TBFs in the distribution 2

GARUTBPD_T2 MR4


GARUTBPD_T3 MR4


GARUTBPD_T4 MR4


GARUTBPD_T5 MR4


GARUTBPD_T6 MR4


GARUTBPD_T7 MR4


GARUTBPD_T8 MR4



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GARUTBPD_T9 MR4

X ARUTBPD_T9 Threshold for the indicator of distribution ARUTBPD_D9 and ARUTBPD_DA: Maximum unit of the UL TBFs in the distribution 9 and minimum unit of the UL TBFs in the distribution 10

GARUTBPDA X GPRS_UL_TBF_unit_distribution_threshold

Threshold: Maximum unit of the UL TBFs in the distribution 1 and minimum unit of the UDL TBFs in the distribution 2

GARUTBPDN X GPRS_UL_TBF_unit_distribution_total Total number of UL TBF is in any PDCH allocated unit band. Indicator of distribution.

GARUTBPDO X GPRS_UL_TBF_unit_distribution_distrib Ratio of number of UL TBF according to PDCH allocated unit band. Indicator of distribution.

GARUTBPDV X GPRS_UL_TBF_unit_distribution_sample

Number of UL TBF according to PDCH allocated unit band. Indicator of distribution.

GARUTBSEA X X GPRS_UL_TBF_per_session_avg Average number of UL TBFs per session. GARUTBUBT X X OK GPRS_UL_biased_and_UL_TBF_time Cumulative time during which MSs are served by

UL TBFs and engaged in uplink-biased transfers. GARUTBVO_D1 M

R4 X ARUTBVO_D1 Number of UL TBF (in RLC ack mode only) whose

LLC volume (expressed in bytes) is in band 1 Indicator of distribution.

GARUTBVO_D2 MR4

X ARUTBVO_D2 Number of UL TBF (in RLC ack mode only) whose LLC volume (expressed in bytes) is in band 2 Indicator of distribution.

GARUTBVO_D3 MR4


GARUTBVO_D4 MR4


GARUTBVO_D5 MR4

X ARUTBVO_D5 Number of UL TBF (in RLC ack mode only) whose LLC volume (expressed in bytes) is in band 5. Indicator of distribution.

GARUTBVO_D6 MR4


GARUTBVO_D7 MR4


GARUTBVO_D8 MR4


GARUTBVO_D9 MR4


GARUTBVO_DA MR4

X ARUTBVO_DA Number of UL TBF (in RLC ack mode only) whose LLC volume (expressed in bytes) is in band 10 Indicator of distribution.

GARUTBVO_T1 MR4

X ARUTBVO_T1 Threshold for the indicator of distribution ARUTBVO_D1 and ARUTBVO_D2: Maximum volume of the UL TBFs in the distribution 1 and minimum volume of the UL TBFs in the distribution 2


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GARUTBVO_T2 MR4


GARUTBVO_T3 MR4


GARUTBVO_T4 MR4


GARUTBVO_T5 MR4


GARUTBVO_T6 MR4


GARUTBVO_T7 MR4


GARUTBVO_T8 MR4


GARUTBVO_T9 MR4

X ARUTBVO_T9 Threshold for the indicator of distribution ARUTBVO_D9 and ARUTBVO_DA: Maximum volume of the UL TBFs in the distribution 9 and minimum volume of the UL TBFs in the distribution 10

GARUTBVOA X GPRS_UL_TBF_volume_distribution_threshold

Threshold: Maximum volume of the UL TBFs in the distribution 1 and minimum volume of the UL TBFs in the distribution 2

GARUTBVON X GPRS_UL_TBF_volume_distribution_total

Total number of UL TBF (in RLC ack mode only) is in any LLC volume band (expressed in bytes). Indicator of distribution.

GARUTBVOO X GPRS_UL_TBF_volume_distribution_distrib

Ratio of number of UL TBF (in RLC ack mode only) according to LLC volume band (expressed in bytes). Indicator of distribution.

GARUTBVOV X GPRS_UL_TBF_volume_distribution_sample

Number of UL TBF (in RLC ack mode only) according to LLC volume band (expressed in bytes). Indicator of distribution.

GARXDTDBO X X OK GPRS_DL_biased_transfer_time_ratio Ratio of the cumulated transfer time with a downlink biased transfer over the total transfer time (UL + DL).

GARXDTDBT X X OK GPRS_DL_biased_transfer_time Cumulative time during which MSs are engaged in downlink-biased transfers.


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GARXDTSEN X X GPRS_sessions Number of GPRS sessions. A session corresponds to a mobile station and the BSS exchanging packet data using downlink TBFs, uplink TBFs or both. There is always at least one TBF active across the whole duration of a session.

GARXDTSET X X GPRS_sessions_duration_avg Average duration of a session. GARXDTUBO X X NOK

Mono_GPRS_Tel

ecom

GPRS_UL_biased_transfer_time_ratio Ratio of the cumulated transfer time with a uplink biased transfer over the total transfer time (UL + DL).

GARXDTUBT X X OK GPRS_UL_biased_transfer_time Cumulative time during which MSs are engaged in uplink-biased transfers.

GATRCAN X X OK A_channel_allocated Number of allocations of the A-channel. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GATRE X X OK A_Erlang_total A channel traffic in Erlang. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GATRMHT X X OK A_duration_avg Averaged A channel seizure duration (holding time). Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GATRT X X OK A_occy_total Time (in seconds) during which the A channel is busy. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GBSCREL X X OK BSC_release BSC release GBSN7ALT X X N7_availability Cumulative time while N7 signalling link is aligned GBSN7AVR X N7_availability_rate Percentage of time when N7 signalling link is

available. GBSN7CCN X X SCCP_connection_success Number of CONNECTION CONFIRM received or

sent on N7 signalling link GBSN7FLN X SCCP_connection_fail SCCP connection establishment failure GBSN7FLR X SCCP_connection_fail_rate SCCP connection establishment failure rate GBSN7NALT X N7_unavailability Cumulative time while N7 signalling link is not

aligned GBSN7NAVR X N7_unavailability_rate Percentage of time when N7 signalling link is not

available. GBSN7RQN X X SCCP_connection_request Number of CONNECTION REQUEST received or

sent on N7 signalling link GBSN7SUR X SCCP_connection_success_rate SCCP connection establishment success rate GBSPBCCHB X X OK

GPRS_PBCCH_BLKS_max Number of blocks allocated to the PBCCH per 52

multiframe. The value of this parameter is consolidated in Day/Week/Month with the MAX value.


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GBSPRABLK X X OK

GPRS_PRACH_BLKS_max Number of blocks statically allocated to the PRACH per 52 multiframe on each MPDCH. The value of this parameter is consolidated in Day/Week/Month with the MAX value.

GBSRRATN X X A_Channel_nb Number of A trunk. GBSRRCEN X X Cell_nb Number of cell (comes from topology file) GBSRRCTN X X TRX_nb Number of TRX mapped on a TRE in the cell

(comes from topology file). GBSRRDTN X X DTC_nb Number of DTC. GBSRRGPN X X Cell_GPRS_nb Number of GPRS cell (comes from topology file) GBSRRN7N X X N7_nb Number of N7 in the BSC GBSRRTRN X X BSC_TRX_Number Number of TRX in the BSC (comes from topology

file) GBSTAAVN X X TTCH_A_chanel_avail Number of A channel available GBSTAFLN X X TTCH_A_chanel_mismatch Number of normal assignment and handover

failures due to Achannel mismatch GBSTAFLR X A_Channel_inconsistencies_rate Rate of inconsistencies on the A-Channel

(Assignment Request with CIC unavailable in the BSC).

GBSTAOSN X X OK TTCH_A_chanel_Out_of_service Number of A channel blocked or out of service GBTSEXTATS X X BTS_Extra_Abis_TS_nb Number of configured extra Abis timeslot available

in the BTS. GCCAVN X CCCH_TS_Cell_available Average number of available CCCH TS Channels in

the cell. GCCIACMABN X CCCH_Immediate_Assign_Command_A

bis Number of 48.058 IMMEDIATE ASSIGN COMMAND messages received by the BTS on Abis and had to be sent for CS and PS traffic to the MS.

GCCIACMACN X CCCH_Immediate_Assign_Command_Abis_discarded_cong

Number of 48.058 IMMEDIATE ASSIGN COMMAND messages received by the BTS on Abis and discarded due to congestion.

GCCIACMACR X CCCH_Immediate_Assign_Command_Abis_discarded_cong_rate

Rate of discarded "IMMEDIATE ASSIGN COMMAND" messages received by the BTS on Abis interface over the number of "48.058 IMMEDIATE ASSIGN COMMAND" messages received by the BTS on Abis and had to be sent for CS and PS traffic to the MS.

GCCIACMGAN X X OK CCCH_GPRS_AGCH_channel_assign_cmd

Number of Immediate assignment message sent on AGCH for GPRS traffic

GCCIACMGPN X X OK CCCH_GPRS_PCH_imm_assign_cmd Number of Immediate assignment message sent on PCH for GPRS traffic

GCCIACMN X X OK CCCH_AGCH_imm_assign_cmd Number of Immediate Assign Command sent on Abis to the MS.

GCCIARQN X X CCCH_AGCH Number of IMMEDIATE ASSIGN COMMAND and IMMEDIATE ASSIGN REJECT : AGCH usage.

GCCIARQO X X CCCH_AGCH_load_radio Load of the Access Grant Channel. Denominator for AGCH load ((1000/235)*BS_AG_BLK_RES*GSM_obs_period): It is the maximum number of bursts (AGCH) that can be sent during one hour on BCCH/CCCH multiframes, according to channel configuration, it is computed with following rules: - 3600 = 3600 seconds - 0.235 = 235ms / 1000ms = one multiframe duration , 1/0.235 = number of multiframes in 1 second. - BS_AGBLK_RES as configured at OMC-R, typically 1 in combined BCCH mode, 4 in uncombined BCCH mode.

GCCIARQUSN X CCCH_AGCH_useful_blocks_sent Number of useful blocks sent on AGCH channel.


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GCCMPGRQABN X CCCH_Paging_Multiple_Paging_Command_received_Abis

Number of PAGING COMMAND / MULTIPLE PAGING COMMAND message received by the BTS on Abis.

GCCPGRQABN X CCCH_Paging_Command_received_Abis

Number of 48.058 PAGING COMMAND messages received by the BTS on Abis and had to be sent for CS and PS traffic to the MS.

GCCPGRQACN X CCCH_Paging_Command_Abis_discarded_cong

Number of 48.058 PAGING COMMAND messages received by the BTS on Abis and discarded due to congestion.

GCCPGRQACR X CCCH_Paging_Command_Abis_discarded_cong_rate

Rate of discarded "PAGING COMMAND" messages received by the BTS on Abis interface over the number of "48.058 PAGING COMMAND" messages received by the BTS on Abis and had to be sent for CS and PS traffic to the MS.

GCCPGRQN X X OK CCCH_PCH Number of Paging Message (Paging Command) seen on the Abis interface (PCH usage).

GCCPGRQO X X OK CCCH_PCH_load_radio Load of the Paging Channel. Denominator for PCH load ((1000/235)*(N1-BS_AG_BLK_RES)*GSM_obs_period * N2): It is the maximum number of bursts (PCH) that can be sent during one hour on BCCH/CCCH multiframes, according to channel configuration, it is computed with following rules: - 3600 = 3600 seconds - 0.235 = 235ms / 1000ms = one multiframe duration , 1/0.235 = number of multiframes in 1 second. - BS_AGBLK_RES as configured at OMC-R, typically 1 in combined BCCH mode, 4 in uncombined BCCH mode. - N1 = 3 CCCH blocks in combined BCCH mode, 9 in uncombined BCCH mode (CCCH_CONF=0) and 18 in uncombined BCCH mode (CCCH_CONF=1) - (N1 - BS_AGBLK_RES) = number of bursts PCH in one CCCH multiframe - N2 = average number of mobile identity sent within one PAGING REQUEST (Type 3) message. Its value depends on mobile identification mode in paging used over the network : by IMSI or TMSI. Typical values are : N2 = 3 if Paging is performed using TMSI N2 = 1.5 if Paging is performed using IMSI This par

GCCPGRQUSN X CCCH_PCH_useful_blocks_sent Number of useful blocks sent on PCH channel. GCCRACRQN X CCCH_channel_request_radio Number of channel request messages received on

the radio interface or number of access bursts successfully decoded.

GCCRARQBUN X CCCH_RACH_busy_slots Number of busy RACH slots. GCCRARQER X CCCH_RACH_efficiency_radio_rate Rate of decoded RACH requests in relation to the

Number of busy RACH slots. GCCRARQN X X CCCH_RACH Number of Channel Required (including non-valid

causes) seen on the Abis interface (RACH usage).


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GCCRARQO X X OK CCCH_RACH_load_radio Load of the Random Access Channel. Denominator for RACH load ((1000/235)*N1*GSM_obs_period): It is the maximum number of bursts (RACH) that can be sent during one hour on BCCH/CCCH multiframes, according to channel configuration, it is computed with following rules: - 3600 = 3600 seconds - 0.235 = 235ms / 1000ms = one multiframe duration , 1/0.235 = number of multiframes in 1 second. - N1 = 27 if cell is configured in BCCH combined mode, N1 = 51 in uncombined mode (CCCH_CONF=0), N1 = 2*51 in uncombined mode (CCCH_CONF=2

GCCRARQON X X CCCH_RACH_one_phase_packet Number of Channel Request message with cause "one phase packet access" seen on Abis interface (R usage).

GCCRARQR X X CCCH_RACH_GPRS_occupancy_rate Occupancy rate of RACH due to GPRS traffic GCCRARQSN X X CCCH_RACH_single_block_packet Number of Channel Request message with cause

"single block packet access" seen on Abis interface (R usage).

GCCRRAGB X X BS_AG_BLK_RES Number of Blocks reserved for Access Grant Channels in the 51 multiframe (provided by the configuration file).

GCCRRCBN X X BCCH_combine Flag for BCCH combined (1 for one CCCH Combined, 0 for one CCCH not combined and 2 for two CCCH not combined).

GDRFORQN X DR_forced Number of outgoing internal and external forced directed retry attempts.

GDRIBAFLR X DR_Inc_internal_allocated_fail_rate Rate of incoming internal directed retry (forced or normal) failed compared to RTCH successfully allocated.

GDRIBCAN X X DR_Inc_internal_allocated Number of RTCH allocated during incoming internal directed retry (forced or normal) procedure.

GDRIBCAR X DR_Inc_internal_allocated_rate Rate of RTCH allocated during incoming internal directed retry (forced or normal) procedure.

GDRIBCNN X X DR_Inc_internal_cong Number of incoming internal directed retry (forced or normal) failed because of congestion on Air interface.

GDRIBCNR X DR_Inc_internal_cong_rate Rate of incoming internal directed retry (forced or normal) failed because of congestion on Air interface.

GDRIBEFR X DR_Inc_internal_efficiency_rate Rate of RTCH succesfully seized by the mobile during incoming internal directed retry (forced or normal) procedure compared to RTCH successfully allocated.

GDRIBFLN X DR_Inc_internal_fail Number of failures during execution of incoming internal directed retry (forced or normal) procedure.

GDRIBFLR X DR_Inc_internal_fail_rate Rate of failures during execution of incoming internal directed retry (forced or normal) procedure.

GDRIBFLRN X X DR_Inc_internal_fail_MS_problem Number of incoming internal directed retry (forced or normal) -execution failures due to MS access problem. The target TCH channel can be in HR or FR usage.

GDRIBPFN X DR_Inc_internal_prep_fail Number of failures during preparation of incoming internal directed retry (forced or normal) procedure.

GDRIBPFR X DR_Inc_internal_prep_fail_rate Rate of failures during preparation of incoming internal directed retry (forced or normal) procedure.


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GDRIBRDN X X DR_Inc_internal_attempts Number of incoming internal directed retry (forced or normal) attempts. The target TCH channel can be in HR or FR usage

GDRIBRQN X X DR_Inc_internal_request Number of RTCH seizure requests during incoming internal directed retry (forced or normal) procedure.

GDRIBSUN X X DR_Inc_internal_success Number of RTCH succesfully seized by the mobile during incoming internal directed retry (forced or normal) procedure.

GDRIBSUR X DR_Inc_internal_success_rate Rate of RTCH succesfully seized by the mobile during incoming internal directed retry (forced or normal) procedure.

GDRIBUCNO X DR_Inc_internal_unsuccess_cong_ratio Ratio of RTCH not allocated during incoming internal directed retry (forced or normal) procedure because of congestion on Air interface in relation to all unsuccessful RTCH seizures (preparation and execution failures + congestion).

GDRIBUFLO X DR_Inc_internal_unsuccess_fail_ratio Ratio of failures during execution of incoming internal directed retry (forced or normal) procedure in relation to all unsuccessful RTCH seizures (preparation and execution failures + congestion).

GDRIBUN X DR_Inc_internal_unsuccess Number of unsuccessful RTCH seizures (preparation and execution failures + congestion) during incoming internal directed retry (forced or normal) procedure.

GDRIBUPFO X DR_Inc_internal_unsuccess_prep_fail_ratio

Ratio of failures during preparation of incoming internal directed retry (forced or normal) procedure in relation to all unsuccessful RTCH seizures (preparation and execution failures + congestion).

GDRIBUR X DR_Inc_internal_unsuccess_rate Rate of unsuccessful RTCH seizures (preparation and execution failures + congestion) during incoming internal directed retry (forced or normal) procedure.

GDROBAFLBR X DR_Out_internal_allocated_fail_BSS_rate

Rate of outgoing internal directed retry failures due to system problems during the execution phase in relation to all outgoing internal directed retry attempts.

GDROBAFLR X DR_Out_internal_allocated_fail_rate Rate of outgoing internal directed retry failures during the execution phase in relation to all outgoing internal directed retry attempts.

GDROBAFLRR X DR_Out_internal_allocated_fail_radio_rate

Rate of outgoing internal directed retry failures due to radio problems in relation to all outgoing internal directed retry attempts.

GDROBAOCR X DR_Out_internal_allocated_ROC_rate Rate of outgoing internal directed retry failures with reversion to the old channel in relation to all outgoing internal directed retry attempts.

GDROBCAN X DR_Out_internal_allocated Number of outgoing internal directed retry attempts. (Forced & Normal)

GDROBCAO X DR_Out_internal_allocated_ratio Ratio of outgoing internal directed retry attempts in relation to all outgoing DR attempts.

GDROBCAR X DR_Out_internal_allocated_rate Rate of outgoing internal directed retry attempts. (Forced & Normal)

GDROBEFR X DR_Out_internal_efficiency_rate Rate of outgoing internal directed retry successes in relation to all outgoing internal directed retry attempts.

GDROBFCAN X X DR_Out_forced_internal_allocated Number of outgoing forced internal directed retry attempts.

GDROBFFLRN X X DR_Out_forced_internal_fail_radio Number of outgoing forced internal directed retry failures due to radio problems

GDROBFLBN X DR_Out_internal_fail_BSS Number of outgoing internal directed retry failures due to system problems during the execution phase.

GDROBFLBO X DR_Out_internal_fail_BSS_ratio Ratio of outgoing internal directed retry failures due to system problems in relation to all outgoing internal directed retry failures, during the execution phase.

GDROBFLBR X DR_Out_internal_fail_BSS_rate Rate of outgoing internal directed retry failures due to system problems during the execution phase.

GDROBFLN X DR_Out_internal_fail Number of outgoing internal directed retry failures during the execution phase.

GDROBFLR X DR_Out_internal_fail_rate Rate of outgoing internal directed retry failures during the execution phase.


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GDROBFLRN X DR_Out_internal_fail_radio Number of outgoing internal directed retry failures due to radio problems

GDROBFLRO X DR_Out_internal_fail_radio_ratio Ratio of outgoing internal directed retry failures due to radio problems in relation to all outgoing internal directed retry failures in execution phase.

GDROBFLRR X DR_Out_internal_fail_radio_rate Rate of outgoing internal directed retry failures due to radio problems

GDROBFOCN X X DR_Out_forced_internal_ROC Number of outgoing forced internal directed retry failures with reversion to the old channel.

GDROBFRQN X X DR_Out_forced_internal_request Number of outgoing forced internal directed retry requests.

GDROBFSUN X X DR_Out_forced_internal_success Number of outgoing forced internal directed retry successes.

GDROBNCAN X X DR_Out_normal_internal_allocated Number of outgoing normal internal directed retry attempts.

GDROBNFLRN X X DR_Out_normal_internal_fail_radio Number of outgoing normal internal directed retry failures due to radio problems.

GDROBNOCN X X DR_Out_normal_internal_ROC Number of outgoing normal internal directed retry failures with reversion to the old channel.

GDROBNRQN X X DR_Out_normal_internal_request Number of outgoing normal internal directed retry requests.

GDROBNSUN X X DR_Out_normal_internal_success Number of outgoing normal internal directed retry successes.

GDROBOCN X DR_Out_internal_ROC Number of outgoing internal directed retry failures with reversion to the old channel.

GDROBOCO X DR_Out_internal_ROC_ratio Ratio of outgoing internal directed retry failures with reversion to the old channel in relation to all outgoing directed retry failures with reversion to old channel.

GDROBOCR X DR_Out_internal_ROC_rate Rate of outgoing internal directed retry failures with reversion to the old channel.

GDROBPFN X DR_Out_internal_prep_fail Number of outgoing internal directed retry failures during preparation phase.

GDROBPFO X DR_Out_internal_prep_fail_ratio Ratio of outgoing internal directed retry failures during preparation phase in relation to all outgoing directed retry failures during preparation phase.

GDROBPFR X DR_Out_internal_prep_fail_rate Rate of outgoing internal directed retry failures during preparation phase.

GDROBRQN X X OK DR_Out_internal_request Number of RTCH seizure requests during outgoing internal directed retry (forced or normal) procedure.

GDROBRQO X DR_Out_internal_request_ratio Ratio of RTCH seizure requests during outgoing internal directed retry (forced or normal) procedure in relation to all RTCH seizure requests (internal + external).

GDROBSUN X X OK DR_Out_internal_success Number of RTCH succesfully seized by the mobile during outgoing internal directed retry (forced or normal) procedure.

GDROBSUO X DR_Out_internal_success_ratio Ratio of RTCH succesfully seized by the mobile during outgoing internal directed retry (forced or normal) procedure in relation to all RTCH succesfully seized (internal + external).

GDROBSUR X DR_Out_internal_success_rate Rate of RTCH succesfully seized by the mobile during outgoing internal directed retry (forced or normal) procedure.

GDROBUFLBO X DR_Out_internal_unsuccess_fail_BSS_ratio

Ratio of outgoing internal directed retry failures due to system problems during the execution phase in relation to all outgoing internal unsuccessful directed retry.

GDROBUFLO X DR_Out_internal_unsuccess_fail_ratio Ratio of outgoing internal directed retry failures during the execution phase in relation to all outgoing internal unsuccessful directed retry.

GDROBUFLRO X DR_Out_internal_unsuccess_fail_radio_ratio

Ratio of outgoing internal directed retry rfailures due to radio problems in relation to all outgoing internal unsuccessful directed retry.

GDROBUN X DR_Out_internal_unsuccess Number of unsuccessful RTCH seizures during outgoing internal directed retry (forced or normal) procedure.

GDROBUO X DR_Out_internal_unsuccess_ratio Ratio of unsuccessful RTCH seizures during outgoing internal directed retry (forced or normal) procedure in relation to all unsuccessful RTCH


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seizures (internal + external).

GDROBUOCO X DR_Out_internal_unsuccess_ROC_ratio Ratio of outgoing internal directed retry failures with reversion to the old channel in relation to all outgoing internal unsuccessful directed retry.

GDROBUPFO X DR_Out_internal_unsuccess_prep_fail_ratio

Ratio of outgoing internal directed retry failures during preparation phase in relation to all outgoing internal unsuccessful directed retry.

GDROBUR X DR_Out_internal_unsuccess_rate Rate of unsuccessful RTCH seizures during outgoing internal directed retry (forced or normal) procedure.

GDROMAFLBR X DR_Out_external_allocated_fail_BSS_rate

Rate of outgoing external directed retry failures due to system problems during the execution phase in relation to all outgoing internal directed retry attempts.

GDROMAFLR X DR_Out_external_allocated_fail_rate Rate of outgoing external directed retry failures during the execution phase in relation to all outgoing external directed retry attempts.

GDROMAFLRR X DR_Out_external_allocated_fail_radio_rate

Rate of outgoing external directed retry failures due to radio problems in relation to all outgoing external directed retry attempts.

GDROMAOCR X DR_Out_external_allocated_ROC_rate Rate of outgoing external directed retry failures with reversion to the old channel in relation to all outgoing external directed retry attempts.

GDROMCAN X DR_Out_external_allocated Number of outgoing external directed retry attempts. (Forced & Normal)

GDROMCAO X DR_Out_external_allocated_ratio Ratio of outgoing external directed retry attempts in relation to all outgoing directed retry attempts.

GDROMCAR X DR_Out_external_allocated_rate Rate of outgoing external directed retry attempts. (Forced & Normal)

GDROMEFR X DR_Out_external_efficiency_rate Rate of outgoing external directed retry successes in relation to all outgoing external directed retry attempts.

GDROMFCAN X X DR_Out_forced_external_allocated Number of outgoing forced external directed retry attempts.

GDROMFFLRN X X DR_Out_forced_external_fail_radio Number of outgoing forced external directed retry failures due to radio problems

GDROMFLBN X DR_Out_external_fail_BSS Number of outgoing external directed retry failures due to system problems during the execution phase.

GDROMFLBO X DR_Out_external_fail_BSS_ratio Ratio of outgoing external directed retry failures due to system problems in relation to all outgoing external directed retry failures, during the execution phase.

GDROMFLBR X DR_Out_external_fail_BSS_rate Rate of outgoing external directed retry failures due to system problems during the execution phase.

GDROMFLN X DR_Out_external_fail Number of outgoing external directed retry failures during the execution phase.

GDROMFLR X DR_Out_external_fail_rate Rate of outgoing external directed retry failures during the execution phase.

GDROMFLRN X DR_Out_external_fail_radio Number of outgoing external directed retry failures due to radio problems.

GDROMFLRO X DR_Out_external_fail_radio_ratio Ratio of outgoing external directed retry failures due to radio problems in relation to all outgoing external directed retry failures in execution phase.

GDROMFLRR X DR_Out_external_fail_radio_rate Rate of outgoing external directed retry failures due to radio problems.

GDROMFOCN X X DR_Out_forced_external_ROC Number of outgoing forced external directed retry failures with reversion to the old channel.

GDROMFRQN X X DR_Out_forced_external_request Number of outgoing forced external directed retry requests.

GDROMFSUN X X DR_Out_forced_external_success Number of outgoing forced external directed retry successes.

GDROMNCAN X X DR_Out_normal_external_allocated Number of outgoing normal external directed retry attempts.

GDROMNFLRN X X DR_Out_normal_external_fail_radio Number of outgoing normal external directed retry failures due to radio problems.

GDROMNOCN X X DR_Out_normal_external_ROC Number of outgoing normal external directed retry failures with reversion to the old channel.

GDROMNRQN X X DR_Out_normal_external_request Number of outgoing normal external directed retry requests.


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GDROMNSUN X X DR_Out_normal_external_success Number of outgoing normal external directed retry successes.

GDROMOCN X DR_Out_external_ROC Number of outgoing external directed retry failures with reversion to the old channel.

GDROMOCO X DR_Out_external_ROC_ratio Ratio of outgoing external directed retry failures with reversion to the old channel in relation to all outgoing directed retry failures with reversion to old channel.

GDROMOCR X DR_Out_external_ROC_rate Rate of outgoing external directed retry failures with reversion to the old channel.

GDROMPFN X DR_Out_external_prep_fail Number of outgoing external directed retry failures during preparation phase.

GDROMPFO X DR_Out_external_prep_fail_ratio Ratio of outgoing external directed retry failures during preparation phase .

GDROMPFR X DR_Out_external_prep_fail_rate Rate of outgoing external directed retry failures during preparation phase.

GDROMRQN X X OK DR_Out_external_request Number of RTCH seizure requests during outgoing external directed retry (forced or normal) procedure.

GDROMRQO X DR_Out_external_request_ratio Ratio of RTCH seizure requests during outgoing external directed retry (forced or normal) procedure in relation to all RTCH seizure requests (internal + external).

GDROMSUN X X OK DR_Out_external_success Number of RTCH succesfully seized by the mobile during outgoing external directed retry (forced or normal) procedure.

GDROMSUO X DR_Out_external_success_ratio Ratio of RTCH succesfully seized by the mobile during outgoing external directed retry (forced or normal) procedure in relation to all RTCH succesfully seized (internal + external).

GDROMSUR X DR_Out_external_success_rate Rate of RTCH succesfully seized by the mobile during outgoing external directed retry (forced or normal) procedure.

GDROMUFLBO X DR_Out_external_unsuccess_fail_BSS_ratio

Ratio of outgoing external directed retry failures due to system problems during the execution phase in relation to all outgoing external unsuccessful directed retry.

GDROMUFLO X DR_Out_external_unsuccess_fail_ratio Ratio of outgoing external directed retry failures during the execution phase in relation to all outgoing external unsuccessful directed retry.

GDROMUFLRO X DR_Out_external_unsuccess_fail_radio_ratio

Ratio of outgoing external directed retry failures due to radio problems in relation to all outgoing external unsuccessful directed retry.

GDROMUN X DR_Out_external_unsuccess Number of unsuccessful RTCH seizures during outgoing external directed retry (forced or normal) procedure.

GDROMUO X DR_Out_external_unsuccess_ratio Ratio of unsuccessful RTCH seizures during outgoing external directed retry (forced or normal) procedure in relation to all unsuccessful RTCH seizures (internal + external).

GDROMUOCO X DR_Out_external_unsuccess_ROC_ratio Ratio of outgoing external directed retry failures with reversion to the old channel in relation to all outgoing external unsuccessful directed retry.

GDROMUPFO X DR_Out_external_unsuccess_prep_fail_ratio

Ratio of outgoing external directed retry failures during preparation phase in relation to all outgoing external unsuccessful directed retry.

GDROMUR X DR_Out_external_unsuccess_rate Rate of unsuccessful RTCH seizures during outgoing external directed retry (forced or normal) procedure.

GDRORAFLBR X DR_Out_allocated_fail_BSS_rate Rate of outgoing directed retry failures due to system problems during the execution phase in relation to all outgoing directed retry attempts.

GDRORAFLR X DR_Out_allocated_fail_rate Rate of outgoing directed retry failures during the execution phase in relation to all outgoing directed retry attempts.

GDRORAFLRR X DR_Out_allocated_fail_radio_rate Rate of outgoing directed retry failures due to radio problems in relation to all outgoing directed retry attempts.

GDRORAOCR X DR_Out_allocated_ROC_rate Rate of outgoing directed retry failures with reversion to old channel in relation to all outgoing directed retry attempts.


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GDRORCAN X DR_Out_allocated Number of outgoing directed retry attempts. (external & internal, forced & normal)

GDROREFR X DR_Out_efficiency_rate Rate of outgoing directed retry successes in relation to all outgoing directed retry attempts.

GDRORFLBN X DR_Out_fail_BSS Number of outgoing directed retry failures due to system problems during the execution phase.

GDRORFLBR X DR_Out_fail_BSS_rate Rate of outgoing directed retry failures due to system problems during the execution phase.

GDRORFLN X DR_Out_fail Number of outgoing directed retry failures during the execution phase

GDRORFLR X DR_Out_fail_rate Rate of outgoing directed retry failures during the execution phase.

GDRORFLRN X DR_Out_fail_radio Number of outgoing directed retry failures due to radio problems.

GDRORFLRR X DR_Out_fail_radio_rate Rate of outgoing directed retry failures due to radio problems.

GDROROCN X DR_Out_ROC Number of outgoing directed retry failures with reversion to old channel.

GDROROCR X DR_Out_ROC_rate Rate of outgoing directed retry failures with reversion to old channel.

GDRORPFN X DR_Out_prep_fail Number of outgoing directed retry failures during preparation phase.

GDRORPFR X DR_Out_prep_fail_rate Rate of outgoing directed retry failures during preparation phase.

GDRORRQN X DR_Out_request Number of RTCH seizure requests during outgoing internal and external directed retry (forced or normal) procedure.

GDRORSUCN X X DR_Out_pci_success Number of RTCH requests with preemption ability (pci=1) successfully seized during outgoing directed retry.

GDRORSUCO X DR_Out_pci_success_ratio Ratio of RTCH requests with preemption ability (pci=1) successfully seized over all successful RTCH seizures, during outgoing directed retry.

GDRORSUN X DR_Out_success Number of RTCH succesfully seized by the mobile during outgoing internal and external directed retry (forced or normal) procedure.

GDRORSUNCN X DR_Out_no_pci_success Number of RTCH requests without preemption ability (pci=0) successfully seized during outgoing directed retry.

GDRORSUNCO X DR_Out_no_pci_success_ratio Ratio of RTCH requests without preemption ability (pci=0) successfully seized over all successful RTCH seizures, during outgoing directed retry.

GDRORSUR X DR_Out_success_rate Rate of RTCH succesfully seized by the mobile during outgoing internal and external directed retry (forced or normal) procedure.

GDRORUFLBO X DR_Out_unsuccess_fail_BSS_ratio Ratio of outgoing directed retry failures due to system problems during the execution phase in relation to all outgoing unsuccessful directed retry.

GDRORUFLO X DR_Out_unsuccess_fail_ratio Ratio of outgoing directed retry failures during the execution phase in relation to all outgoing unsuccessful directed retry.

GDRORUFLRO X DR_Out_unsuccess_fail_radio_ratio Ratio of outgoing directed retry failures due to radio problems in relation to all outgoing unsuccessful directed retry.

GDRORUN X DR_Out_unsuccess Number of unsuccessful RTCH seizures (preparation and execution failures + congestion) during incoming internal and external directed retry (forced or normal) procedure.

GDRORUOCO X DR_Out_unsuccess_ROC_ratio Ratio of outgoing directed retry failures with reversion to old channel in relation to all outgoing unsuccessful directed retry.

GDRORUPFO X DR_Out_unsuccess_prep_fail_ratio Ratio of outgoing directed retry failures during preparation phase in relation to all outgoing unsuccessful directed retry.

GDRORUR X DR_Out_unsuccess_rate Rate of unsuccessful RTCH seizures (preparation and execution failures + congestion) during incoming internal and external directed retry (forced or normal) procedure.

GDYAHCASAN X X SDCCH_dynamic_allocated_nb_avg Average number of busy SDCCH subchannels allocated on the dynamic SDCCH/8 timeslots at any hour.


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GDYAHCASAR X X SDCCH_dynamic_allocated_nb_avg_rate

Average rate of busy SDCCH subchannels allocated on the dynamic SDCCH/8 timeslots at any hour.

GDYAHCASMN X X OK

SDCCH_dynamic_allocated_nb Maximum number of busy SDCCH subchannels allocated on the dynamic SDCCH/8 timeslots at any hour.

GDYAHCATAN X X RTCH_dynamic_allocated_nb_avg Average number of busy dynamic SDCCH/8 timeslots allocated as TCH (FR or HR) at any hour.

GDYAHCATAR X X RTCH_dynamic_allocated_nb_avg_rate Average rate of busy dynamic SDCCH/8 timeslots allocated as TCH (FR or HR) at any hour.

GDYAHCATMN X X RTCH_dynamic_allocated_nb_max Maximum number of busy dynamic SDCCH/8 timeslots allocated as TCH (FR or HR) at any hour.

GDYAVAN X X Dynamic_TS_available_nb_avg Average number of available dynamic SDCCH/8 timeslots at any hour. -"Available" has here to be understood as the operational state of a timeslot. The timeslot is available if it is not "blocked" or "out of service"

GDYAVAR X X Dynamic_TS_available_nb_avg_rate Average rate of available dynamic SDCCH/8 timeslots at any hour. -"Available" has here to be understood as the operational state of a timeslot. The timeslot is available if it is not "blocked" or "out of service"

GDYRRN X X Dynamic_TS_nb_avg Number of configured dynamic SDCCH/8 timeslots at any hour.

GDYUVAN X X Dynamic_TS_unavailable_nb_avg Average number of unavailable dynamic SDCCH/8 timeslots at any hour. - "Unavailable" has here to be understood as the operational state of a timeslot. The timeslot is unavailable if it is "blocked" or "out of service"

GDYUVAR X X Dynamic_TS_unavailable_nb_avg_rate Average rate of unavailable dynamic SDCCH/8 timeslots at any hour. - "Unavailable" has here to be understood as the operational state of a timeslot. The timeslot is unavailable if it is "blocked" or "out of service"

GGHOOPRDGO X RTCH_HO_Out_2G_2G_InterPLMN_required_ratio

Ratio of outgoing inter PLMN TCH handovers required to outgoing intra-PLMN and inter-PLMN TCH HO required.. This indicator takes into account the directed retry.

GGPSRFLN X X Suspend_Resume_fail Number of suspend/resume procedure failures GGPSRFLR X X Suspend_Resume_fail_rate Rate of suspend/resume failures GGPSRRQN X X Suspend_Resume_request Number of suspend requests GGPSRSTN X X Suspend_Resume_stop Number of suspend/resume stops GGPSRSTR X X Suspend_Resume_stop_rate Rate of suspend/resume stops GGPSRSUN X X Suspend_Resume_success Number of suspensions successes GGPSRSUR X X Suspend_Resume_success_rate Rate of suspend/resume successes GGQSCDBTR X GGQSCDBTR To be completed GHCBCPN X X CHO_general_capture Number of handover attempts with cause 24:

General Capture GHCBCPO X CHO_BC_general_capture_ratio Ratio of handover attempts on cause 24: General

Capture GHCBCPR X CHO_general_capture_rate Rate of handover attempts with cause 24: General

Capture GHCBN X CHO_better_condition Number of handover attempts with a 'better

condition' cause : 'power budget', 'high level in neighbour lower layer or indoor layer cell', 'outer zone uplink and downlink level too high', 'high level in neighbour cell in the preferred band', 'general capture', 'traffic handover' and 'ReturnCSZone'.

GHCBR X CHO_better_condition_rate Rate of handover attempts with a 'better condition' cause : 'power budget', 'high level in neighbour lower layer or indoor layer cell', 'outer zone uplink and downlink level too high', 'high level in neighbour cell in the preferred band', 'general capture' and 'traffic handover'.


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GHCCCBCPN X X CHO_CC_Out_zone_lev Number of handover attempts with cause 'outer zone uplink and downlink level too high'

GHCCCBCPO X CHO_BC_Out_zone_lev_ratio Ratio of handover attempts with a 'outer zone uplink and downlink level too high' cause in relation to all handovers attempts with 'better condition' cause

GHCCCBCPR X CHO_CC_Out_zone_lev_rate Rate of handover attempts with cause 'outer zone uplink and downlink level too high'.

GHCCCELVDN X X CHO_CC_inn_zone_DL_lev Number of handover attempts with cause 'inner zone downlink level too low'

GHCCCELVDO X CHO_CC_inn_zone_DL_level_ratio Ratio of handover attempts with cause 'inner zone downlink level too low' in relation to all handover attempts with 'inner zone level too low' causes (uplink+ downlink)

GHCCCELVDR X CHO_CC_inn_zone_DL_lev_rate Rate of handover attempts with cause 'inner zone downlink level too low'

GHCCCELVN X CHO_CC_inn_zone_lev Number of handover attempts with cause 'inner zone level too low' (uplink+ downlink)

GHCCCELVO X CHO_EM_inn_zone_lev_ratio Ratio of handover attempts with cause 'inner zone level too low' (uplink+downlink) in relation to all handover attempts with 'emergency' causes

GHCCCELVR X CHO_CC_inn_zone_lev_rate Rate of handover attempts with cause 'inner zone level too low' (uplink+ downlink)

GHCCCELVUN X X CHO_CC_inn_zone_UL_lev Number of handover attempts with cause 'inner zone uplink level too low'

GHCCCELVUO X CHO_CC_inn_zone_UL_level_ratio Ratio of handover attempts with cause 'inner zone uplink level too low' in relation to handover attempts with all 'inner zone level too low' causes (uplink+ downlink)

GHCCCELVUR X CHO_CC_inn_zone_UL_lev_rate Rate of handover attempts with cause 'inner zone uplink level too low'

GHCCCN X X CHO_concentric_cell Number of handover attempts with concentric cell cause : inner zone downlink level too low, inner zone uplink level too low, outer zone uplink and downlink level too high.

GHCCCR X X CHO_concentric_cell_rate Rate of handover attempts with concentric cell cause : inner zone downlink level too low, inner zone uplink level too low, outer zone uplink and downlink level too high.

GHCEN X CHO_EM Number of handover attempts with an 'emergency' cause : level too low, quality too low, high interference, inner zone level too low, MS-BTS distance too long, distance too short, MSC invocation.

GHCER X CHO_EM_rate Rate of handover attempts with an 'emergency' cause :: level too low, quality too low, high interference, inner zone level too low, MS-BTS distance too long, distance too short, MSC invocation.

GHCESN X CHO_EM_standard Number of handover attempts with an 'emergency' standard cause : quality too low, level too low, high interference, MS-BTS distance too long.

GHCESR X CHO_EM_standard_rate Rate of handovers attempts witn an 'emergency' standard cause : quality too low, level too low, high interference, MS-BTS distance too long over handover attempts with a 'standard' cause : Power Budget, quality too low, level too low, high interference, MS-BTS distance too long.

GHCMBBCPBO X CHO_BC_preferred_band_ratio Ratio of handover attempts with cause 'high level in neighbor cell in the preferred band' in relation to all handovers attempts with 'better condition' causes.

GHCMBBCPMO X CHO_MB_capture_per_MS Number of handover attempts with cause 'high level in neighbour cell in the preferred band' (capture) per multiband MS access

GHCMBBCPN X X CHO_MB_preferred_band Number of handover attempts with cause 'high level in neighbour cell in the preferred band'

GHCMBBCPR X CHO_MB_preferred_band_rate Rate of handover attempts with cause 'high level in neighbour cell in the preferred band' in relation to all handover attempts

GHCMCBCPBO X CHO_BC_neigh_ovld_high_ratio Ratio of handover attempts with cause 'high level in neighbour lower layer cell or indoor layer cell' in relation to all handovers attempts with 'better


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condition' causes

GHCMCBCPMO X CHO_MC_neigh_ovld_high_ratio Ratio of handover attempts with cause 'high level in neighbor lower layer cell or indoor layer cell' in relation to all 'lower layer cell or indoor layer cell' handover attempts

GHCMCBCPN X X CHO_MC_neigh_ovld_high Number of handover attempts with cause 'high level in neighbour lower layer cell or indoor layer cell'

GHCMCBCPR X CHO_MC_neigh_ovld_high_rate Rate of handover attempts with cause 'high level in neighbor lower layer cell or indoor layer cell'

GHCMCEBSN X X CHO_MC_bad_SACCH Number of handover attempts with cause 'consecutive bad SACCH received on lower layer cell or indoor layer cell'

GHCMCEBSO X CHO_MC_bad_SACCH_ratio Ratio of handover attempts with cause 'consecutive bad SACCH received on lower layer cell or indoor layer cell' in relation to all 'lower layer cell or indoor layer cell' handover attempts

GHCMCEBSR X CHO_MC_bad_SACCH_rate Rate of handover attempts with cause 'consecutive bad SACCH received on lower layer cell or indoor layer cell'

GHCMCELVDN X X CHO_MC_DL_high Number of handover attempts with cause 'level downlink lower layer cell or indoor layer cell - high threshold'

GHCMCELVDO X CHO_MC_DL_high_ratio Ratio of handover attempts with cause 'level downlink lower layer cell or indoor layer cell - high threshold' to all handover attempts with cause 'level uplink + downlink lower layer cell or indoor layer cell - high threshold'

GHCMCELVDR X CHO_MC_DL_high_rate Rate of handover attempts with cause 'level downlink lower layer cell or indoor layer cell - high threshold'

GHCMCELVN X CHO_MC_high Number of handover attempts with cause 'level lower layer cell or indoor layer cell - high threshold' (uplink + downlink)

GHCMCELVO X CHO_MC_high_ratio Ratio of handover attempts with cause level lower layer cell or indoor layer cell high threshold (uplink + downlink) in relation to all handovers attempts with a 'lower layer cell or indoor layer cell' cause.

GHCMCELVR X CHO_MC_high_rate Rate of handover attempts with cause 'level lower layer cell or indoor layer cell high threshold (uplink + downlink)'

GHCMCELVUN X X CHO_MC_UL_high Number of handovers attempts with cause 'level uplink lower layer cell or indoor layer cell - high threshold'

GHCMCELVUO X CHO_MC_UL_high_ratio Ratio of handover attempts with cause 'level uplink lower layer cell or indoor layer cell - high threshold' in relation to all handover attempts with cause ' level uplink + downlink lower layer cell or indoor layer cell - high threshold'

GHCMCELVUR X CHO_MC_UL_high_rate Rate of handover attempts with cause 'level uplink lower layer cell or indoor layer cell - high threshold'

GHCMCEN X CHO_EM_micro_cell Number of lower layer cell or indoor layer cell handover attempts with an 'emergency' cause : consecutive bad SACCH received on lower layer cell or indoor layer cell, level lower layer cell or indoor layer cell high threshold.

GHCMCEO X CHO_EM_micro_cell_ratio Ratio of lower layer cell or indoor layer cell handover attempts with an 'emergency' cause (consecutive bad SACCH received on lower layer cell or indoor layer cell and level lower layer cell or indoor layer cell - high threshold) in relation to all handover attempts with 'emergency' causes.

GHCMCN X X CHO_micro_cell Number of handover attempts with lower layer cell or indoor layer cell cause : consecutive bad SACCH received on lower layer cell or indoor layer cell, 'level lower layer cell or indoor layer cell - high threshold' (uplink + downlink), high level in neighbour lower layer cell or indoor layer cell.


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GHCMCR X X CHO_micro_cell_rate Rate of handover attempts with lower layer cell or indoor layer cell cause : consecutive bad SACCH received on lower layer cell or indoor layer cell,'level lower layer cell or indoor layer cell - high threshold' (uplink + downlink), high level in neighbour lower layer cell or indoor layer cell.

GHCN X X CHO_all Number of handover attempts. GHCNTBDRN X X CHO_all_and_DR_forced Number of HO alarm (all causes) (TCH+SDCCH+on

Forced Directed Retry). GHCRCARAN X X HO_Cell_Return_Cs_Zone_allocated Number of handover intracell attempts-with cause

30: "HO_cause30_ReturnCsZone" GHCRCARPFN X HO_Cell_Return_Cs_Zone_prep_fail Number of handover intracell -with cause 30:

"HO_cause30_ReturnCsZone" failures during preparation phase.

GHCRCARPFR X HO_Cell_Return_Cs_Zone_prep_fail_rate

Rate of handover intracell -with cause 30: "HO_cause30_ReturnCsZone" failures during preparation phase.

GHCRCARPSR X HO_Cell_Return_Cs_Zone_allocated_rate

Rate of handover intracell with cause 30: "HO_cause30_ReturnCsZone" successes during preparation phase.

GHCRCARRN X X OK HO_Cell_Return_Cs_Zone_request Number of handover intracell -with cause 30: "HO_cause30_ReturnCsZone" .

GHCRCARRO X HO_Cell_Return_Cs_Zone_request_ratio TBDdsgdfghgfh GHCRCARRR X X OK HO_Cell_Return_Cs_Zone_rate Rate of HO with cause 30: "Whenever the BSC

detects that a TCH needs to be moved from PS zone to CS zone" .

GHCSN X CHO_all_standard Number of handover attempts with a standard cause : Power Budget, quality too low, level too low, high interference, MS-BTS distance too long.

GHCSTAMFN X X CHO_AMR_GoodQualFR Number of handover intracell attemps -with cause 27: " FR to HR channel adaptation due to good radio quality " on a TCH channel.

GHCSTAMFR X X CHO_AMR_GoodQualFR_rate Rate of handover attempts with cause 27 : " FR to HR channel adaptation due to good radio quality " on a TCH channel.

GHCSTAMHN X X CHO_AMR_BadQualHR Number of handover intracell attemps - with cause 26: " HR to FR channel adaptation due to bad radio quality " on a TCH channel.

GHCSTAMHR X X CHO_AMR_BadQualHR_rate Rate of HO attempts with cause 26: " HR to FR channel adaptation due to bad radio quality " on a TCH channel.

GHCSTAMR X X CHO_AMR_rate Rate of HO attempts with - causes 26 : " HR to FR channel adaptation due to bad radio quality " - cause 27 : " FR to HR channel adaptation due to good radio quality ".

GHCSTBAMN X X CHO_AMR Number of handover attempts with - cause 26 :" HR to FR channel adaptation due to bad radio quality " - cause 27 : " FR to HR channel adaptation due to good radio quality ".

GHCSTBCSN X X OK CHO_Out_better_condition Number of outgoing external and internal intercell TCH handover attempts with better condition causes : "too low power budget" (12), "high level in neighbour cell in the preferred band" (21) and "high level in the neighbour lower layer cell or indoor layer cell" (14), (= C725). Note : Available only if the type 26 is activated at the OMCR.


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GHCSTBCSR X CHO_Out_better_condition_rate Rate of outgoing external and internal intercell TCH handover attempts with better condition causes : "too low power budget" (12), "high level in neighbour cell in the preferred band" (21) and "high level in the neighbour lower layer cell or indoor layer cell" (14). Note : Available only if the type 26 is activated at the OMCR.

GHCSTBDRN X X CHO_DR_forced Number of handover attempts with cause 'forced directed retry'

GHCSTBDRO X CHO_BC_DR_forced_ratio Ratio of handover attempts with cause 'forced directed retry' in relation to all handovers attempts with a 'better condition' cause

GHCSTBDRR X CHO_DR_forced_rate Rate of handover attempts with cause 'forced directed retry' over the total amount of handover attempts

GHCSTBPBN X X CHO_better_cell Number of handover attempts with cause 'power budget evaluation'

GHCSTBPBO X CHO_BC_better_cell_ratio Ratio of handover attempts with a 'power budget evaluation' cause in relation to all handovers attempts with 'better condition' cause

GHCSTBPBR X X CHO_better_cell_rate Rate of handover attempts with cause 'power budget evaluation'

GHCSTBPBSR X CHO_better_cell_standard_rate Rate of handover attempts with 'Power Budget' cause over handover attempts with a 'standard' cause : Power Budget, quality too low, level too low, high interference, MS-BTS distance too long.

GHCSTBTFN X X CHO_TFO Number of handover attempts on cause 29 : 'TFO mismatch resolution, TFO optimisation'.

GHCSTBTFR X X CHO_TFO_rate Rate of handover attempts on cause 29 : 'TFO mismatch resolution, TFO optimisation'.

GHCSTBTRFN X X CHO_Fast_Traffic_HO Number of handover attempts with cause 28 : "Fast Traffic Handover".

GHCSTBTRFR X X CHO_Fast_Traffic_HO_rate Rate of handover attempts with cause 28 : " Fast Traffic Handover ".

GHCSTBTRN X X CHO_traffic Number of handover attempts on cause 23: Traffic Handover

GHCSTBTRO X CHO_BC_traffic_ratio Ratio of handover attempts on cause 23: "Traffic Handover" in relation to all better condition handovers attempts.

GHCSTBTRR X CHO_traffic_rate Rate of HO attempts on cause 23: Traffic Handover GHCSTDRSN X X OK CHO_Out_DR Number of outgoing external and internal intercell

TCH handover attempts with forced DR cause, (= C728). Note : Available only if the type 26 is activated at the OMCR.

GHCSTDRSR X CHO_Out_DR_rate Rate of outgoing external and internal intercell TCH handover attempts with forced DR cause. Note : Available only if the type 26 is activated at the OMCR.

GHCSTDRTN X X OK CHO_Inc_DR Number of incoming 2G to 2G external and internal inter-cell TCH handover attempts with forced Directed retry cause(= C738). Note :


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Available only if the type 27 is activated at the OMCR.

GHCSTDRTR X CHO_Inc_DR_rate Rate of incoming 2G to 2G external and internal inter-cell TCH handover attempts with forced Directed retry cause. Note : Available only if the type 27 is activated at the OMCR.

GHCSTEDIN X X CHO_dist Number of handover attempts with cause 'MS-BTS distance too long'

GHCSTEDIO X CHO_EM_dist_ratio Ratio of handover attempts with cause 'MS-BTS distance too long' in relation to all emergency handover attempts

GHCSTEDIR X X CHO_dist_rate Rate of handover attempts with cause 'MS-BTS distance too long'

GHCSTEDISR X CHO_dist_standard_rate Rate of handover attempts with "MS-BTS distance too long" cause over all handover attempts with a standard cause : power budget, quality too low, level too low, hidgh interference, MS-BTS distance too long.

GHCSTEDMN X X CHO_dist_and_MSC_inv Number of handover attempts with cause 'MS-BTS distance too long' and 'MSC invocation'

GHCSTEDMR X X CHO_dist_and_MSC_inv_rate Rate of handover attempts with cause 'MS-BTS distance too long' and 'MSC invocation'

GHCSTEIFDN X X CHO_DL_interference Number of handover attempts with cause 'high interference on downlink'

GHCSTEIFDO X CHO_DL_interference_ratio Ratio of handover attempts with cause 'high interference on downlink' in relation to all handover attempts with 'high interference' causes (uplink + downlink)

GHCSTEIFDR X X CHO_DL_interference_rate Rate of handover attempts with cause 'high interference on downlink'

GHCSTEIFDSR X CHO_DL_interference_standard_rate Rate of handover attempts with cause 'high downlink interference' over handover attempts with a 'standard' cause : Power Budget, quality too low, level too low, high interference, MS-BTS distance too long.

GHCSTEIFN X X CHO_interference Number of handover attempts with cause 'high interference' (uplink+ downlink)

GHCSTEIFO X CHO_EM_interference_ratio Ratio of handover attempts with cause 'high interference' (uplink+downlink) in relation to all handovers attempts with 'emergency' causes

GHCSTEIFR X X CHO_interference_rate Rate of handover attempts with cause 'high interference' (uplink+ downlink)

GHCSTEIFSR X CHO_interference_standard_rate Rate of handover attempts with cause 'high interference' over all handover attempts with a 'standard' cause : Power Budget, quality too low, level too low, high interference, MS-BTS distance too long.

GHCSTEIFUN X X CHO_UL_interference Number of handover attempts with cause 'high interference on uplink'

GHCSTEIFUO X CHO_UL_interference_ratio Ratio of handover attempts with cause 'high interference on uplink' in relation to all handover attempts with 'high interference' causes (uplink + downlink)

GHCSTEIFUR X X CHO_UL_interference_rate Rate of handover attempts with cause 'high interference on uplink'

GHCSTEIFUSR X CHO_UL_interference_standard_rate Rate of handover attempts with cause 'high uplink interference' over handover attempts with a 'standard' cause : Power Budget, quality too low, level too low, high interference, MS-BTS distance too long.

GHCSTELVDN X X CHO_DL_level Number of handover attempts with cause 'downlink


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level too low' GHCSTELVDO X CHO_DL_level_ratio Ratio of handover attempts with cause 'downlink

level too low' in relation to all handover attempts with 'level too low' causes (uplink + downlink)

GHCSTELVDR X X CHO_DL_level_rate Rate of handover attempts with cause 'downlink level too low'

GHCSTELVDSR X CHO_DL_level_standard_rate Rate of handover attempts with cause 'downlink level too low' over handover attempts with a 'standard' cause : Power Budget, quality too low, level too low, high interference, MS-BTS distance too long.

GHCSTELVN X X CHO_level Number of handover attempts with cause 'level too low' (uplink+ downlink)

GHCSTELVO X CHO_EM_level_ratio Ratio of handover attempts with cause 'level too low' (uplink+downlink) in relation to all handovers attempts with 'emergency' causes

GHCSTELVR X X CHO_level_rate Rate of handover attempts with cause 'level too low' (uplink + downlink)

GHCSTELVSR X CHO_level_standard_rate Rate of handover attempts with cause 'level too low' over all handover attempts with a 'standard' cause : Power Budget, quality too low, level too low, high interference, MS-BTS distance too long.

GHCSTELVUN X X CHO_UL_level Number of handover attempts with cause 'uplink level too low'

GHCSTELVUO X CHO_UL_level_ratio Ratio of handover attempts with cause 'uplink level too low' in relation to all ahndover attempts with 'level too low' causes (uplink + downlink)

GHCSTELVUR X X CHO_UL_level_rate Rate of handover attempts with cause 'uplink level too low'

GHCSTELVUSR X CHO_UL_level_standard_rate Rate of handover attempts with cause 'uplink level too low' over handover attempts with a 'standard' cause : Power Budget, quality too low, level too low, high interference, MS-BTS distance too long.

GHCSTEMIN X X OK CHO_MSC_inv Number of handover attempts with cause 'MSC invocation' Note: This indicator counts both inter-PLMN and intra-PLMN handover events and doesnt count handover to 3G.

GHCSTEMIO X CHO_EM_MSC_inv_ratio Ratio of handover attempts with cause 'MSC invocation' in relation to all emergency handovers attempts

GHCSTEMIR X CHO_MSC_inv_rate Rate of handover attempts with cause 'MSC invocation'

GHCSTEMSN X X OK CHO_Out_EM Number of outgoing external and internal intercell TCH handover attempts with emergency causes : "quality too low" (2+3), "level too low" (4+5), "distance too low or short" (6+22), "consecutive bad SACCH received on lower layer cell or indoor layer cell" (7) and "too low level in a lower layer cell or indoor layer cell compared to a high threshold" (17+18), (= C724). Note : Available only if the type 26 is activated at the OMCR.

GHCSTEMSR X CHO_Out_EM_rate Rate of outgoing external and internal intercell TCH handover attempts with emergency cause : "quality too low" (2+3), "level too low" (4+5), "distance too low or short" (6+22), "consecutive bad SACCH received on lower layer cell or indoor layer cell" (7) and "too low level in a lower layer cell or indoor layer cell compared to a high threshold" (17+18). Note :


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GHCSTEMTN X X CHO_Inc_EM Number of incoming 2G to 2G external and internal intercell TCH handover attempts with emergency causes : "quality too low" (2+3), "level too low" (4+5), "distance too low or short" (6+22), "consecutive bad SACCH received on lower layer cell or indoor layer cell" (7) and "too low level in a lower layer cell or indoor layer cell compared to a high threshold" (17+18), (= C734). Note : Available only if the type 27 is activated at the OMCR.

GHCSTEMTR X CHO_Inc_EM_rate Rate of incoming 2G to 2G external and internal intercell handover attempts with emergency causes : "quality too low" (2+3), "level too low" (4+5), "distance too low or short" (6+22), "consecutive bad SACCH received on lower layer cell or indoor layer cell" (7) and "too low level in a lower layer cell or indoor layer cell compared to a high threshold" (17+18). Note: Available only if the type 27 is activated at the OMCR.

GHCSTEQLDN X X CHO_DL_quality Number of handover attempts with cause 'downlink quality too low'

GHCSTEQLDO X CHO_DL_quality_ratio Ratio of handover attempts with cause 'downlink quality too low' in relation to all handover attempts with 'quality too low' causes (uplink + downlink)

GHCSTEQLDR X X CHO_DL_quality_rate Rate of handover attempts with cause 'downlink quality too low'

GHCSTEQLDSR X CHO_DL_quality_standard_rate Rate of handover attempts with cause 'downlink quality too low' over handover attempts with a 'standard' cause : Power Budget, quality too low, level too low, high interference, MS-BTS distance too long.

GHCSTEQLN X X CHO_quality Number of handover attempts with cause 'quality too low' (uplink+ downlink)

GHCSTEQLO X CHO_EM_quality_ratio Ratio of handover attempts with cause 'quality too low' (uplink+downlink) in relation to all handover attempts with 'emergency' causes

GHCSTEQLR X X CHO_quality_rate Rate of handover attempts with cause 'quality too low' (uplink+ downlink)

GHCSTEQLSR X CHO_quality_standard_rate Rate of handover attempts with cause 'quality too low' over all handover attempts with a 'standard' cause : Power Budget, quality too low, level too low, high interference, MS-BTS distance too long.

GHCSTEQLUN X X CHO_UL_quality Number of handover attempts with cause 'uplink quality too low'

GHCSTEQLUO X CHO_UL_quality_ratio Ratio of handover attempts with cause 'uplink quality too low' in relation to all handovers attempts with a 'quality too low' cause (uplink + downlink)

GHCSTEQLUR X X CHO_UL_quality_rate Rate of handover attempts with cause 'uplink quality too low'

GHCSTEQLUSR X CHO_UL_quality_standard_rate Rate of handover attempts with cause 'uplink quality too low' over handover attempts with a 'standard' cause : Power Budget, quality too low, level too low,


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high interference, MS-BTS distance too long.

GHCSTESDN X X CHO_too_short_distance Number of handover attempts on cause 22: Too short distance

GHCSTESDO X CHO_EM_too_short_distance_ratio Ratio of handover attempts on cause 22: Too short distance in relation to all handover attempts with an 'emergency' cause.

GHCSTESDR X CHO_too_short_distance_rate Rate of handover attempts on cause 22: Too short distance

GHCSTIN X CHO_Inc_All Number of incoming 2G to 2G external and internal intercell TCH handover attempts with all causes except forced DR. Note : Available only if the type 27 is activated at the OMCR.

GHCSTPBTN X X OK CHO_Inc_better_condition Number of incoming 2G to 2G external and internal intercell TCH handover attempts with better condition causes : "too low power budget" (12), "high level in neighbour cell in the preferred band" (21) and "high level in the neighbour lower layer cell or indoor layer cell" (14), (= C735). Note : Available only if the type 27 is activated at the OMCR.

GHCSTPBTR X CHO_Inc_better_condition_rate Rate of incoming 2G to 2G external and internal intercell TCH handover attempts with better condition causes : "too low power budget" (12), "high level in neighbour cell in the preferred band" (21) and "high level in the neighbour lower layer cell or indoor layer cell" (14). Note : Available only if the type 27 is activated at the OMCR.

GHCSTSN X CHO_Out_All Number of outgoing external and internal intercell TCH handover attempts with better condition (12, 21,14), emergency (2, 3, 4, 5, 6, 22, 7, 17, 18) and traffic (23, 24, 28) causes. Note : Available only if the type 26 is activated at the OMCR.

GHCSTTN X X OK CHO_Inc_other Number of incoming external and internal intercell TCH handover attempts with missing, unknown or other causes different from better condition, emergency, directed retry or traffic causes, (= C753). Note : Available only if the type 27 is activated at the OMCR.


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GHCSTTR X CHO_Inc_other_rate Rate of incoming external and internal intercell TCH handover attempts with missing, unknown or other cause different from better condition, emergency, directed retry or traffic causes. Note : Available only if the type 27 is activated at the OMCR.

GHCSTTRSN X X OK CHO_Out_traffic Number of outgoing external and internal intercell TCH handover attempts with traffic causes : "traffic" (23), "fast traffic HO" (28) and "general capture" (24), (= C727). Note : Available only if the type 26 is activated at the OMCR.

GHCSTTRSR X CHO_Out_traffic_rate Rate of outgoing external and internal intercell TCH handover attempts with traffic causes :"traffic" (23), "fast traffic HO" (28) and "general capture" (24). Note : Available only if the type 26 is activated at the OMCR.

GHCSTTRTN X X OK CHO_Inc_traffic Number of incoming 2G to 2G external and internal intercell TCH handover attempts with traffic causes : "traffic" (23), "fast traffic HO" (28) and "general capture" (24), (= C737). Note : Available only if the type 27 is activated at the OMCR.

GHCSTTRTR X CHO_Inc_traffic_rate Rate of incoming 2G to 2G external and internal intercell handover attempts with traffic causes : "traffic" (23), "fast traffic HO" (28) and "general capture" (24). Note : Available only if the type 27 is activated at the OMCR.

GHOCLACDBR X HO_Cell_allocated_drop_BSS_rate Rate of intracell SDCCH/RTCH handover executions failures (counted as drops) because of system problem compared to intracell SDCCH/RTCH handover requests allocated.

GHOCLACDR X HO_Cell_allocated_drop_rate Rate of dropped calls because of system and radio problems during intracell SDCCH/RTCH handover (execution phase) compared to all intracell SDCCH/RTCH handover requests successfully allocated.

GHOCLACDRR X HO_Cell_allocated_drop_radio_rate Rate of unsuccessful SDCCH/RTCH seizures because of radio problem compared to all SDCCH/RTCH allocated during intracell SDCCH/RTCH handover.

GHOCLAOCR X HO_Cell_allocated_ROC_rate Rate of failed intracell SDCCH/RTCH handover with reversion to old channel compared to intracell SDCCH/RTCH handover requests allocated.

GHOCLCAN X X HO_Cell_allocated Number of SDCCH/RTCH allocated during intracell SDCCH/RTCH handover.


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GHOCLCAO X HO_Cell_allocated_ratio Ratio of SDCCH/RTCH allocated during intracell SDCCH/RTCH handover in relation to all SDCCH/RTCH allocated during incoming intracell, internal intercell and external SDCCH/RTCH handover.

GHOCLCAR X HO_Cell_allocated_rate Rate of SDCCH and RTCH allocated during intracell SDCCH/RTCH handover.

GHOCLCDBN X X OK HO_Cell_drop_BSS Number of intracell SDCCH/RTCH handover execution failures because of system problem. According to the progress in the procedure, call may be dropped or not. It will nevertheless be counted as dropped.

GHOCLCDBO X HO_Cell_drop_BSS_ratio Ratio of unsuccessful SDCCH/RTCH seizures (counted as dropped) because of system problem in relation to unsuccessful SDCCH/RTCH seizures due to radio and system problems during intracell SDCCH/ RTCH handovers (execution phase).

GHOCLCDBR X HO_Cell_drop_BSS_rate Rate of intracell SDCCH/RTCH handover executions failures (counted as dropped) because of system problem.

GHOCLCDN X X HO_Cell_drop Number of dropped calls during intracell SDCCH/RTCH handover (execution phase) because of system and radio problem.

GHOCLCDR X X OK HO_Cell_drop_rate Rate of dropped call during intracell SDCCH/RTCH handover (execution phase) because of system and radio problem.

GHOCLCDRN X X OK HO_Cell_drop_radio Number of dropped calls during intracell SDCCH/RTCH handover (execution phase) because of radio problem.

GHOCLCDRO X HO_Cell_drop_radio_ratio Ratio of unsuccessful SDCCH/RTCH seizures because of radio problem in relation to all unsuccessful SDCCH/RTCH seizures due to (radio + system ) problems during intracell SDCCH/RTCH handovers (execution phase).

GHOCLCDRR X HO_Cell_drop_radio_rate Rate of dropped calls during intracell SDCCH/RTCH handover (execution phase) because of radio problem.

GHOCLCGN X X OK HO_Cell_cong Number of intracell SDCCH/RTCH handovers failed because of congestion on Air interface.

GHOCLCGR X OK HO_Cell_cong_rate Rate of intracell SDCCH/RTCH handover failed because of congestion on Air interface.

GHOCLEFR X HO_Cell_efficiency_rate Rate of SDCCH/RTCH succesfully seized compared to all SDCCH/RTCH allocated during intracell SDCCH/RTCH handover.

GHOCLGR X HO_Out_2G_2G_Cell_rate Rate of intracell SDCCH/RTCH handover requests over the total amount of outgoing SDCCH/RTCH handover (intracell+internal intercell+external) requests. Only 2G 2G HO are counted.

GHOCLOCN X X HO_Cell_ROC Number of failed intracell SDCCH/RTCH handover with reversion to old channel.

GHOCLOCR X X HO_Cell_ROC_rate Rate of failed intracell SDCCH/RTCH handover with reversion to old channel.

GHOCLPFN X OK HO_Cell_prep_fail Number of intracell SDCCH/RTCH handovers failed because of system problem during preparation phase.

GHOCLPFR X X HO_Cell_prep_fail_rate Rate of intracell SDCCH/RTCH handovers failed because of system problem during preparation phase.

GHOCLRQN X X OK HO_Cell_request Number of SDCCH/RTCH requests during intracell SDCCH/RTCH handover.

GHOCLRQO X HO_Cell_request_ratio Ratio of SDCCH/RTCH requests during intracell SDCCH/RTCH handover in relation to all SDCCH/RTCH requests during incoming intracell, internal intercell and external SDCCH/RTCH handover.

GHOCLSCGN X X SDCCH_HO_Cell_cong Number of non-trigered intracell HO due to congestion SDCCH.

GHOCLSUN X X OK HO_Cell_success Number of SDCCH/RTCH succesfully seized during intracell SDCCH/RTCH handover.

GHOCLSUO X HO_Cell_success_ratio Ratio of SDCCH/RTCH succesfully seized during intracell SDCCH/RTCH handover in relation to all


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SDCCH/RTCH succesfully seized during incoming intracell, internal intercell and external handover.

GHOCLSUR X X OK HO_Cell_success_rate Rate of SDCCH/RTCH succesfully seized during intracell SDCCH/RTCH handover.

GHOCLTCGN X X TCH_HO_Cell_cong Number of intra-cell TCH (in HR or FR usage) handover -preparation failures due to congestion. This counter takes into account handovers from TCH in traffic or in signaling mode. It does not take into account DTM Assignments.

GHOCLUCDBO X HO_Cell_unsuccess_drop_BSS_ratio Ratio of intracell SDCCH/RTCH handover execution failures (counted as drops) because of system problem in relation to all unsuccessful SDCCH/RTCH seizures (preparation failures + congestion + reversion to old channel + drop).

GHOCLUCDO X HO_Cell_unsuccess_drop_ratio Ratio of unsuccessful SDCCH/RTCH seizures because of radio and system problems in relation to all unsuccessful RTCH seizures (preparation failures + congestion + reversion to old channel + drop) during intracell SDCCH/RTCH handover.

GHOCLUCDRO X HO_Cell_unsuccess_drop_radio_ratio Ratio of unsuccessful SDCCH/RTCH seizures because of radio problem in relation to all unsuccessful SDCCH/RTCH seizures (preparation failures + congestion + reversion to old channel + drop) during intracell SDCCH/RTCH handover.

GHOCLUCGO X HO_Cell_unsuccess_cong_ratio Ratio of SDCCH/RTCH not allocated because of congestion on Air interface in relation to all unsuccessful SDCCH/RTCH seizures (preparation and execution failures + reversion to old channel + congestion) during intracell SDCCH/RTCH handover.

GHOCLUN X HO_Cell_unsuccess Number of unsuccessful SDCCH/RTCH seizures during intracell SDCCH/RTCH handover (congestion + preparation failures + drop + reversion to old channel).

GHOCLUOCO X HO_Cell_unsuccess_ROC_ratio Ratio of unsuccessful SDCCH/RTCH seizures with reversion to old channel in relation to all unsuccessful SDCCH/RTCH seizures (preparation failures + congestion + reversion to old channel + drop) during intracell SDCCH/TCH handover.

GHOCLUPFO X HO_Cell_unsuccess_prep_fail_ratio Ratio of intracell SDCCH/RTCH handovers failed because of system problem during preparation phase in relation to all unsuccessful intracell SDCCH/RTCH handovers (congestion + preparation and execution failures + reversion to old channel).

GHOCLUR X OK HO_Cell_unsuccess_rate Rate of unsuccessful SDCCH/RTCH seizures during intracell SDCCH/RTCH handover (congestion + preparation failures + drop + reversion to old channel).

GHOIBAFLBR X HO_Inc_BSC_allocated_fail_BSS_rate Rate of internal incoming handovers failed because of system problem in relation to all internal incoming handovers allocated.

GHOIBAFLR X X HO_Inc_BSC_allocated_fail_rate Rate of SDCCH/RTCH seizures failed because of system and radio problems in relation to SDCCH/RTCH allocated during incoming internal intercell SDCCH/RTCH handovers.

GHOIBAFLRR X HO_Inc_BSC_allocated_fail_radio_rate Rate of SDCCH/RTCH seizures failed because of radio problems in relation to SDCCH/RTCH allocated during incoming internal intercell SDCCH/RTCH handovers.

GHOIBCAN X X HO_Inc_BSC_allocated Number of SDCCH/RTCH allocated during incoming internal intercell SDCCH/RTCH handover.

GHOIBCAO X HO_Inc_allocated_BSC_ratio Ratio of SDCCH/RTCH allocated during incoming internal intercell SDCCH/RTCH handovers in relation to all SDCCH/RTCH allocated during incoming SDCCH/RTCH handover (internal intercell and external).

GHOIBCAR X HO_Inc_BSC_allocated_rate Rate of SDCCH/RTCH allocated during incoming internal intercell SDCCH/RTCH handover.

GHOIBCGN X X HO_Inc_BSC_cong Number of incoming internal intercell RTCH/SDCCH handovers failed because of congestion on Air


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interface.

GHOIBCGO X HO_Inc_cong_BSC_ratio Ratio of incoming internal intercell RTCH/SDCCH handovers failed because of congestion on Air interface in relation to all incoming RTCH/SDCCH handovers failed (internal intercell+external) because of congestion on Air interface

GHOIBCGR X X OK HO_Inc_BSC_cong_rate Rate of incoming internal intercell RTCH/SDCCH handovers failed because of congestion on Air interface.

GHOIBEFR X HO_Inc_BSC_efficiency_rate Rate of successful SDCCH/RTCH seizures in relation to SDCCH/RTCH allocated during incoming internal intercell handovers.

GHOIBFLBFO X HO_Inc_BSC_fail_BSS_ratio Ratio of SDCCH/RTCH seizures failed due to system problems in relation to SDCCH/RTCH seizures failed due to system and radio problems during incoming internal intercell SDCCH/RTCH handovers.

GHOIBFLBN X X OK HO_Inc_BSC_fail_BSS Number of incoming internal intercell SDCCH/RTCH handovers failed because of system problems.

GHOIBFLBR X HO_Inc_BSC_fail_BSS_rate Rate of internal incoming internal intercell SDCCH/RTCH handovers failed because of system problems.

GHOIBFLBTO X HO_Inc_fail_BSS_BSC_ratio Ratio of incoming internal intercell SDCCH/RTCH handovers failed because of system problems in relation to all incoming SDCCH/RTCH handovers (internal intercell + external) failed because of system problems.

GHOIBFLN X X HO_Inc_BSC_fail Number of incoming internal intercell SDCCH/RTCH handovers failed because of system and radio problems.

GHOIBFLO X HO_Inc_fail_BSC_ratio Ratio of incoming internal intercell SDCCH/RTCH handovers failed in relation to all incoming SDCCH/RTCH handovers (internal intercell + external) failed, due to system and radio problems.

GHOIBFLR X X OK HO_Inc_BSC_fail_rate Rate of incoming internal intercell SDCCH/RTCH handovers failed because of system and radio problems.

GHOIBFLRFO X HO_Inc_BSC_fail_radio_ratio Ratio of SDCCH/RTCH seizures failed because of radio problems in relation to SDCCH/RTCH seizures failed due to system and radio problems during incoming internal SDCCH/RTCH handovers.

GHOIBFLRN X X OK HO_Inc_BSC_fail_radio Number of incoming internal intercell SDCCH/RTCH handovers failed because of radio problem

GHOIBFLRR X HO_Inc_BSC_fail_radio_rate Rate of incoming internal intercell SDCCH/RTCH handovers failed because of radio problem

GHOIBFLRTO X HO_Inc_fail_radio_BSC_ratio Ratio of incoming internal intercell SDCCH/RTCH handovers failed because of radio problems in relation to all incoming SDCCH/RTCH handovers (internal intercell + external) failed due to radio problems.

GHOIBMCAN X X HO_Inc_BSC_multiband_allocated Number of RTCH allocated during incoming internal TCH handover including a change of the (TCH) frequency band.

GHOIBMCAO X HO_Inc_BSC_multiband_allocated_ratio Ratio of RTCH allocated during incoming internal handovers including a change of the (TCH) frequency band over RTCH allocated during all incoming internal handovers.

GHOIBMEFR X HO_Inc_BSC_multiband_efficiency_rate Rate of incoming internal TCH handover successes including a change of the (TCH) frequency band over all RTCH allocated during incoming internal TCH handovers including a change of the (TCH) frequency band.

GHOIBMSUN X X HO_Inc_BSC_multiband_success Number of incoming internal TCH handover successes including a change of the (TCH) frequency band.

GHOIBMSUO X HO_Inc_BSC_multiband_success_ratio Ratio of incoming internal handover successes including a change of the (TCH) frequency band over all incoming internal handover successes.


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GHOIBPFN X OK HO_Inc_BSC_prep_fail Number of incoming internal intercell SDCCH/RTCH handovers failed because of system problem during preparation phase.

GHOIBPFO X HO_Inc_prep_fail_BSC_ratio Ratio of incoming internal intercell SDCCH/RTCH handovers failed because of system problems during preparation phase in relation to all incoming SDCCH/RTCH handover (internal intercell + external) failed because of system problems during preparation phase.

GHOIBPFR X X HO_Inc_BSC_prep_fail_rate Rate of incoming internal intercell SDCCH/RTCH handovers failed because of system problem during preparation phase.

GHOIBRQN X X OK HO_Inc_BSC_request Number of incoming internal intercell RTCH/SDCCH handover requests

GHOIBRQO X HO_Inc_request_BSC_ratio Ratio of incoming internal intercell SDCCH/RTCH handover requests in relation to all incoming SDCCH/RTCH handover requests (internal intercell +external).

GHOIBSCGN X X HO_Inc_BSC_cong_SDCCH Number of incoming internal SDCCH handover preparation failures due to congestion

GHOIBSUN X X OK HO_Inc_BSC_success Number of successful incoming internal intercell SDCCH/RTCH handover.

GHOIBSUO X HO_Inc_success_BSC_ratio Ratio of incoming internal intercell RTCH/SDCCH handover successes in relation to all incoming RTCH/SDCCH handover successes (internal intercell +external).

GHOIBSUR X X OK OK HO_Inc_BSC_success_rate Rate of successful incoming internal intercell SDCCH/RTCH handovers.

GHOIBTCGN X X HO_Inc_BSC_cong_TCH Number of incoming internal intercell RTCH handover preparation failures due to congestion

GHOIBUCGO X HO_Inc_BSC_unsuccess_cong_ratio Ratio of incoming internal intercell SDCCH/RTCH handovers failed because of congestion on Air interface in relation to all unsuccessful incoming internal intercell SDCCH/RTCH handovers (congestion + failures).

GHOIBUFLBO X HO_Inc_BSC_unsuccess_fail_BSS_ratio Ratio of SDCCH/RTCH seizures failed because of system problem in relation to all unsuccessful SDCCH/RTCH seizures (congestion + failures) during incoming internal intercell SDCCH/RTCH handovers

GHOIBUFLO X HO_Inc_BSC_unsuccess_fail_ratio Ratio of SDCCH/RTCH seizures failed because of system and radio problems in relation to all unsuccessful SDCCH/RTCH seizures (congestion+failures) during incoming internal intercell SDCCH/RTCH handovers.

GHOIBUFLRO X HO_Inc_BSC_unsuccess_fail_radio_ratio

Ratio of SDCCH/RTCH seizures failed because of radio problems in relation to all unsuccessful SDCCH/RTCH seizures (congestion+failures) during incoming internal intercell SDCCH/RTCH handovers.

GHOIBUN X HO_Inc_BSC_unsuccess Number of all unsuccessful incoming internal intercell SDCCH/RTCH handovers (preparation + execution)

GHOIBUO X HO_Inc_BSC_unsuccess_ratio Ratio of unsuccessful incoming internal intercell SDCCH/RTCH handovers in relation to all unsuccessful incoming internal intercell and external SDCCH/RTCH handovers (congestion+failures).

GHOIBUPFO X HO_Inc_BSC_unsuccess_prep_fail_ratio Ratio of SDCCH/RTCH not allocated because of system problems during preparation phase in relation to all unsuccessful SDCCH/RTCH seizures (congestion+failures) during incoming internal intercell SDCCH/RTCH handovers.

GHOIBUR X OK HO_Inc_BSC_unsuccess_rate Rate of unsuccessful incoming internal intercell SDCCH/RTCH handover because of congestion and failures (system + radio).

GHOIMAFLBGR X HO_Inc_MSC_2G_2G_allocated_fail_BSS_rate

Rate of incoming external 2G to 2G SDCCH/TCH handovers failed due to system problems during execution phase over all SDCCH/RTCH allocated during incoming external 2G to 2G SDCCH/TCH handovers.


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GHOIMAFLBR X HO_Inc_MSC_allocated_fail_BSS_rate Rate of SDCCH/RTCH seizures failed because of system problems in relation to all SDCCH/RTCH allocated during incoming external SDCCH/RTCH handovers.

GHOIMAFLBUR X HO_Inc_MSC_3G_2G_allocated_fail_BSS_rate

Rate of incoming external 3G to 2G SDCCH/TCH handovers failed due to system problems during execution phase over all SDCCH/RTCH allocated during incoming external 3G to 2G SDCCH/TCH HO.

GHOIMAFLGR X HO_Inc_MSC_2G_2G_allocated_fail_rate

Rate of incoming external 2G to 2G SDCCH/TCH handovers failures during execution phase (radio and system problems) over all SDCCH/RTCH allocated during incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMAFLR X X HO_Inc_MSC_allocated_fail_rate Rate of SDCCH/RTCH seizures failed because of system and radio problems in relation to all SDCCH/RTCH allocated during incoming external SDCCH/RTCH handovers.

GHOIMAFLRGR X HO_Inc_MSC_2G_2G_allocated_fail_radio_rate

Rate of incoming external 2G to 2G SDCCH/TCH handovers failed due to radio problems during execution phase over all SDCCH/RTCH allocated during incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMAFLRR X HO_Inc_MSC_allocated_fail_radio_rate Rate of SDCCH/RTCH seizures failed because of radio problems in relation to all SDCCH/RTCH allocated during incoming external SDCH/RTCH handovers.

GHOIMAFLRUR X HO_Inc_MSC_3G_2G_allocated_fail_radio_rate

Rate of incoming external 3G to 2G SDCCH/TCH handovers failed due to radio problems during execution phase over all SDCCH/RTCH allocated during incoming external 3G to 2G SDCCH/TCH HO.

GHOIMAFLUR X HO_Inc_MSC_3G_2G_allocated_fail_rate

Rate of incoming external 3G to 2G SDCCH/TCH handovers failures during execution phase (radio + system problems) over all SDCCH/RTCH allocated during incoming external 3G to 2G SDCCH/TCH handovers.

GHOIMAMN X X NOK Mono_HO_evol

HO_Inc_MSC_no_cic_alloc Number of incoming external RTCH handovers failed because of CIC allocation refusal on BSC side

GHOIMAMR X X HO_Inc_MSC_no_cic_alloc_rate Rate of incoming external RTCH handovers failed because of CIC allocation refusal on BSC side

GHOIMCAGN X X HO_Inc_MSC_2G_2G_allocated Number of SDCCH/RTCH allocated during incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMCAGO X HO_Inc_MSC_2G_2G_allocated_ratio Ratio of SDCCH/RTCH allocated during incoming external 2G to 2G SDCCH/TCH handovers over SDCCH/RTCH allocated during all incoming external SDCCH/TCH handovers.

GHOIMCAGR X HO_Inc_MSC_2G_2G_allocated_rate Rate of SDCCH/RTCH allocated during incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMCAN X X HO_Inc_MSC_allocated Number of SDCCH/RTCH allocated during incoming external SDCCH/RTCH handovers.

GHOIMCAO X HO_Inc_allocated_MSC_ratio Ratio of SDCCH/RTCH allocated during incoming external SDCCH/RTCH handovers in relation to SDCCH/RTCH allocated during all incoming SDCCH/RTCH handovers (internal intercell + external).

GHOIMCAR X HO_Inc_MSC_allocated_rate Rate of SDCCH/RTCH allocated during incoming external SDCCH/RTCH handovers

GHOIMCAUN X X HO_Inc_MSC_3G_2G_allocated Number of SDCCH/RTCH allocated during incoming external SDCCH/TCH handovers from a 3G system.

GHOIMCAUO X HO_Inc_MSC_3G_2G_allocated_ratio Ratio of SDCCH/RTCH allocated during incoming external SDCCH/TCH handovers from a 3G system over SDCCH/RTCH allocated during all incoming external SDCCH/TCH handovers.

GHOIMCAUR X HO_Inc_MSC_3G_2G_allocated_rate Rate of SDCCH/RTCH allocated during incoming external SDCCH/TCH handovers from a 3G system.

GHOIMCGN X X OK HO_Inc_MSC_cong Number of incoming external SDCCH/RTCH handovers failed because of congestion on Air interface


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GHOIMCGO X HO_Inc_cong_MSC_ratio Ratio of incoming external SDCCH/RTCH handovers failed in relation to all incoming SDCCH/RTCH handovers (internal intercell+external) failed, because of congestion on Air interface

GHOIMCGR X X OK HO_Inc_MSC_cong_rate Rate of incoming external SDCCH/RTCH handovers failed because of congestion on Air interface

GHOIMEFGR X HO_Inc_MSC_2G_2G_efficiency_rate Rate of successful incoming external 2G to 2G SDCCH/TCH handovers over all SDCCH/RTCH allocated during incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMEFR X HO_Inc_MSC_efficiency_rate Rate of successful SDCCH/RTCH seizures in relation to all SDCCH/RTCH allocated during incoming external SDCCH/RTCH handovers.

GHOIMEFUR X HO_Inc_MSC_3G_2G_efficiency_rate Rate of successful incoming external SDCCH/TCH handovers from a 3G system over all SDCCH/RTCH allocated during incoming external SDCCH/TCH handovers from a 3G system.

GHOIMERQUN X X HO_Inc_MSC_3G_2G_TCH_request_emergency

Number of incoming external TCH HO requests from 3G to 2G system with emergency cause.

GHOIMERQUO X HO_Inc_MSC_3G_2G_TCH_request_emergency_ratio

Ratio of incoming external TCH HO requests from a 3G system whith emergency cause in relation to all incoming external SDCCH and TCH HO requests.

GHOIMFLBFO X HO_Inc_MSC_fail_BSS_ratio Ratio of SDCCH/RTCH seizures failed due to system problems in relation to SDCCH/RTCH seizures failed due to system and radio problems during incoming external SDCCH/RTCH handovers.

GHOIMFLBGN X HO_Inc_MSC_2G_2G_fail_BSS Number of incoming external 2G to 2G SDCCH/TCH handovers failed due to system problems during execution phase.

GHOIMFLBGO X HO_Inc_MSC_2G_2G_fail_BSS_ratio Ratio of incoming external 2G to 2G SDCCH/RTCH handovers failed due to system problems during execution phase over all incoming external 2G to 2G SDCCH/TCH handovers failures in execution phase (radio + system).

GHOIMFLBGR X HO_Inc_MSC_2G_2G_fail_BSS_rate Rate of incoming external 2G to 2G SDCCH/TCH handovers failed due to system problems during execution phase.

GHOIMFLBN X X OK HO_Inc_MSC_fail_BSS Number of incoming external SDCCH/RTCH handovers failed because of system problems.

GHOIMFLBR X HO_Inc_MSC_fail_BSS_rate Rate of incoming external SDCCH/RTCH handovers failed because of system problems.

GHOIMFLBTO X HO_Inc_fail_BSS_MSC_ratio Ratio of incoming external SDCCH/RTCH handovers failed in relation to all incoming SDCCH/RTCH handovers (internal intercell + external) failed, because of system problems.

GHOIMFLBUN X X HO_Inc_MSC_3G_2G_fail_BSS Number of incoming external 3G to 2G SDCCH/TCH handovers failed due to system problems during execution phase.

GHOIMFLBUO X HO_Inc_MSC_3G_2G_fail_BSS_ratio Ratio of incoming external 3G to 2G SDCCH/TCH handovers failed due to system problems during execution phase over all incoming external 3G to 2G SDCCH/TCH handovers failures in execution phase (radio + system).

GHOIMFLBUR X HO_Inc_MSC_3G_2G_fail_BSS_rate Rate of incoming external 3G to 2G SDCCH/TCH handovers failed due to system problems during execution phase.

GHOIMFLGN X X HO_Inc_MSC_2G_2G_fail Number of incoming external 2G to 2G SDCCH/TCH handover failures during execution phase (radio and system problems).

GHOIMFLGO X HO_Inc_MSC_2G_2G_fail_ratio Ratio of incoming external 2G to 2G SDCCH/TCH handovers failures during execution phase (radio and system problems) over all incoming external SDCCH/TCH handovers failures during execution phase.

GHOIMFLGR X X HO_Inc_MSC_2G_2G_fail_rate Rate of incoming external 2G to 2G SDCCH/TCH handover failures during execution phase (radio and system problems).

GHOIMFLN X X HO_Inc_MSC_fail Number of incoming external SDCCH/RTCH handovers failed due to system and radio problems.


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GHOIMFLO X HO_Inc_fail_MSC_ratio Ratio of external incoming handovers failed (system + radio) in relation to all incoming handovers (internal + external) failed (system + radio)

GHOIMFLR X X OK HO_Inc_MSC_fail_rate Rate of incoming external SDCCH/RTCH handovers failed due to system and radio problems.

GHOIMFLRFO X HO_Inc_MSC_fail_radio_ratio Ratio of SDCCH/RTCH seizures failed because of radio problems in relation to all SDCCH/RTCH seizures failed because of system and radio problems during incoming external SDCCH/RTCH handovers.

GHOIMFLRGN X X HO_Inc_MSC_2G_2G_fail_radio Number of incoming external 2G to 2G SDCCH/TCH handovers failed due to radio problems during execution phase.

GHOIMFLRGO X HO_Inc_MSC_2G_2G_fail_radio_ratio Ratio of incoming external 2G to 2G SDCCH/RTCH handovers failed due to radio problems during the execution phase over all incoming external 2G to 2G SDCCH/TCH handovers failures during execution phase (radio + system problems).

GHOIMFLRGR X HO_Inc_MSC_2G_2G_fail_radio_rate Rate of incoming external 2G to 2G SDCCH/TCH handovers failed due to radio problems during execution phase.

GHOIMFLRN X X OK HO_Inc_MSC_fail_radio Number of incoming external SDCCH/RTCH handovers failed because of radio problems.

GHOIMFLRR X HO_Inc_MSC_fail_radio_rate Rate of incoming external SDCCH/RTCH handovers failed because of radio problems.

GHOIMFLRTO X HO_Inc_fail_radio_MSC_ratio Ratio of incoming external SDCCH/RTCH handovers failed in relation to all incoming SDCCH/RTCH handovers (internal intercell + external) failed, because of radio problems

GHOIMFLRUN X X HO_Inc_MSC_3G_2G_fail_radio Number of incoming external 3G to 2G SDCCH/TCH handovers failed due to radio problems during execution phase.

GHOIMFLRUO X HO_Inc_MSC_3G_2G_fail_radio_ratio Ratio of incoming external 3G to 2G SDCCH/RTCH handovers failed due to radio problems in execution phase over all incoming external 3G to 2G SDCCH/TCH handovers failures in execution phase (radio + system).

GHOIMFLRUR X HO_Inc_MSC_3G_2G_fail_radio_rate Rate of incoming external 3G to 2G SDCCH/TCH handovers failed due to radio problems during execution phase.

GHOIMFLUN X X HO_Inc_MSC_3G_2G_fail Number of incoming external 3G to 2G SDCCH/TCH handovers faillures during the execution phase (radio and system problems).

GHOIMFLUO X HO_Inc_MSC_3G_2G_fail_ratio Ratio of incoming external 3G to 2G SDCCH/TCH handovers failures over all incoming external SDCCH/TCH handovers failures, during execution phase (radio and system problems).

GHOIMFLUR X X HO_Inc_MSC_3G_2G_fail_rate Rate of incoming external 3G to 2G SDCCH/TCH handovers faillures during the execution phase (radio and system problems).

GHOIMMCAN X X HO_Inc_MSC_multiband_allocated Number of RTCH allocated during incoming external handover including a change of the (TCH) frequency band.

GHOIMMCAO X HO_Inc_MSC_multiband_allocated_ratio Ratio of RTCH allocated during incoming external handovers including a change of the (TCH) frequency band over RTCH allocated during all incoming external handovers.

GHOIMMEFR X HO_Inc_MSC_multiband_efficiency_rate Rate of incoming external TCH handover successes including a change of the (TCH) frequency band over all RTCH allocated during incoming external TCH handovers including a change of the (TCH) frequency band.

GHOIMMSUN X X HO_Inc_MSC_multiband_success Number of incoming external TCH handover successes including a change of the (TCH) frequency band.

GHOIMMSUO X HO_Inc_MSC_multiband_success_ratio Ratio of incoming external handover successes including a change of the (TCH) frequency band over all incoming external handover successes.

GHOIMPFGN X HO_Inc_MSC_2G_2G_prep_fail Number of incoming external 2G to 2G SDCCH/TCH handovers failed during preparation phase (congestion + no cic + system failures).


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GHOIMPFGO X HO_Inc_MSC_2G_2G_prep_fail_ratio Ratio of incoming external 2G to 2G SDCCH/TCH handovers failed during preparation phase over all incoming external SDCCH/TCH handovers failed in preparation phase (congestion + no cic + system failures).

GHOIMPFGR X HO_Inc_MSC_2G_2G_prep_fail_rate Rate of incoming external 2G to 2G SDCCH/TCH handovers failed during preparation phase (congestion + no cic + system failures).

GHOIMPFN X OK HO_Inc_MSC_prep_fail Number of incoming external SDCCH/RTCH handovers failed because of system problems during preparation phase.

GHOIMPFO X HO_Inc_prep_fail_MSC_ratio Ratio of incoming external SDCCH/RTCH handovers failed in relation to all incoming SDCCH/RTCH handover (internal intercell+external) failed, because of system problems during preparation phase.

GHOIMPFR X X HO_Inc_MSC_prep_fail_rate Rate of incoming external SDCCH/RTCH handovers failed because of system problem during preparation phase.

GHOIMPFUN X HO_Inc_MSC_3G_2G_prep_fail Number of incoming external SDCCH/TCH handovers from a 3G system failed during preparation phase (congestion + no cic + system failures).

GHOIMPFUO X HO_Inc_MSC_3G_2G_prep_fail_ratio Ratio of incoming external SDCCH/TCH handovers from a 3G system failed during preparation phase over all incoming external SDCCH/TCH handovers failed in preparation phase (congestion + no cic + system failures).

GHOIMPFUR X HO_Inc_MSC_3G_2G_prep_fail_rate Rate of incoming external SDCCH/TCH handovers from a 3G system failed during preparation phase (congestion + no cic + system failures).

GHOIMPFUSYN X HO_Inc_MSC_3G_2G_fail_prep_System Number of incoming external 3G to 2G TCH handovers failed due to system problems during the preparation phase.

GHOIMPFUSYO X HO_Inc_MSC_3G_2G_fail_prep_System_ratio

Ratio of incoming external 3G to 2G TCH handovers failed due to system problems during the preparation phase over all incoming external 3G to 2G SDCCH and TCH handovers failures in preparation phase.

GHOIMPFUSYR X HO_Inc_MSC_3G_2G_fail_prep_System_rate

Rate of incoming external 3G to 2G TCH handovers failed due to system problems during the preparation phase.

GHOIMQUN X HO_Inc_MSC_queued Number of RTCH requests for incoming external handover request queued.

GHOIMRQGN X X HO_Inc_MSC_2G_2G_request Number of incoming external 2G to 2G SDCCH and TCH HO requests.

GHOIMRQGO X HO_Inc_MSC_2G_2G_request_ratio Ratio of incoming external 2G to 2G SDCCH/TCH handover requests in relation to all incoming external SDCCH/TCH handover requests.

GHOIMRQN X X OK HO_Inc_MSC_request Number of incoming external SDCCH/RTCH handover requests

GHOIMRQO X HO_Inc_request_MSC_ratio Ratio of external incoming external SDCCH/RTCH handover requests in relation to all incoming SDCCH/RTCH handover requests (internal intercell + external).

GHOIMRQUN X X HO_Inc_MSC_3G_2G_request Number of incoming external SDCCH and TCH HO requests from a 3G system.

GHOIMRQUO X HO_Inc_MSC_3G_2G_request_ratio Ratio of incoming external SDCCH and TCH HO requests from a 3G system in relation to all incoming external SDCCH and TCH HO requests.

GHOIMSCGN X X HO_Inc_MSC_cong_SDCCH Number of incoming external SDCCH handovers failed because of congestion on Air interface (SDCCH)

GHOIMSRQUN X HO_Inc_MSC_3G_2G_SDCCH_request Number of incoming external SDCCH HO requests from a 3G system.

GHOIMSRQUO X HO_Inc_MSC_3G_2G_SDCCH_request_ratio

Ratio of incoming external SDCCH HO requests from a 3G system in relation to all incoming external SDCCH and TCH HO requests.

GHOIMSUGN X X HO_Inc_MSC_2G_2G_success Number of successful incoming external 2G to 2G SDCCH/TCH handovers.


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GHOIMSUGO X HO_Inc_MSC_2G_2G_success_ratio Ratio of successful incoming external 2G to 2G SDCCH/TCH handovers over all successful incoming external SDCCH/TCH handovers.

GHOIMSUGR X X HO_Inc_MSC_2G_2G_success_rate Rate of successful incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMSUN X X OK HO_Inc_MSC_success Number of incoming external SDCCH/RTCH handover successes

GHOIMSUO X HO_Inc_success_MSC_ratio Ratio of incoming external SDCCH/RTCH handover successes in relation to all incoming SDCCH/RTCH handover successes (internal intercell+external).

GHOIMSUR X X OK OK HO_Inc_MSC_success_rate Rate of incoming external SDCCH/RTCH handover successes

GHOIMSUUN X X HO_Inc_MSC_3G_2G_success Number of successful incoming external SDCCH/TCH handovers from a 3G system.

GHOIMSUUO X HO_Inc_MSC_3G_2G_success_ratio Ratio of successful incoming external SDCCH/TCH handovers from a 3G system over all successful incoming external SDCCH/TCH handovers.

GHOIMSUUR X X HO_Inc_MSC_3G_2G_success_rate Rate of successful incoming external SDCCH/TCH handovers from a 3G system.

GHOIMTCGN X X HO_Inc_MSC_cong_TCH Number of incoming external RTCH handovers failed because of congestion on Air interface TCH

GHOIMTCGUN X X HO_Inc_MSC_3G_2G_TCH_fail_3Gcong

Number of incoming external 3G to 2G non emergency handovers failed due to 3G high load in the target cell (TCH only)

GHOIMTCGUO X HO_Inc_MSC_3G_2G_TCH_fail_3Gcong_ratio

Ratio of incoming external 3G to 2G TCH handovers failed due to 3G high load in the target cell during the preparation phase over all incoming external 3G to 2G SDCCH and TCH handovers failures in preparation phase.

GHOIMTCGUR X X HO_Inc_MSC_3G_2G_TCH_fail_3Gcong_rate

Rate of incoming external 3G to 2G non emergency handovers failed due to 3G high load in the target cell (TCH only). Denominator: number of non emergency HO requests. If no Incoming External HO Intercell HO, the rate is set to 0.

GHOIMTRQUN X X HO_Inc_MSC_3G_2G_TCH_request Number of incoming external TCH HO requests from 3G to 2G system

GHOIMTRQUO X HO_Inc_MSC_3G_2G_TCH_request_ratio

Ratio of incoming external TCH HO requests from a 3G system in relation to all incoming external SDCCH and TCH HO requests.

GHOIMUAMO X HO_Inc_MSC_unsuccess_no_cic_alloc_ratio

Ratio of incoming external SDCCH/RTCH handovers failed because of CIC allocation refusal in relation to all unsuccessful incoming external SDCCH/RTCH handovers (congestion + CIC allocation problems + failures)

GHOIMUCGO X HO_Inc_MSC_unsuccess_cong_ratio Ratio of SDCCH/RTCH not allocated because of congestion on Air interface in relation to all unsuccessful SDCCH/RTCH seizures (congestion + CIC allocation problems + failures) during incoming external SDCCH/RTCH handovers.

GHOIMUCGUO X HO_Inc_MSC_3G_2G_unsuccess_fail_3Gcong_ratio

Ratio of incoming external 3G to 2G TCH handovers failed due to 3G high load in the target cell during the preparation phase over all unsuccessful incoming external 3G to 2G SDCCH and TCH handovers.

GHOIMUFLBGO X HO_Inc_MSC_2G_2G_unsuccess_fail_BSS_ratio

Ratio of incoming external 2G to 2G SDCCH/RTCH handovers failed due to system problems during execution phase over all unsuccessful incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMUFLBO X HO_Inc_MSC_unsuccess_fail_BSS_ratio Ratio of incoming external SDCCH/RTCH handovers failed because of system problems in relation to all unsuccessful incoming external SDCCH/RTCH handovers (congestion + CIC allocation problem + failures)

GHOIMUFLBUO X HO_Inc_MSC_3G_2G_unsuccess_fail_BSS_ratio

Ratio of incoming external 3G to 2G SDCCH/RTCH handovers failed due to system problems during execution phase over all unsuccessful incoming external 3G to 2G SDCCH/TCH handovers.


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GHOIMUFLGO X HO_Inc_MSC_2G_2G_unsuccess_fail_ratio

Ratio of incoming external 2G to 2G SDCCH/TCH handovers failures during execution phase (radio and system problems) over all unsuccessful incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMUFLO X HO_Inc_MSC_unsuccess_fail_ratio Ratio of incoming external SDCCH/RTCH handovers failed due to system and radio problems in relation to all unsuccessful incoming external SDCCH/RTCH handovers (congestion + CIC allocation problems + failures).

GHOIMUFLRGO X HO_Inc_MSC_2G_2G_unsuccess_fail_radio_ratio

Ratio of incoming external 2G to 2G SDCCH/RTCH handovers failed due to radio problems during execution phase over all unsuccessful incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMUFLRO X HO_Inc_MSC_unsuccess_fail_radio_ratio

Ratio of incoming external SDCCH/RTCH handovers failed because of radio problems in relation to all unsuccessful incoming external SDCCH/RTCH handovers (congestion + CIC allocation problem +failures).

GHOIMUFLRUO X HO_Inc_MSC_3G_2G_unsuccess_fail_radio_ratio

Ratio of incoming external 3G to 2G SDCCH/RTCH handovers failed due to radio problems during execution phase over all unsuccessful incoming external 3G to 2G SDCCH/TCH handovers.

GHOIMUFLUO X HO_Inc_MSC_3G_2G_unsuccess_fail_ratio

Ratio of incoming external 3G to 2G SDCCH/TCH handovers failures during execution phase (radio and system problems) over all unsuccessful incoming external 3G to 2G SDCCH/TCH handovers.

GHOIMUGN X HO_Inc_MSC_2G_2G_unsuccess Number of all unsuccessful incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMUGO X HO_Inc_MSC_2G_2G_unsuccess_ratio Ratio of unsuccessful incoming external 2G to 2G SDCCH/TCH handovers over all unsuccessful incoming external SDCCH/TCH handovers.

GHOIMUGR X HO_Inc_MSC_2G_2G_unsuccess_rate Rate of all unsuccessful incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMUN X HO_Inc_MSC_unsuccess Number of all unsuccessful incoming external SDCCH/RTCH handovers (preparation + execution).

GHOIMUO X HO_Inc_MSC_unsuccess_ratio Ratio of unsuccessful incoming external SDCCH/RTCH handovers in relation to all incoming SDCCH/RTCH handovers (internal intercell + external), because of congestion, CIC allocation problem and failures (system + radio).

GHOIMUPFGO X HO_Inc_MSC_2G_2G_unsuccess_prep_fail_ratio

Ratio of incoming external 2G to 2G SDCCH/TCH handovers failed during preparation phase over all unsuccessful incoming external 2G to 2G SDCCH/TCH handovers.

GHOIMUPFO X HO_Inc_MSC_unsuccess_prep_fail_ratio Ratio of incoming external SDCCH/RTCH handovers failed because of system problems during preparation phase in relation to all unsuccessful incoming external SDCCH/RTCH handovers (congestion + CIC allocation problems + failures).

GHOIMUPFUO X HO_Inc_MSC_3G_2G_unsuccess_prep_fail_ratio

Ratio of incoming external SDCCH/TCH handovers from a 3G system failed during preparation phase over all unsuccessful incoming external SDCCH/TCH handovers from a 3G system.

GHOIMUR X OK HO_Inc_MSC_unsuccess_rate Rate of unsuccessful incoming external SDCCH/RTCH handovers because of congestion, CIC allocation problem and failures (system + radio).

GHOIMUUN X HO_Inc_MSC_3G_2G_unsuccess Number of unsuccessful incoming external 3G to 2G SDCCH/TCH handovers.(preparation and execution phases)

GHOIMUUO X HO_Inc_MSC_3G_2G_unsuccess_ratio Ratio of unsuccessful incoming external 3G to 2G SDCCH/TCH handovers over all unsuccessful incoming external SDCCH/TCH handovers. (preparation and execution phases)

GHOIMUUR X HO_Inc_MSC_3G_2G_unsuccess_rate Rate of unsuccessful incoming external 3G to 2G SDCCH/TCH handovers.(preparation and execution phases)


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GHOIPAFLER X X RTCH_HO_Inc_InterPLMN_allocated_exe_fail_rate

Rate of inter PLMN TCH incoming handover failures during execution phase in relation to the number of inter PLMN TCH incoming handover attempts. This indicator takes into account the directed retry.

GHOIPCAN X X RTCH_HO_Inc_InterPLMN_allocated Number of inter PLMN TCH incoming handover attempts (HO REQ ACK). This indicator takes into account the directed retry.

GHOIPCAO X RTCH_HO_Inc_InterPLMN_allocated_ratio

Ratio of incoming inter PLMN TCH handover attempts to incoming intra-PLMN and inter-PLMN TCH HO attempts. (HO REQ ACK) . This indicator takes into account the directed retry.

GHOIPEFR X X RTCH_HO_Inc_InterPLMN_efficiency_rate

Rate of inter PLMN TCH incoming handover successes in relation to the number of inter PLMN TCH incoming HO attempts. This indicator takes into account the directed retry.

GHOIPFLEN X X RTCH_HO_Inc_InterPLMN_exe_fail Number of inter PLMN TCH incoming handover failures during execution phase. This indicator takes into account the directed retry.

GHOIPFLER X X RTCH_HO_Inc_InterPLMN_exe_fail_rate Rate of inter PLMN TCH incoming handover failures during execution phase in relation to the number of inter PLMN TCH incoming handover requests. This indicator takes into account the directed retry.

GHOIPFLPN X X RTCH_HO_Inc_InterPLMN_prep_fail Number of inter PLMN TCH incoming handover failures during preparation phase. This indicator takes into account the directed retry.

GHOIPFLPR X X RTCH_HO_Inc_InterPLMN_prep_fail_rate

Rate of inter PLMN TCH incoming handover failures during preparation phase in relation to the number of inter PLMN TCH incoming handover requests. This indicator takes into account the directed retry.

GHOIPRQN X X RTCH_HO_Inc_InterPLMN_request Number of inter PLMN TCH incoming handover requests. This indicator takes into account the directed retry.

GHOIPRQO X RTCH_HO_Inc_InterPLMN_request_ratio

Ratio of incoming inter PLMN TCH handover requests to incoming intra-PLMN and inter-PLMN TCH HO requests. This indicator takes into account the directed retry.

GHOIPSUN X X RTCH_HO_Inc_InterPLMN_success Number of inter PLMN TCH incoming handover successes This indicator takes into account the directed retry.

GHOIPSUO X RTCH_HO_Inc_InterPLMN_success_ratio

Ratio of incoming inter PLMN TCH handover successes to incoming intra-PLMN and inter-PLMN TCH HO successes. This indicator takes into account the directed retry.

GHOIPSUR X X RTCH_HO_Inc_InterPLMN_success_rate

Rate of inter PLMN TCH incoming handover successes in relation to the number of Inter PLMN TCH incoming handover requests. This indicator takes into account directed retry.

GHOIRAFLBR X HO_Inc_allocated_fail_BSS_rate Rate of SDCCH/RTCH seizures failed because of system problems in relation to all SDCCH/RTCH allocated, during incoming internal intercell and external SDCCH/RTCH handovers.

GHOIRAFLR X X HO_Inc_allocated_fail_rate Rate of SDCCH/RTCH seizures failed because of system and radio problems in relation to all SDCCH/RTCH allocated, during incoming internal intercell and external SDCCH/RTCH handovers.

GHOIRAFLRR X HO_Inc_allocated_fail_radio_rate Rate of SDCCH/RTCH seizures failed because of radio problems in relation to all SDCCH/RTCH allocated, during incoming internal intercell and


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external SDCCH/RTCH handovers.

GHOIRCAN X X HO_Inc_allocated Number of SDCCH/RTCH allocated for incoming internal intercell and external SDCCH/RTCH handovers.

GHOIRCAR X HO_Inc_allocated_rate Rate of SDCCH/RTCH allocated for incoming internal intercell and external SDCCH/RTCH handovers.

GHOIRCGN X X HO_Inc_cong Number of incoming internal intercell and external SDCCH/RTCH handovers failed because of congestion on Air interface

GHOIRCGR X X HO_Inc_cong_rate Rate of incoming internal intercell and external SDCCH/RTCH handovers failed because of congestion on Air interface

GHOIREFR X HO_Inc_efficiency_rate Rate of successful incoming internal intercell and external SDCCH/RTCH handovers in relation to all incoming internal intercell and external SDCCH/RTCH handovers requests allocated.

GHOIRFLBN X X HO_Inc_fail_BSS Number of incoming internal intercell and external SDCCH/RTCH handovers failed because of system problems.

GHOIRFLBO X HO_Inc_fail_BSS_ratio Ratio of SDCCH/RTCH seizures failed because of system problems in relation to SDCCH/RTCH seizures failed because of system and radio problems, during incoming internal intercell and external SDCCH/RTCH handovers.

GHOIRFLBR X HO_Inc_fail_BSS_rate Rate of incoming internal intercell and external SDCCH/RTCH handovers failed because of system problems.

GHOIRFLN X X HO_Inc_fail Number of incoming internal intercell and external SDCCH/RTCH handovers failed due to system and radio problems.

GHOIRFLR X X HO_Inc_fail_rate Rate of incoming internal intercell and external SDCCH/RTCH handovers failed due to system and radio problems.

GHOIRFLRN X X HO_Inc_fail_radio Number of incoming internal intercell and external SDCCH/RTCH handovers failed because of radio problems.

GHOIRFLRO X HO_Inc_fail_radio_ratio Ratio of SDCCH/RTCH seizures failed because of radio problems in relation to SDCCH/RTCH seizures failed because of system and radio problems, during incoming internal intercell and external SDCCH/RTCH handovers.

GHOIRFLRR X HO_Inc_fail_radio_rate Rate of incoming internal intercell and external SDCCH/RTCH handovers failed because of radio problems.

GHOIRMCAN X HO_Inc_multiband_allocated Number of RTCH allocated during incoming TCH handovers including a change of the (TCH) frequency band.

GHOIRMCAO X HO_Inc_multiband_allocated_ratio Ratio of RTCH allocated during incoming TCH handovers including a change of the (TCH) frequency band over RTCH allocated during all incoming handovers.

GHOIRMEFR X HO_Inc_multiband_efficiency_rate Rate of incoming TCH handover successes including a change of the (TCH) frequency band over all RTCH allocated during incoming TCH handovers including a change of the (TCH) frequency band.

GHOIRMSUN X HO_Inc_multiband_success Number of incoming TCH handover successes including a change of the (TCH) frequency band.

GHOIRMSUO X HO_Inc_multiband_success_ratio Ratio of incoming TCH handover successes including a change of the (TCH) frequency band over all incoming handover successes.

GHOIRPFN X HO_Inc_prep_fail Number of incoming internal intercell and external SDCCH/RTCH handovers failed because of system problems during preparation phase.

GHOIRPFR X X HO_Inc_prep_fail_rate Rate of incoming internal intercell and external SDCCH/RTCH handovers failed because of system problems during preparation phase.

GHOIRRQN X X HO_Inc_request Number of internal and external incoming handover requests


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GHOIRSUN X X HO_Inc_success Number of incoming internal intercell and external SDCCH/RTCH handover successes

GHOIRSUR X X HO_Inc_success_rate Rate of incoming internal intercell and external SDCCH/RTCH handover successes

GHOIRUCGO X HO_Inc_unsuccess_cong_ratio Ratio of SDCCH/RTCH not allocated because of congestion in relation to all unsuccessful SDCCH/RTCH seizures (congestion + failures), during incoming internal intercell and external SDCCH/RTCH handovers.

GHOIRUFLBO X HO_Inc_unsuccess_fail_BSS_ratio Ratio of incoming internal intercell and external SDCCH/RTCH handovers failed due to system problems in relation to all unsuccessful incoming internal intercell and external SDCCH/RTCH handovers (congestion + failures)

GHOIRUFLO X HO_Inc_unsuccess_fail_ratio Ratio of incoming internal intercell and external SDCCH/RTCH handovers failed due to system and radio problems in relation to all unsuccessful incoming internal intercell and external SDCCH/RTCH handovers(congestion + failures).

GHOIRUFLRO X HO_Inc_unsuccess_fail_radio_ratio Ratio of incoming internal intercell and external SDCCH/RTCH handovers failed due to radio problems in relation to all unsuccessful incoming internal intercell and external SDCCH/RTCH handovers(congestion + failures).

GHOIRUN X HO_Inc_unsuccess Number of unsuccessful incoming internal intercell and external SDCCH/RTCH handovers because of congestion and failures (system + radio).

GHOIRUPFO X HO_Inc_unsuccess_prep_fail_ratio Ratio of incoming internal intercell and external SDCCH/RTCH handovers failed because of system problems during preparation phase in relation to all unsuccessful incoming internal intercell and external SDCCH/RTCH handovers (congestion + failures).

GHOIRUR X HO_Inc_unsuccess_rate Rate of unsuccessful incoming internal intercell and external SDCCH/RTCH handovers because of congestion and failures (system + radio).

GHOITCAN X HO_Inc_tot_allocated Number of RTCH allocated during all incoming SDCCH/RTCH handovers (intracell + internal intercell + external).

GHOITRQN X HO_Inc_tot_request Number of all incoming SDCCH/RTCH handover (intracell + internal intercell + external) requests

GHOITSUN X HO_Inc_tot_success Number of successful incoming handovers (intracell + internal intercell + external).

GHOIXFLBN X X Targ_cong_and_fail_BSS Number of incoming 2G to 2G external and internal inter-cell TCH handover failed due to congestion or system problems. Note: Available only if the type 27 is activated at the OMCR.

GHOIXFLBO X Targ_unsuccess_cong_and_fail_BSS_ratio

Ratio of incoming 2G to 2G external and internal inter-cell TCH handover failed due to congestion or system problems in relation to all unsuccessful incoming 2G to 2G external and internal inter-cell TCH handover (system + radio + congestion). Note : Available only if the type 27 is activated at the OMCR.

GHOIXFLBR X X Targ_cong_and_fail_BSS_rate Rate of incoming 2G to 2G external and internal inter-cell TCH handover failed due to congestion or system problems. Note :


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GHOIXFLN X Targ_unsuccess Number of unsucessful incoming 2G to 2G external and internal inter-cell TCH handovers (system + radio + congestion). Note: Available only if the type 27 is activated at the OMCR.

GHOIXFLR X Targ_unsuccess_rate Rate of unsuccessful incoming 2G to 2G external and internal inter-cell TCH handovers (system + radio + congestion). Note : Available only if the type 27 is activated at the OMCR.

GHOIXFLRN X X OK Targ_fail_radio Number of incoming 2G to 2G external and internal inter-cell TCH handover failed because of radio problem, (= C733). Note : Available only if the type 27 is activated at the OMCR.

GHOIXFLRO X Targ_unsuccess_fail_radio_ratio Ratio of incoming 2G to 2G external and internal inter-cell TCH handover failed because of radio problem in relation to all unsuccessful incoming 2G to 2G external and internal inter-cell TCH handovers (system + radio+ congestion). Note : Available only if the type 27 is activated at the OMCR.

GHOIXFLRR X X Targ_fail_radio_rate Rate of incoming 2G to 2G external and internal inter-cell TCH handover failed because of radio problem. Note : Available only if the type 27 is activated at the OMCR.

GHOIXRQN X X OK Targ_request Number of incoming 2G to 2G external and internal inter-cell TCH handover requests, (= C730). Note : Available only if the type 27 is activated at the OMCR.

GHOIXSUN X X OK Targ_success Number of incoming 2G to 2G external and internal inter-cell TCH handover successes, (= C731).


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Note : Available only if the type 27 is activated at the OMCR.

GHOIXSUR X Targ_success_rate Rate of incoming 2G to 2G external and internal inter-cell TCH handover successes. Note : Available only if the type 27 is activated at the OMCR.

GHOOAACGR X Matrix_Inc_allocated_cong_rate Rate of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover failed because of congestion on Air interface in relation to all incoming 2G to 2G external or internal inter cell SDCCH or TCH handover allocated. The internal and external directed retries are counted .

GHOOAAFLR X Matrix_Inc_allocated_fail_rate Rate of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover failed because of system and radio problems in relation to all incoming 2G to 2G external or internal inter cell SDCCH or TCH handover allocated. The internal and external directed retries are counted.

GHOOACAN X X OK Matrix_Inc_allocated Number of SDCCH or RTCH allocated for incoming 2G to 2G external or internal inter cell SDCCH or TCH handover. The internal and external directed retries are counted, (= C401).

GHOOACAR X Matrix_Inc_allocated_rate Rate of SDCCH or RTCH allocated for incoming 2G to 2G external or internal inter cell SDCCH or TCH handover. The internal and external directed retries are counted.

GHOOACGN X Matrix_Inc_cong Number of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover failed because of congestion on Air interface. The internal and external directed retries are counted.

GHOOACGR X Matrix_Inc_cong_rate Rate of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover failed because of congestion on Air interface. The internal and external directed retries are counted.

GHOOAEFR X Matrix_Inc_efficiency_rate Rate of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover successes in relation to all incoming 2G to 2G external or internal inter cell SDCCH or TCH handover allocated. The internal and external directed retries are counted.

GHOOAFLN X Matrix_Inc_fail Number of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover failed because of system and radio problems. The internal and external directed retries are also counted.

GHOOAFLR X Matrix_Inc_fail_rate Rate of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover failed because of system and radio problems. The internal and external directed retries are counted.

GHOOARQN X X Matrix_Inc_request Number of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover requests. The internal and external directed retries are counted, (= C400).

GHOOASUN X X OK Matrix_Inc_success Number of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover successes. The internal and external directed retries are counted, (= C402).

GHOOASUR X Matrix_Inc_success_rate Rate of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover successes. The internal and external directed retries are counted.


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GHOOAUCFLO X Matrix_Inc_unsuccess_fail_ratio Ratio of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover failed because of system and radio problems in relation to all unsuccessful incoming 2G to 2G external or internal inter cell SDCCH or TCH handover (congestion + failures). The internal and external directed retries are counted.

GHOOAUCGO X Matrix_Inc_unsuccess_cong_ratio Ratio of incoming 2G to 2G external or internal inter cell SDCCH or TCH handover failed because of congestion on Air interface in relation to all unsuccessful incoming 2G to 2G external or internal inter cell SDCCH or TCH handover (congestion + failures). The internal and external directed retries are counted.

GHOOAUN X Matrix_Inc_unsuccess Number of unsuccessful incoming 2G to 2G external or internal inter cell SDCCH or TCH handover (congestion + failures). The internal and external directed retries are counted.

GHOOAUR X Matrix_Inc_unsuccess_rate Rate of unsuccessful incoming 2G to 2G external or internal inter cell SDCCH or TCH handover (congestion + failures).The internal and external directed retries are counted.

GHOOBCDBFO X HO_Out_BSC_drop_BSS_ratio Ratio of dropped calls because of system problems in relation to all dropped calls (system + radio), during outgoing internal intercell SDCCH/RTCH handovers.

GHOOBCDBN X X OK HO_Out_BSC_drop_BSS Number of dropped calls due to system problems during outgoing internal intercell SDCCH/RTCH handovers.

GHOOBCDBR X HO_Out_BSC_drop_BSS_rate Rate of dropped calls due to system problems during outgoing internal intercell SDCCH/RTCH handovers in relation to all outgoing internal intercell SDCCH/RTCH handover requests.

GHOOBCDBTO X HO_Out_drop_BSS_BSC_ratio Ratio of dropped calls during outgoing internal intercell SDCCH/RTCH handovers in relation to all dropped calls during 2G 2G outgoing internal intercell and external SDCCH/RTCH handovers, because of system problems.

GHOOBCDN X X HO_Out_BSC_drop Number of dropped calls (system + radio) during outgoing internal intercell SDCCH/RTCH handovers.

GHOOBCDO X HO_Out_drop_BSC_ratio Ratio of dropped calls during outgoing internal intercell SDCCH/RTCH handovers in relation to all dropped calls during 2G 2G outgoing internal intercell and external SDCCH/RTCH handovers, because of radio and system problems.

GHOOBCDR X X OK HO_Out_BSC_drop_rate Rate of dropped calls (radio+system) during outgoing internal intercell SDCCH/RTCH handovers in relation to all outgoing internal intercell SDCCH/RTCH handover requests.

GHOOBCDRFO X HO_Out_BSC_drop_radio_ratio Ratio of dropped calls because of radio problems in relation to all dropped calls (system+radio), during outgoing internal intercell SDCCH/RTCH handovers.

GHOOBCDRN X X OK HO_Out_BSC_drop_radio Number of dropped calls due to radio problems during outgoing internal intercell SDCCH/RTCH handovers

GHOOBCDRR X HO_Out_BSC_drop_radio_rate Rate of dropped calls due to radio problems during outgoing internal intercell SDCCH/RTCH handovers in relation to all outgoing internal intercell SDCCH/RTCH handover requests.

GHOOBCDRTO X HO_Out_BSC_drop_radio_BSC_ratio Ratio of dropped calls during outgoing internal intercell SDCCH/RTCH handover in relation to all dropped calls during 2G 2G outgoing internal intercell and external SDCCH/RTCH handovers, because of radio problems.

GHOOBEFR X HO_Out_BSC_efficiency_rate Rate of internal outgoing handover success over the total amount of internal handover requests.

GHOOBFLN X HO_Out_BSC_fail Number of failed SDCCH/RTCH seizures because of drops (system + radio) and failures with reversion to old channel during outgoing internal


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intercell SDCCH/RTCH handovers.

GHOOBFLPN X OK HO_Out_BSC_prep_fail Number of unsuccessful outgoing internal intercell SDCCH/RTCH handovers during the preparation phase.

GHOOBFLPO X HO_Out_BSC_prep_fail_BSC_ratio Ratio of outgoing internal intercell SDCCH/RTCH handover failures during the preparation phase in relation to all unsuccessful 2G 2G outgoing SDCCH/RTCH handover failures during the preparation phase.

GHOOBFLPR X X OK HO_Out_BSC_prep_fail_rate Rate of unsuccessful outgoing internal intercell SDCCH/RTCH handovers during the preparation phase over all outgoing internal intercell SDCCH/RTCH handovers required.

GHOOBFLR X X HO_Out_BSC_fail_rate Rate of failed SDCCH/RTCH seizures because of drops (system + radio) and failures with reversion to old channel during outgoing internal intercell SDCCH/RTCH handovers in relation to all outgoing internal intercell SDCCH/RTCH handover requests.

GHOOBFLTO X HO_Out_BSC_fail_BSC_ratio Ratio of outgoing internal intercell SDCCH/RTCH handover failed in relation to all 2G 2G outgoing internal intercell and external SDCCH/RTCH handover failed, because of drops (system + radio) and failures with reversion to old channel.

GHOOBMEFR X HO_Out_BSC_multiband_efficiency_rate Rate of outgoing internal TCH handover successes including a change of the (TCH) frequency band over all outgoing internal TCH handover requests including a change of the (TCH) frequency band.

GHOOBMRQN X X HO_Out_BSC_multiband_request Number of outgoing internal TCH handover requests including a change of the (TCH) frequency band.

GHOOBMRQO X HO_Out_BSC_request_multiband_ratio Ratio of outgoing internal TCH handover requests including a change of the (TCH) frequency band over all outgoing internal handover requests.

GHOOBMSUN X X HO_Out_BSC_multiband_success Number of outgoing internal TCH handover successes including a change of the (TCH) frequency band.

GHOOBMSUO X HO_Out_BSC_success_multiband_ratio Ratio of outgoing internal TCH handover successes including a change of the (TCH) frequency band over all outgoing internal handover successes.

GHOOBOCN X X OK HO_Out_BSC_ROC Number of outgoing internal internal intercell SDCCH/RTCH handovers failures with reversion to old channel.

GHOOBOCO X HO_Out_ROC_BSC_ratio Ratio of outgoing internal intercell SDCCH/RTCH handovers failed with reversion to old channel in relation to all 2G 2G outgoing internal intercell and external SDCCH/RTCH handovers failed with reversion to old channel.

GHOOBOCR X X OK HO_Out_BSC_ROC_rate Rate of internal outgoing internal intercell SDCCH/RTCH handovers failures with reversion to old channel over all outgoing internal intercell SDCCH/RTCH handover requests.

GHOOBR X HO_Out_BSC_rate Rate of outgoing internal intercell SDCCH/RTCH handover requests over the total amount of 2G 2G outgoing SDCCH/RTCH handover (intracell+internal intercell+external) requests.

GHOOBRCDBR X HO_Out_BSC_required_drop_BSS_rate Rate of dropped calls because of system problems during outgoing internal intercell SDCCH/RTCH handovers over the total amount of outgoing internal intercell SDCCH/RTCH handovers required

GHOOBRCDR X HO_Out_BSC_required_drop_rate Rate of dropped calls (radio+system) during outgoing internal intercell SDCCH/RTCH handovers over the total amount of outgoing internal intercell SDCCH/RTCH handover required.

GHOOBRCDRR X HO_Out_BSC_required_drop_radio_rate Rate of dropped calls because of radio problems during outgoing internal intercell SDCCH/RTCH handovers over the total amount of outgoing internal intercell SDCCH/RTCH handovers required.

GHOOBRDN X X OK HO_Out_BSC_required Number of outgoing internal intercell SDCCH/RTCH handovers required.


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GHOOBRDO X HO_Out_BSC_required_BSC_ratio Ratio of outgoing internal intercell SDCCH/RTCH handovers required in relation to all outgoing internal intercell and external SDCCH/RTCH handovers required.

GHOOBROCR X HO_Out_BSC_required_ROC_rate Rate of outgoing internal intercell SDCCH/RTCH handover failed with reversion to old channel over all outgoing internal intercell SDCCH/RTCH handovers required.

GHOOBRQN X X OK HO_Out_BSC_request Number of outgoing internal intercell SDCCH/RTCH handover requests.

GHOOBRQO X HO_Out_BSC_request_BSC_ratio Ratio of outgoing internal intercell SDCCH/RTCH handovers required in relation to all 2G 2G outgoing internal intercell and external SDCCH/RTCH handovers required.

GHOOBRQR X HO_Out_BSC_prep_success_rate Rate of outgoing internal intercell SDCCH/RTCH handover requests (after channel allocation) over the total amount of outgoing internal intercell SDCCH/RTCH handovers required.

GHOOBSUN X X OK OK HO_Out_BSC_success Number of outgoing internal intercell SDCCH/RTCH handover successes.

GHOOBSUO X HO_Out_success_BSC_ratio Ratio of outgoing internal intercell SDCCH/RTCH handover successes in relation to all 2G 2G outgoing internal intercell and external SDCCH/RTCH handover successes.

GHOOBSUR X X OK HO_Out_BSC_success_rate Rate of outgoing internal intercell SDCCH/RTCH handover successes over all outgoing internal intercell SDCCH/RTCH handover required.

GHOOBUCDBO X HO_Out_BSC_unsuccess_drop_BSS_ratio

Ratio of dropped calls because of system problems in relation to all unsuccessful SDCH/RTCH seizures (congestion + preparation failures + drops + reversion to old channel), during outgoing internal intercell SDCCH/RTCH handovers .

GHOOBUCDO X HO_Out_BSC_unsuccess_drop_ratio Ratio of dropped calls because of radio and system problems in relation to all unsuccessful SDCCH/RTCH seizures (congestion + preparation failures + drop + reversion to old channel), during outgoing internal intercell SDCCH/RTCH handovers .

GHOOBUCDRO X HO_Out_BSC_unsuccess_drop_radio_ratio

Ratio of dropped calls because of radio problems in relation to all unsuccessful SDCCH/RTCH seizures (congestion + preparation failures + drops + reversion to old channel) during outgoing internal intercell SDCCH/RTCH handovers .

GHOOBUFLO X HO_Out_BSC_unsuccess_fail_ratio Ratio of failed SDCCH/RTCH seizures because of drops (radio+system) and failures with reversion to old channel in relation to all unsuccessful SDCCH/RTCH seizures (congestion + preparation failures + drops + reversion to old channel), during outgoing internal intercell SDCCH/RTCH handovers.

GHOOBUFLPO X HO_Out_BSC_unsuccess_prep_fail_ratio

Ratio of outgoing internal intercell SDCCH/RTCH handover failures during the preparation phase in relation to all unsuccessful outgoing internal intercell SDCCH/RTCH handovers (congestion + other preparation failures + ROC + drops).

GHOOBUN X HO_Out_BSC_unsuccess Number of unsuccessful outgoing external internal intercell SDCCH/RTCH handovers due to congestion, preparation failures, drops (system+radio) and failures with reversion to old channel.

GHOOBUO X HO_Out_BSC_unsuccess_BSC_ratio Ratio of unsuccessful outgoing internal intercell SDCCH/RTCH handovers in relation to all unsuccessful 2G 2G outgoing internal intercell and external SDCCH/RTCH handovers, because of congestion, preparation failures, drops (system+radio) and failures with reversion to old channel.

GHOOBUOCO X HO_Out_BSC_unsuccess_ROC_ratio Ratio of outgoing internal intercell SDCCH/RTCH handovers failed with reversion to old channel in relation to all unsuccessful (congestion+preparation failures+drops+reversion to old channel) outgoing


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internal intercell SDCCH/RTCH handovers.

GHOOBUR X OK HO_Out_BSC_unsuccess_rate Rate of unsuccessful (congestion+preparation failures+drop+reversion to old channel) outgoing internal intercell SDCCH/RTCH handovers over the total amount of outgoing internal intercell SDCCH/RTCH handovers required.

GHOOMCDBFGO X HO_Out_MSC_2G_2G_drop_BSS_ratio Ratio of dropped calls because of system problems in relation to all dropped calls (system + radio) during outgoing external SDCCH/RTCH handovers. Only 2G 2G HO are counted.

GHOOMCDBGN X X OK HO_Out_MSC_2G_2G_drop_BSS Number of dropped calls due to system problems during outgoing external SDCCH/RTCH handovers. only 2G-2G Ho are counted.

GHOOMCDBGR X HO_Out_MSC_2G_2G_drop_BSS_rate Rate of dropped calls due to system problems during outgoing external SDCCH/RTCH handovers over the total amount of outgoing external SDCCH/RTCH handover requests. only 2G-2G HO are counted.

GHOOMCDBTGO X HO_Out_2G_2G_drop_BSS_MSC_ratio Ratio of dropped calls during outgoing external SDCCH/RTCH handovers in relation to all dropped calls during outgoing internal intercell and external SDCCH/RTCH handovers, because of system problems. Only 2G 2G HO are counted.

GHOOMCDBTN X HO_Out_MSC_drop_BSS Number of Outgoing External 2G->3G and 2G->2G HO execution failures due to BSS problems (transmission) (TCH). As the problem is located on the serving cell, the call is dropped. This includes both inter-PLMN and intra-PLMN events.

GHOOMCDBTR X HO_Out_MSC_drop_BSS_rate Rate of Outgoing External 2G->3G and 2G->2G HO execution failures due to BSS problems (transmission) (TCH). As the problem is located on the serving cell, the call is dropped. This includes both inter-PLMN and intra-PLMN events.

GHOOMCDBUN MR4

X HO_Out_MSC_2G_3G_drop_BSS Number of Outgoing External 2G->3G HO execution failures due to BSS problems (transmission) (TCH). As the problem is located on the serving cell, the call is dropped. This includes both inter-PLMN and intra-PLMN events.

GHOOMCDGN X X HO_Out_MSC_2G_2G_drop Number of dropped calls because of radio and system problems during outgoing external SDCCH/RTCH handovers. only 2G-2G Ho are counted.

GHOOMCDGO X HO_Out_2G_2G_drop_MSC_ratio Ratio of dropped calls during outgoing external SDCCH/RTCH handovers in relation to all dropped calls during outgoing internal intercell and external SDCCH/RTCH handovers, because of radio and system problems. only 2G 2G HO are counted.

GHOOMCDGR X X OK HO_Out_MSC_2G_2G_drop_rate Rate of dropped calls because of radio and system problems during outgoing external SDCCH/RTCH handovers over the total amount of outgoing external SDCCH/RTCH handover requests. only 2G 2G HO are counted.

GHOOMCDN X HO_Out_MSC_drop Number of dropped calls because of radio and system problems during outgoing external SDCCH/RTCH handovers.

GHOOMCDR X HO_Out_MSC_drop_rate Rate of dropped calls because of radio and system problems during outgoing external SDCCH/RTCH handovers over the total amount of outgoing external SDCCH/RTCH handover requests.

GHOOMCDRFGO X HO_Out_MSC_2G_2G_drop_radio_ratio Ratio of dropped calls because of radio problems in relation to all dropped calls (system+radio), during outgoing external SDCCH/RTCH handovers.

GHOOMCDRGN X X OK HO_Out_MSC_2G_2G_drop_radio Number of call drops due to radio problems during outgoing external SDCCH/RTCH handover . Note: This indicator counts both inter-PLMN and intra-PLMN handover events and doesnt count handover to 3G.


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GHOOMCDRGR X HO_Out_MSC_2G_2G_drop_radio_rate Rate of dropped calls during outgoing external SDCCH/RTCH handover due to radio problems over the total amount of outgoing external SDCCH/RTCH handover requests. Only 2G 2G HO are counted.

GHOOMCDRTGO X HO_Out_2G_2G_drop_radio_MSC_ratio Ratio of dropped calls during outgoing external SDCCH/RTCH handovers in relation to all dropped calls during outgoing internal intercell and external SDCCH/RTCH handovers, because of radio problems. Only 2G 2G HO are counted.

GHOOMCDRUN MR4

X OK HO_Out_MSC_2G_3G_failure_radio Number of Outgoing External 2G->3G HO execution failures due to to radio problem (TCH). As the problem is located on the serving cell, the call is dropped. This includes both inter-PLMN and intra-PLMN events.

GHOOMCDRUXN X HO_Out_MSC_2G_3G_failure_radio_aux

Auxiliary indicator for RTCH_HO_Out_failure_radio indicator (B9 formula). Number of Outgoing External 2G->3G HO execution failures due to to radio problem (TCH). As the problem is located on the serving cell, the call is dropped. This includes both inter-PLMN and intra-PLMN events.

GHOOMCDTN X HO_Out_MSC_drop_radio Number of Outgoing External 2G->3G and 2G->2G HO execution failures due to to radio problem (TCH). As the problem is located on the serving cell, the call is dropped. This includes both inter-PLMN and intra-PLMN events.

GHOOMCDTR X HO_Out_MSC_drop_radio_rate Rate Outgoing External 2G->3G and 2G->2G HO execution failures due to to radio problem (TCH). As the problem is located on the serving cell, the call is dropped. This includes both inter-PLMN and intra-PLMN events.

GHOOMCDUN MR4

X HO_Out_MSC_2G_3G_drop Number of Outgoing External 2G->3G HO execution failures due to BSS problems (transmission) and radio problem (TCH). As the problem is located on the serving cell, the call is dropped. This includes both inter-PLMN and intra-PLMN events.

GHOOMCDUR X HO_Out_MSC_2G_3G_drop_rate rate of Outgoing External 2G->3G HO execution failures due to BSS problems (transmission) and radio problem (TCH). As the problem is located on the serving cell, the call is dropped. This includes both inter-PLMN and intra-PLMN events

GHOOMCGUN MR4

X HO_Out_MSC_2G_3G_prep_fail Number of Outgoing External 2G->3G HO preparation failures (TCH). This includes both inter-PLMN and intra-PLMN events.

GHOOMEFGR X HO_Out_MSC_2G_2G_efficiency_rate Rate of outgoing internal intercell SDCCH/RTCH handover successes over the total amount of outgoing internal intercell SDCCH/RTCH handover requests. Only 2G 2G HO are counted.

GHOOMEFTR X HO_Out_MSC_efficiency_rate Rate of Outgoing 2G->3G and 2G->2G handovers successes over the total amount of outgoing handovers requests. This includes both inter-PLMN and intra-PLMN events.

GHOOMEFUR MR4

X HO_Out_MSC_2G_3G_efficiency_rate Rate of Outgoing 2G->3G handovers successes over the total amount of outgoing handovers requests. This includes both inter-PLMN and intra-PLMN events.

GHOOMFLGN X HO_Out_MSC_2G_2G_fail Number of failed SDCCH/RTCH seizures due to drops (system+radio) and failures with reversion to old channel during outgoing external SDCCH/RTCH handovers. Only 2G 2G HO are counted.

GHOOMFLGR X X HO_Out_MSC_2G_2G_fail_rate Rate of failed SDCCH/RTCH seizures due to drops (system+radio) and failures with reversion to old channel during outgoing external SDCCH/RTCH handovers over the total amount of outgoing external SDCCH/RTCH handover requests. Only 2G-2G HO are counted.

GHOOMFLPGN X OK HO_Out_MSC_2G_2G_prep_fail Number of unsuccessful outgoing external SDCCH/RTCH handovers during the preparation phase. only 2G 2G HO are counted.


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GHOOMFLPGR X X OK HO_Out_MSC_2G_2G_prep_fail_rate Rate of unsuccessful outgoing external SDCCH/RTCH handovers during the preparation phase over the outgoing external SDCCH/RTCH handovers required.

GHOOMFLPO X HO_Out_MSC_prep_fail_MSC_ratio Ratio of unsuccessful outgoing external SDCCH/RTCH handovers during preparation phase in relation to all unsuccessful outgoing SDCCH/RTCH handovers during the preparation phase. Only 2G 2G HO are counted.

GHOOMFLPR X HO_Out_MSC_prep_fail_rate Rate of unsuccessful outgoing external SDCCH/RTCH handovers during the preparation phase over the outgoing external SDCCH/RTCH handovers required.

GHOOMFLPUR MR4

X HO_Out_MSC_2G_3G_prep_fail_rate Outgoing External 2G->3G HO preparation failure rate (TCH). This includes both inter-PLMN and intra-PLMN events.

GHOOMFLTGO X HO_Out_2G_2G_fail_MSC_ratio Ratio of outgoing external SDCCH/RTCH handovers failed in relation to all outgoing internal intercell and external SDCCH/RTCH handovers failed, because of drops (system+radio) and failures with reversion to old channel. Only 2G 2G HO are counted.

GHOOMGR X HO_Out_MSC_2G_2G_rate Rate of outgoing external SDCCH/RTCH handover requests over the total amount of outgoing SDCCH/RTCH handover (intracell+internal intercell+external) requests. Only 2G Ho are counted.

GHOOMMEFGR X HO_Out_MSC_2G_2G_multiband_efficiency_rate

Rate of outgoing external TCH handover successes including a change of the (TCH) frequency band over outgoing external TCH handover requests including a change of the (TCH) frequency band. only 2g 2g Ho are counted.

GHOOMMRQGN X X HO_Out_MSC_2G_2G_multiband_request

Number of outgoing external TCH handover requests including a change of the (TCH) frequency band. only 2G 2G HO are counted.

GHOOMMRQGO X HO_Out_MSC_2G_2G_request_multiband_ratio

Ratio of outgoing external TCH handover requests including a change of the (TCH) frequency band over all outgoing external handover requests.

GHOOMMSUGN X X HO_Out_MSC_2G_2G_multiband_success

Number of outgoing external TCH handover successes including a change of the (TCH) frequency band. only 2G 2G HO are counted.

GHOOMMSUGO X HO_Out_MSC_2G_2G_success_multiband_ratio

Ratio of outgoing external TCH handover successes including a change of the (TCH) frequency band over all outgoing external handover successes. Only 2G 2G HO are counted.

GHOOMOCGN X X OK HO_Out_MSC_2G_2G_ROC Number of outgoing external SDCCH/RTCH handover failures with reversion to old channel. only 2G-2G HO are counted. Note: This indicator counts both inter-PLMN and intra-PLMN handover events and doesnt count handover to 3G.

GHOOMOCGR X X HO_Out_MSC_2G_2G_ROC_rate Rate of outgoing external SDCCH/RTCH handover failures with reversion to old channel over the total amount of outgoing external SDCCH/RTCH handover requests.

GHOOMOCO X HO_Out_ROC_MSC_ratio Ratio of outgoing external SDCCH/RTCH handovers failed with reversion to old channel in relation to all outgoing internal intercell and external SDCCH/RTCH handovers failed with reversion to old channel. Only 2G 2G HO are counted.

GHOOMOCTN X HO_Out_MSC_ROC Number of Returns to Old channels in Outgoing External 2G->3G and 2G->2G HO.This includes both inter-PLMN and intra-PLMN events.

GHOOMOCTR X HO_Out_MSC_ROC_rate Rate of Returns to Old channels in Outgoing External 2G->3G and 2G->2G HO.This includes both inter-PLMN and intra-PLMN events.


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GHOOMOCUN MR4

X HO_Out_MSC_2G_3G_ROC Number of Outgoing External 2G->3G HO execution failures due to to radio problem with reversion of the mobile to the old channel. (TCH). This includes both inter-PLMN and intra-PLMN events.

GHOOMOCUR X HO_Out_MSC_2G_3G_ROC_rate Rate of Return to old Channel in External 2G 3G HO in relation to the 2G 3G Ho requests.

GHOOMOCUXN X HO_Out_MSC_2G_3G_ROC_aux Auxiliary indicator for RTCH_HO_Out_ROC indicator (B9 formula). Number of Outgoing External 2G->3G HO execution failures due to to radio problem with reversion of the mobile to the old channel. (TCH). This includes both inter-PLMN and intra-PLMN events.

GHOOMPFTR X HO_Out_MSC_prep_fail_rate To be completedRate of unsuccessful outgoing external SDCCH/RTCH handovers during the preparation phase over the outgoing external SDCCH/RTCH handovers required.

GHOOMPFUR X HO_Out_MSC_2G_3G_prep_fail_reject_rate

Rate of outgoing TCH HO preparation failures due to Cause "HANDOVER REQUIRED REJECT" over the number of Outgoing External 2G->3G HO required. This includes both inter-PLMN and intra-PLMN events.

GHOOMRCDBGR X HO_Out_MSC_2G_2G_required_drop_BSS_rate

Rate of dropped calls due to system problems during outgoing external SDCCH/RTCH handovers over the total amount of outgoing external SDCCH/RTCH handover required. Only 2G 2G HO are counted.

GHOOMRCDGR X HO_Out_MSC_2G_2G_required_drop_rate

Rate of dropped calls because of radio and system problems during outgoing external SDCCH/RTCH handovers over the total amount of outgoing external SDCCH/RTCH handovers required. Only 2G 2G HO are counted.

GHOOMRCDRGR X HO_Out_MSC_2G_2G_required_drop_radio_rate

Rate of dropped calls due to radio problems during outgoing external SDCCH/RTCH handovers over the total amount of outgoing external SDCCH/RTCH handovers required. Only 2G 2G HO are counted.

GHOOMRDGN X X OK HO_Out_MSC_2G_2G_required Number of outgoing external SDCCH/RTCH handover required. Note: This indicator counts both inter-PLMN and intra-PLMN handover events and doesnt count handover to 3G.

GHOOMRDO X HO_Out_required_MSC_ratio Ratio of outgoing external SDCCH/RTCH handovers required in relation to all outgoing internal intercell and external SDCCH/RTCH handovers required. Only 2G 2G HO are counted.

GHOOMRDTN X HO_Out_MSC_required Number of Outgoing External 2G->3G or 2G->2G HO required.This includes both inter-PLMN and intra-PLMN events.

GHOOMRDUN MR4

X HO_Out_MSC_2G_3G_required Number of Outgoing External 2G->3G HO required (TCH).This includes both inter-PLMN and intra-PLMN events.

GHOOMRDUXN X HO_Out_MSC_2G_3G_required_aux Auxiliary Indicator for the indicator RTCH_HO_Out_request (B9 formula). Number of Outgoing External 2G->3G HO required (TCH).This includes both inter-PLMN and intra-PLMN events.

GHOOMROCGR X HO_Out_MSC_2G_2G_required_ROC_rate

Rate of outgoing external SDCCH/RTCH handover failures with reversion to old channel over the total amount of outgoing external SDCCH/RTCH handovers required. only 2G 2G Ho are counted.

GHOOMRQGN X X OK HO_Out_MSC_2G_2G_request Number of outgoing external SDCCH/RTCH handover requests. only 2G-2G HO are counted. Note: This indicator counts both inter-PLMN and intra-PLMN handover events and doesnt count handover to 3G.


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GHOOMRQGO X HO_Out_MSC_2G_2G_request_MSC_ratio

Ratio of outgoing external SDCCH/RTCH handover requests in relation to all outgoing internal intercell and external SDCCH/RTCH handover requests. Only 2G 2G HO are counted.

GHOOMRQGR X HO_Out_MSC_2G_2G_prep_success_rate

Rate of outgoing external SDCCH/RTCH handover requests (after channel allocation) over the total amount of outgoing external SDCCH/RTCH handovers required. Only 2G-2G HO are counted.

GHOOMRQTN X HO_Out_MSC_request Number of Outgoing External 2G->3G and 2G->2G HO requests.This includes both inter-PLMN and intra-PLMN events.

GHOOMRQTO X HO_Out_MSC_2G_3G_request_ratio Ratio of Outgoing external 2G 3G HO in relation to all external HO.

GHOOMRQUN MR4

X HO_Out_MSC_2G_3G_request Number of Outgoing External 2G->3G HO requests (TCH).This includes both inter-PLMN and intra-PLMN events.

GHOOMRQUO X RTCH_HO_Out_2G_3G_Request_Ratio Ratio of outgoing external TCH handover requests to a 3G Cell in relation to all outgoing intracell, internal intercell and external TCH handover requests.

GHOOMSUGN X X OK OK HO_Out_MSC_2G_2G_success Number of outgoing external SDCCH/RTCH handover success. Only 2G-2G HO are counted Note: This indicator counts both inter-PLMN and intra-PLMN handover events and doesnt count handover to 3G.

GHOOMSUGR X X OK HO_Out_MSC_2G_2G_success_rate Rate of outgoing external SDCCH/RTCH handover successes over the total amount of outgoing external SDCCH/RTCH handovers required. only 2G-2G Ho are counted.

GHOOMSUO X HO_Out_success_MSC_ratio Ratio of outgoing external SDCCH/RTCH handover successes in relation to all outgoing internal intercell and external SDCCH/RTCH handover successes. Only 2G 2G HO are counted.

GHOOMSUTN X HO_Out_MSC_success Number of Outgoing External 2G->3G and 2G->2G HO successes.This includes both inter-PLMN and intra-PLMN events.

GHOOMSUTR X HO_Out_MSC_success_rate Rate of Outgoing External 2G->3G and 2G->2G HO successes.This includes both inter-PLMN and intra-PLMN events.

GHOOMSUUN MR4

X HO_Out_MSC_2G_3G_success Number of Outgoing External 2G->3G HO successes (TCH).This includes both inter-PLMN and intra-PLMN events.

GHOOMSUUR MR4

X HO_Out_MSC_2G_3G_success_rate Rate of Outgoing External 2G->3G HO successes (TCH).This includes both inter-PLMN and intra-PLMN events.

GHOOMSUUXN X HO_Out_MSC_2G_3G_success_aux Auxiliary Indicator for the RTCH_HO_Out_success indicator (B9 formula). Number of Outgoing External 2G->3G HO successes (TCH).This includes both inter-PLMN and intra-PLMN events.

GHOOMUCDBGO X HO_Out_MSC_2G_2G_unsuccess_drop_BSS_ratio

Ratio of dropped calls because of system problems in relation to all unsuccessful SDCCH/RTCH seizures (congestion+preparation failures+ drops+reversion to old channel), during outgoing external SDCCH/RTCH handovers. Only 2G 2G Ho are counted

GHOOMUCDGO X HO_Out_MSC_2G_2G_unsuccess_drop_ratio

Ratio of dropped calls because of system and radio problems in relation to all unsuccessfull SDCCH/RTCH seizures (congestion+preparation failures+drops+ reversion to old channel), during outgoing external SDCCH/RTCH handovers. Only 2G 2G Ho are counted.

GHOOMUCDRGO X HO_Out_MSC_2G_2G_unsuccess_drop_radio_ratio

Ratio of dropped calls because of radio problems in relation to all unsuccessful SDCCH/RTCH seizures (congestion+preparation failures+drop+reversion to old channel), during outgoing internal intercell and external SDCCH/RTCH handovers. Only 2G 2G HO are counted.


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GHOOMUFLGO X HO_Out_MSC_2G_2G_unsuccess_fail_ratio

Ratio of failed SDCCH/RTCH seizures due to drops (system+radio) and failures with reversion to old channel in relation to all unsuccessfull SDCCH/RTCH seizures (congestion+preparation failures+drop+reversion to old channel) during outgoing external SDCCH/RTCH handovers. Only 2G 2G Ho are counted.

GHOOMUFLPGO X HO_Out_MSC_2G_2G_unsuccess_prep_fail_ratio

Ratio of unsuccessful outgoing external SDCCH/RTCH handovers during the preparation phase in relation to all unsuccessfull outgoing external SDCCH/RTCH handovers (congestion + preparation failures + drop + reversion to old channel). Only 2g 2g Ho are counted.

GHOOMUGN X HO_Out_MSC_2G_2G_unsuccess Number of unsuccessful outgoing external SDCCH/RTCH handovers because of congestion, preparation failures, drops (radio + system) and failures with reversion to old channel . only 2G 2G HO are counted.

GHOOMUGO X HO_Out_MSC_2G_2G_unsuccess_MSC_ratio

Ratio of unsuccessful outgoing external SDCCH/RTCH handovers in relation to all unsuccessful outgoing internal intercell and external SDCCH/RTCH handovers because of congestion, preparation failures, drops (system + radio) and failures with reversion to old channel. Only 2G 2G HO are counted.

GHOOMUGR X OK HO_Out_MSC_2G_2G_unsuccess_rate Rate of unsuccessful (congestion+preparation failures+drops+reversion to old channel) outgoing external SDCCH/RTCH handovers over the total amount of outgoing external SDCCH/RTCH handovers required. Only 2G 2G Ho are counted.

GHOOMUOCGO X HO_Out_MSC_2G_2G_unsuccess_ROC_ratio

Ratio of outgoing external SDCCH/RTCH handovers failed with reversion to old channel in relation to all unsuccessful (congestion+preparation failures+drops+ reversion to old channel) external SDCCH/RTCH handovers. Only 2G 2G HO are counted.

GHOOPEFR X X RTCH_HO_Out_InterPLMN_efficiency_rate

Rate of inter PLMN TCH outgoing handover successes in relation to the number of InterPLMN outgoing handover requests. This indicator takes into account the directed retry.

GHOOPFLEN X X RTCH_HO_Out_InterPLMN_exe_fail Number of inter PLMN TCH outgoing handover failures during execution phase. This indicator takes into account the directed retry.

GHOOPFLER X X RTCH_HO_Out_InterPLMN_exe_fail_rate

Rate of inter PLMN TCH outgoing handover failures during execution phase in relation to the number of inter PLMN TCH outgoing handover attempts. This indicator takes into account the directed retry.

GHOOPFLPN X X RTCH_HO_Out_InterPLMN_prep_fail Number of inter PLMN TCH outgoing handover failures during preparation phase. This indicator takes into account the directed retry.

GHOOPPFR X RTCH_HO_Out_InterPLMN_prep_fail_rate

Rate of inter PLMN TCH outgoing handover failures during preparation phase in relation to the number of inter PLMN TCH outgoing handovers requests. This indicator takes into account the directed retry.

GHOOPRDGO X RTCH_HO_Out_2G_2G_InterPLMN_request_ratio

Ratio of outgoing inter PLMN TCH handovers requests to outgoing intra-PLMN and inter-PLMN TCH HO requests. This indicator takes into account the directed retry.

GHOOPRDN X X RTCH_HO_Out_InterPLMN_request Number of inter PLMN TCH outgoing handovers requests. This indicator takes into account the directed retry.

GHOOPRDO X RTCH_HO_Out_2G_2G_InterPLMN_required_ratio

Ratio of outgoing inter PLMN TCH handovers required to outgoing intra-PLMN and inter-PLMN TCH HO required..


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This indicator takes into account the directed retry.

GHOOPRFLER X X RTCH_HO_Out_InterPLMN_request_exe_fail_rate

Rate of inter PLMN TCH outgoing handover failures during the execution phase over the number of Inter PLMN TCH outgoing handovers requests. This indicator takes into account the directed retry.

GHOOPRQN X X RTCH_HO_Out_InterPLMN_attempt Number of inter PLMN TCH outgoing handover attempts (HO COMMAND). This indicator takes into account the directed retry.

GHOOPRQO X RTCH_HO_Out_2G_2G_InterPLMN_attempt_ratio

Ratio of outgoing inter PLMN TCH handover attempts to outgoing intra-PLMN and inter-PLMN TCH HO attempts (HO COMMAND). This indicator takes into account the directed retry.

GHOOPSUN X X RTCH_HO_Out_InterPLMN_success Number of inter PLMN TCH outgoing handover successes. This indicator takes into account the directed retry.

GHOOPSUO X RTCH_HO_Out_2G_2G_InterPLMN_success_ratio

Ratio of outgoing inter PLMN TCH handover successes to outgoing intra-PLMN and inter-PLMN TCH HO successes. This indicator takes into account the directed retry.

GHOOPSUR X X RTCH_HO_Out_InterPLMN_success_rate

Rate of Inter PLMN TCH outgoing handover sucesses in relation to the number of Inter PLMN TCH outgoing handovers requests. This indicator takes into account the directed retry.

GHOORCAR X HO_Out_allocated_rate Rate of SDCCH/RTCH allocated for outgoing internal intercell and external SDCCH/RTCH handovers.

GHOORCDBGN X X HO_Out_2G_2G_drop_BSS Number of dropped calls due to system problems during outgoing internal intercell and external SDCCH/RTCH handovers. Only 2G 2G HO are counted.

GHOORCDBGO X HO_Out_2G_2G_drop_BSS_ratio Ratio of dropped calls because of system problems in relation to all dropped calls (system+radio), during outgoing internal intercell and external SDCCH/RTCH handovers. Only 2G 2G HO are counted.

GHOORCDBGR X HO_Out_2G_2G_drop_BSS_rate Rate of dropped calls due to system problems during outgoing internal intercell and external SDCCH/RTCH handovers over the total amount of outgoing internal intercell and external SDCCH/RTCH handover requests. Only 2G 2G HO are counted.

GHOORCDGN X X HO_Out_2G_2G_drop Number of dropped calls because of radio and system problems during outgoing internal intercell and external SDCCH/RTCH handovers. only 2G 2G HO are counted.

GHOORCDGR X X HO_Out_2G_2G_drop_rate Rate of dropped calls because of radio and system problems during outgoing internal intercell and external SDCCH/RTCH handovers over the total amount of outgoing internal intercell and external SDCCH/RTCH handover requests. Only 2G 2G HO are counted.

GHOORCDRGN X X HO_Out_2G_2G_drop_radio Number of dropped calls due to radio problems during outgoing internal intercell and external SDCCH/RTCH handovers. Only 2G 2G HO are counted.

GHOORCDRGO X HO_Out_2G_2G_drop_radio_ratio Ratio of dropped calls due to radio problems in relation to all dropped calls (system+radio) during outgoing internal intercell and external SDDCH/RTCH handovers. Only 2G 2G HO are counted.


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GHOORCDRGR X HO_Out_2G_2G_drop_radio_rate Rate of dropped calls due to radio problems during outgoing internal intercell and external handovers over the total amount of outgoing internal intercell and external SDCCH/RTCH handover requests. Only 2G 2G HO are counted.

GHOOREFGR X X HO_Out_2G_2G_efficiency_rate Rate of outgoing internal intercell and external SDCCH/RTCH handover successes over the total amount of outgoing internal intercell and external SDCCH/RTCH handover requests. Only 2G 2G HO are counted.

GHOOREFR MR4

X HO_Out_efficiency_rate Rate of outgoing 2G->3G HO and 2G-> 2G HO successes (both Internal and external) (TCH +SDCCH) over the total amount of outgoing handover requests. This includes both inter-PLMN and intra-PLMN events.

GHOORFLGN X HO_Out_2G_2G_fail Number of failed SDCCH/RTCH seizures due to drops (system+radio) and failures with reversion to old channel during outgoing internal intercell and external SDCCH/RTCH handovers. Only 2G 2G HO are counted.

GHOORFLGR X X HO_Out_2G_2G_fail_rate Rate of failed SDCCH/RTCH seizures due to drops (system+radio) and failures with reversion to old channel during outgoing internal intercell and external SDCCH/RTCH handovers over the total amount of internal intercell and external SDCCH/RTCH outgoing handover requests. Only 2G 2G HO are counted.

GHOORFLPGN X HO_Out_2G_2G_prep_fail Number of unsuccessful outgoing internal intercell and external SDCCH/RTCH handovers during the preparation phase. Only 2G 2G HO are counted.

GHOORFLPGR X X HO_Out_2G_2G_prep_fail_rate Rate of unsuccessful outgoing internal intercell and external SDCCH/RTCH handovers during the preparation phase over the outgoing internal intercell and external SDCCH/RTCH handovers required.

GHOORFLPR X HO_Out_prep_fail_rate Rate of unsuccessful outgoing internal intercell and external SDCCH/RTCH handovers during the preparation phase over the outgoing internal intercell and external SDCCH/RTCH handovers required.

GHOORMEFGR X HO_Out_2G_2G_multiband_efficiency_rate

Rate of outgoing TCH handover successes including a change of the (TCH) frequency band over outgoing TCH handover requests including a change of the (TCH) frequency band. Only 2G 2G Ho are counted.

GHOORMRQGN X HO_Out_2G_2G_multiband_request Number of outgoing TCH handover requests including a change of the (TCH) frequency band. only 2G 2G HO are counted.

GHOORMRQGO X HO_Out_2G_2G_request_multiband_ratio

Ratio of outgoing TCH handover requests including a change of the (TCH) frequency band over all outgoing handover requests. Only 2G 2G HO are counted.

GHOORMSUGN X HO_Out_2G_2G_multiband_success Number of outgoing TCH handover successes including a change of the (TCH) frequency band. Only 2G 2G HO are counted.

GHOORMSUGO X HO_Out_2G_2G_success_multiband_ratio

Ratio of outgoing TCH handover successes including a change of the (TCH) frequency band over all outgoing handover successes. Only 2G 2G HO are counted.

GHOOROCGN X X HO_Out_2G_2G_ROC Number of outgoing internal intercell and external SDCCH/RTCH handover failures with reversion to old channel. Only 2G 2G HO are counted.

GHOOROCGR X X HO_Out_2G_2G_ROC_rate Rate of outgoing internal intercell and external SDCCH/RTCH handover failures with reversion to old channel over the total amount of outgoing internal intercell and external SDCCH/RTCH handover requests. Only 2G 2G Ho are counted.

GHOORRCDBR X HO_Out_required_drop_BSS_rate Rate of dropped calls due to system problems during outgoing internal intercell and external SDCCH/RTCH handovers over the total amount of outgoing internal intercell and external


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SDCCH/RTCH handovers required. Only 2G 2G HO are counted.

GHOORRCDR X HO_Out_required_drop_rate Rate of dropped calls because of radio and system problems during outgoing internal intercell and external SDCCH/RTCH handovers over the total amount of outgoing internal intercell and external SDCCH/RTCH handovers required. Only 2G 2G HO are counted.

GHOORRCDRR X HO_Out_required_drop_radio_rate Rate of dropped calls due to radio problems during outgoing internal intercell and external SDCCH/RTCH handovers over the total amount of outgoing internal intercell and external SDCCH/RTCH handovers required. Only 2G 2G HO are counted.

GHOORRDGN X X HO_Out_2G_2G_required Number of outgoing internal intercell and external SDCCH/RTCH handovers required. Only 2G 2G HO are counted.

GHOORRDN MR4

X HO_Out_required Number of Outgoing 2G->3G HO and 2G-> 2G HO required (both Internal and external) (TCH +SDCCH).This includes both inter-PLMN and intra-PLMN events.

GHOORROCR X HO_Out_required_ROC_rate Rate of outgoing internal intercell and external SDCCH/RTCH handover failures with reversion to old channel over the total amount of outgoing internal intercell and external SDCCH/RTCH handovers required. Only 2G 2G HO are counted.

GHOORRQGN X X HO_Out_2G_2G_request Number of outgoing internal intercell and external SDCCH/RTCH handover requests. only 2G 2G HO are counted.

GHOORRQGR X HO_Out_2G_2G_prep_success_rate Rate of outgoing internal intercell and external SDCCH/RTCH handover requests (after channel allocation) over the total amount of outgoing internal intercell and external SDCCH/RTCH handovers required. Only 2G 2G HO are counted.

GHOORRQN MR4

X HO_Out_request Number of Outgoing 2G->3G HO and 2G-> 2G HO request (both Internal and external) (TCH +SDCCH).This includes both inter-PLMN and intra-PLMN events.

GHOORSUGN X X HO_Out_2G_2G_success Number of outgoing internal intercell and external SDCCH/RTCH handover successes. only 2G 2G HO are counted.

GHOORSUGR X X HO_Out_2G_2G_success_rate Rate of outgoing internal intercell and external SDCCH/RTCH handover successes over the total amount of outgoing internal intercell and external SDCCH/RTCH handovers required. Only 2G 2G HO are counted.

GHOORSUN MR4

X HO_Out_success Number of Outgoing 2G->3G HO and 2G-> 2G HO successes (both Internal and external) (TCH +SDCCH).This includes both inter-PLMN and intra-PLMN events.

GHOORSUR MR4

X HO_Out_success_rate Rate of outgoing 2G->3G HO and 2G-> 2G HO successes (both Internal and external) (TCH +SDCCH) over the total amount of outgoing internal intercell and external SDCCH/RTCH handovers required. This includes both inter-PLMN and intra-PLMN events.

GHOORSUXGR X X RTCH_HO_Out_2G_2G_success_rate Rate of outgoing handover successes over all outgoing handover requests. Outgoing intracell, internal intercell and external handovers 2G-2G are counted.

GHOORSUXR X RTCH_HO_Out_success_rate Rate of outgoing handover successes over all outgoing handover requests. Outgoing intracell, internal intercell and external handovers are counted.


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GHOORUCDBGO X HO_Out_2G_2G_unsuccess_drop_BSS_ratio

Ratio of dropped calls because of system problems in relation to all unsuccessful SDCCH/RTCH seizures (congestion+preparation failures+drops+reversion to old channel), during outgoing internal intercell and external SDCCH/RTCH handovers. Only 2G 2G HO are counted.

GHOORUCDGO X HO_Out_2G_2G_unsuccess_drop_ratio Ratio of dropped calls because of system and radio problems in relation to all unsuccessful SDCCH/RTCH seizures (congestion+preparation failures+drop+reversion to old channel), during outgoing internal intercell and external SDCCH/RTCH handovers. Only 2G 2G HO are counted.

GHOORUCDRGO X HO_Out_2G_2G_unsuccess_drop_radio_ratio

Ratio of dropped calls during internal and external outgoing handovers because of radio problem in relation to all unsuccessful (drop+reversion to old channel+not allocated) internal and external outgoing handovers. Only 2G 2G HO are counted.

GHOORUFLGO X HO_Out_2G_2G_unsuccess_fail_ratio Ratio of failed SDCCH/RTCH seizures due to drops (system+radio) and failures with reversion to old channel in relation to all unsuccessfull SDCCH/RTCH seizures (congestion+preparation failures+drops+reversion to old channel) during outgoing internal intercell and external SDCCH/RTCH handovers. Only 2G 2G HO are counted.

GHOORUFLPGO X HO_Out_2G_2G_unsuccess_prep_fail_ratio

Ratio of unsuccessful outgoing internal intercell and external SDCCH/RTCH handovers during the preparation phase in relation to all unsuccessfull outgoing internal intercell and external SDCCH/RTCH handovers (congestion + preparation failures + drops + reversion to old channel). Only 2G 2G HO are counted.

GHOORUGN X HO_Out_2G_2G_unsuccess Number of unsuccessful outgoing internal intercell and external SDCCH/RTCH handovers because of congestion, preparation failures, drops (system+radio) and failures with reversion to old channel. Only 2G 2G HO are counted.

GHOORUGR X HO_Out_2G_2G_unsuccess_rate Rate of unsuccessful (congestion + preparation failures + drops+reversion to old channel) outgoing internal intercell and external SDCCH/RTCH handovers over the total amount of outgoing internal intercell and external SDCCH/RTCH handovers required. Only 2G 2G HO are counted.

GHOORUOCGO X HO_Out_2G_2G_unsuccess_ROC_ratio Ratio of outgoing internal intercell and external SDCCH/RTCH handovers failed with reversion to old channel in relation to all unsuccessful (congestion+ preparation failures+drop+reversion to old channel) outgoing internal intercell and external SDCCH/RTCH handovers. Only 2G 2G HO are counted.

GHOOTCAGN X RTCH_HO_Out_2G_2G_allocated Number of RTCH allocated during outgoing intracell, internal intercell and external handover. Only counts 2G-2G HO.

GHOOTCAGR X RTCH_HO_Out_2G_2G_allocated_rate Rate of RTCH allocated during outgoing intracell, internal intercell and external handover. Only counts 2G-2G HO.

GHOOTCAN X RTCH_HO_Out_allocated Number of RTCH allocated during outgoing intracell, internal intercell and external handover. Note: The indicator RTCH_HO_Out_cong doesn't include 2G-3G HO in B9.

GHOOTCAR X RTCH_HO_Out_allocated_rate Rate of RTCH allocated during outgoing intracell, internal intercell and external handover.

GHOOTCDBGN X X RTCH_HO_Out_2G_2G_failure_BSS Number of unsuccessful outgoing intracell, internal intercell and external handover due to BSS problems during preparation phase. Only includes 2G 2G handovers.


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GHOOTCDBN X X RTCH_HO_Out_failure_BSS Number of unsuccessful outgoing intracell, internal intercell and external handover due to BSS problems during preparation phase.

GHOOTCDNGR X X RTCH_HO_Out_2G_2G_failure_BSS_rate

Rate of unsuccessful outgoing intracell, internal intercell and external handover due to BSS problems during preparation phase. Doesn't count 2G-3G handovers.

GHOOTCDNR X RTCH_HO_Out_failure_BSS_rate Rate of unsuccessful outgoing intracell, internal intercell and external handover due to BSS problems during preparation phase.

GHOOTCDRGN X X RTCH_HO_Out_2G_2G_failure_radio Number of unsuccessful outgoing intracell, internal intercell and external handovers due to radio problems without reversion to old channel (call drop). Note: This indicator counts both inter-PLMN and intra-PLMN handover events and doesn't count handover to 3G.

GHOOTCDRGR X X RTCH_HO_Out_2G_2G_failure_radio_rate

Rate of unsuccessful outgoing intracell, internal intercell and external handovers due to radio problems without reversion to old channel (call drop).

GHOOTCDRN X X RTCH_HO_Out_failure_radio Number of unsuccessful outgoing intracell, internal intercell and external handovers due to radio problems without reversion to old channel (call drop). Note: This indicator counts both inter-PLMN and intra-PLMN handover events Note2: This indicator doesn't count handover to 3G in B9.

GHOOTCDRR X RTCH_HO_Out_failure_radio_rate Rate of unsuccessful outgoing intracell, internal intercell and external handovers due to radio problems without reversion to old channel (call drop). Include 2G-3G Handovers.

GHOOTCDRXN X RTCH_HO_Out_failure_radio_aux Auxiliary indicator for RTCH_HO_Out_failure_radio indicator. Number of unsuccessful outgoing intracell, internal intercell and external handovers due to radio problems without reversion to old channel (call drop). Note: This indicator counts both inter-PLMN and intra-PLMN handover events. Note2: This indicator doesn't count handover to 3G in B9.

GHOOTCGGN X X RTCH_HO_Out_2G_2G_cong Number of RTCH not allocated due to congestion during outgoing intracell, internal intercell and external handover. Note: This indicator counts both inter-PLMN and intra-PLMN handover events and doesn't count handover to 3G.

GHOOTCGGR X X RTCH_HO_Out_2G_2G_cong_rate Rate of RTCH not allocated due to congestion during outgoing intracell, internal intercell and external handover. Includes 2G-2G HO.

GHOOTCGN X X RTCH_HO_Out_cong Number of RTCH not allocated due to congestion during outgoing intracell, internal intercell and external handover. Note: This indicator counts both inter-PLMN and intra-PLMN handover events and Note: It only counts handover to 3G in B10.

GHOOTCGR X RTCH_HO_Out_cong_rate Rate of RTCH not allocated due to congestion during outgoing intracell, internal intercell and external handover.


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GHOOTOCGN X X RTCH_HO_Out_2G_2G_ROC Number of unsuccessfull outgoing intracell, internal intercell and external handover with reversion to old channel. Note: This indicator counts both inter-PLMN and intra-PLMN handover events and doesn't count handover to 3G.

GHOOTOCGR X X RTCH_HO_Out_2G_2G_ROC_rate Rate of unsuccessful outgoing intracell, internal intercell and external handover with reversion to old channel. Only in 2G-2G Handover.

GHOOTOCN X X RTCH_HO_Out_ROC Number of unsuccessfull outgoing intracell, internal intercell and external handover with reversion to old channel. Note: This indicator counts both inter-PLMN and intra-PLMN handover events and counts handover to 3G.

GHOOTOCR X RTCH_HO_Out_ROC_rate Rate of unsuccessful outgoing intracell, internal intercell and external handover with reversion to old channel. Include 2G-3G Handovers.

GHOOTOCXN X RTCH_HO_Out_ROC_aux Auxiliary indicator for RTCH_HO_Out_ROC indicator Number of unsuccessfull outgoing intracell, internal intercell and external handover with reversion to old channel. Note: This indicator counts both inter-PLMN and intra-PLMN handover events. Note2: This indicator doesn't count handover to 3G in B9.

GHOOTRQGN X X RTCH_HO_Out_2G_2G_request Number of outgoing intracell, internal intercell and external handover requests. Note: This indicator counts both inter-PLMN and intra-PLMN handover events and doesn't count handover to 3G.

GHOOTRQN X X RTCH_HO_Out_request Number of outgoing intracell, internal intercell and external handover required. Note: This indicator counts both inter-PLMN and intra-PLMN handover events and counts handover to 3G.

GHOOTRQXN X RTCH_HO_Out_request_aux Auxiliary Indicator for the indicator RTCH_HO_Out_request. Number of outgoing intracell, internal intercell and external handover required. Note: This indicator counts both inter-PLMN and intra-PLMN handover events. Note: This indicator only counts handover to 3G in B10.

GHOOXCDBN X X Serv_drop_BSS Number of dropped calls during outgoing external and internal inter-cell TCH handover execution because of system problem. The failures due to congestion are also counted. Note : Available only if the type 26 is activated at the OMCR.


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GHOOXCDBO X Serv_drop_BSS_ratio Ratio of dropped calls during outgoing external and internal inter-cell TCH handover execution because of system problem (+ congestion) in relation to all unsuccessful outgoing external and internal intercell TCH handover (system + radio + roc + congestion). Note : Available only if the type 26 is activated at the OMCR.

GHOOXCDBR X Serv_drop_BSS_rate Rate of dropped calls during outgoing external and internal inter-cell TCH handover execution because of system problem.The failures due to congestion are also counted. Note : Available only if the type 26 is activated at the OMCR.

GHOOXCDN X X Serv_drop Number of unsuccessful outgoing external and internal inter-cell TCH handovers (system + radio + roc + congestion). Note : Available only if the type 26 is activated at the OMCR.

GHOOXCDR X X Serv_drop_rate Rate of unsuccessful outgoing external and internal inter-cell TCH handovers (system + radio + roc + congestion). Note : Available only if the type 26 is activated at the OMCR.

GHOOXCDRN X X OK Serv_drop_radio Number of dropped calls during outgoing external and internal inter-cell TCH handover execution because of radio problem, (= C723). Note : Available only if the type 26 is activated at the OMCR.

GHOOXCDRO X Serv_drop_radio_ratio Ratio of dropped calls during outgoing external and internal inter-cell TCH handover execution because of radio problem in relation to all unsuccessful outgoing external and internal inter-cell TCH handover (system + radio + roc + congestion) Note : Available only if the type 26 is activated at the OMCR.

GHOOXCDRR X Serv_drop_radio_rate Rate of dropped calls during outgoing external and internal inter-cell TCH handover execution because of radio problem Note :


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GHOOXOCN X X OK Serv_ROC Number of outgoing external and internal inter-cell TCH handover failures with reversion to old channel, (= C722). Note : Available only if the type 26 is activated at the OMCR.

GHOOXOCR X X Serv_ROC_rate Rate of outgoing external and internal inter-cell TCH handover failures with reversion to old channel Note : Available only if the type 26 is activated at the OMCR.

GHOOXRQN X X OK Serv_request Number of outgoing external and internal inter-cell TCH handover requests, (= C720). Note : Available only if the type 26 is activated at the OMCR.

GHOOXSUN X X OK Serv_success Number of outgoing external and internal inter-cell TCH handover successes, (= C721). Note : Available only if the type 26 is activated at the OMCR.

GHOOXSUR X Serv_success_rate Rate of outgoing external and internal inter-cell TCH handover successes. Note : Available only if the type 26 is activated at the OMCR.

GHORACGUT X X HO_Inc_MSC_3G_2G_HOreject_HL_Time

Cumulative time during which the cell is in 3G high load state.

GLABAVR X OK

LASER_GSM_BSC_available_rate Gives the number of seconds the BSC has been available (all hour). Indicator computed by LASER thanks to BSC state changes

GLABAVT X OK

LASER_GSM_BSC_available_time Gives the percent of time the BSC has been available (all hour). Indicator computed by LASER thanks to BSC state changes

GLABUR X OK

LASER_GSM_BSC_unavailable_rate Gives the number of seconds the BSC has been unavailable (all hour). Indicator computed by LASER thanks to BSC state changes

GLABUT X OK

LASER_GSM_BSC_unavailable_time Gives the percent of time the BSC has been unavailable (all hour). Indicator computed by LASER thanks to BSC state changes

GLABUT_TW X OK

LASER_GSM_BSC_unavailable_WH_time

Working hour of: Gives the percent of time the BSC has been unavailable (all hour). Indicator computed by LASER thanks to BSC state changes

GLACAVAR X OK

LASER_GSM_TRX_avg_available_rate Average TRX GSM available duration percent (all hour). Indicator computed by LASER thanks to TRX state changes


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GLACAVAT X OK

LASER_GSM_TRX_avg_available_time Average TRX GSM available duration (all hour). Indicator computed by LASER thanks to TRX state changes

GLACAVGR X OK

LASER_GSM_cell_available_rate Gives the number of seconds the cell has been available (all hour). Indicator computed by LASER thanks to cell state changes

GLACAVGT X OK

LASER_GSM_cell_available_time Gives the percent of time the cell has been available (all hour). Indicator computed by LASER thanks to cell state changes

GLACAVPR X OK

LASER_GPRS_cell_available_rate GPRS: gives the number of seconds the cell has been available (all hour). Indicator computed by LASER thanks to cell state changes

GLACAVPT X OK

LASER_GPRS_cell_available_time GPRS: gives the percent of time the cell has been available (all hour). Indicator computed by LASER thanks to cell state changes

GLACUAR X OK

LASER_GSM_TRX_avg_unavailable_rate

Average TRX GSM unavailable duration percent (all hour). Indicator computed by LASER thanks to TRX state changes

GLACUAT X OK

LASER_GSM_TRX_avg_unavailable_time

Average TRX GSM unavailable duration (all hour). Indicator computed by LASER thanks to TRX state changes

GLACUAT_TW X OK

LASER_GSM_TRX_avg_unavailable_WH_time

Working hour of: Average TRX GSM unavailable duration (all hour). Indicator computed by LASER thanks to TRX state changes

GLACUGR X OK

LASER_GSM_cell_unavailable_rate Gives the number of seconds the cell has been unavailable (all hour). Indicator computed by LASER thanks to cell state changes

GLACUGT X OK

LASER_GSM_cell_unavailable_time Gives the percent of time the cell has been unavailable (all hour). Indicator computed by LASER thanks to cell state changes

GLACUGT_TW X OK

LASER_GSM_cell_unavailable_WH_time

Working hour of: Gives the percent of time the cell has been unavailable (all hour). Indicator computed by LASER thanks to cell state changes

GLACUPR X OK

LASER_GPRS_cell_unavailable_rate GPRS: gives the number of seconds the cell has been unavailable (all hour). Indicator computed by LASER thanks to cell state changes

GLACUPT X OK

LASER_GPRS_cell_unavailable_time GPRS: gives the percent of time the cell has been unavailable (all hour). Indicator computed by LASER thanks to cell state changes

GLACUPT_TW X OK

LASER_GPRS_cell_unavailable_WH_time

Working hour of: GPRS: gives the percent of time the cell has been unavailable (all hour). Indicator computed by LASER thanks to cell state changes

GLAEVT X OK

LASER_obs_period Observation period of LASER (all hour).

GLAEVT_code X OK

LASER_obs_period_code Observation period of LASER (all hour).

GLAEVT_code_TW X OK

LASER_obs_period_code_WH Working hour of: Observation period of LASER (all hour).

GLATAVR X OK

LASER_GSM_TRX_available_rate Gives the number of seconds the TRX has been available (all hour). Indicator computed by LASER thanks to TRX state changes

GLATAVT X OK

LASER_GSM_TRX_available_time Gives the percent of time the TRX has been available (all hour). Indicator computed by LASER thanks to TRX state changes

GLATUR X OK

LASER_GSM_TRX_unavailable_rate Gives the number of seconds the TRX has been unavailable (all hour). Indicator computed by LASER thanks to TRX state changes

GLATUT X OK

LASER_GSM_TRX_unavailable_time Gives the percent of time the TRX has been unavailable (all hour). Indicator computed by LASER thanks to TRX state changes

GLATUT_TW X OK

LASER_GSM_TRX_unavailable_WH_time

Working hour of: Gives the percent of time the TRX has been unavailable (all hour). Indicator computed by LASER thanks to TRX state changes

GLCABN X X LCS_MSC_abort Number of LCS requests aborted (considering all types of LCS requests coming from MSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GLCABR X X LCS_MSC_abort_rate Rate of LCS requests aborted (considering all types of LCS requests coming from MSC, including requests for MS location estimate and requests for


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sending of assistance data to MS).

GLCFLBN X X LCS_MSC_fail_BSS Number of failures on LCS requests due to BSS problem (considering all types of LCS requests coming from MSC, including requests for MS location estimate and requests for sending of assistance data to MS). Note : It takes into account in particular the requests rejected because LCS is not activated on this BSS by O&M or because an intra-BSC handover is on going)

GLCFLBR X LCS_MSC_fail_BSS_rate Rate of failures on LCS requests due to BSS problem (considering all types of LCS requests coming from MSC, including requests for MS location estimate and requests for sending of assistance data to MS). Note : It takes into account in particular the requests rejected because LCS is not activated on this BSS by O&M or because an intra-BSC handover is on going)

GLCFLLN X X LCS_SMLC_fail Number of LCS requests rejected by the SMLC. The failed LCS requests indicated by the SMLC to the BSC encompass the failure to determine geographic location estimate and the failure of LCS assistance data delivery.

GLCFLLR X LCS_SMLC_fail_rate Rate of LCS requests rejected by the SMLC. The failed LCS requests indicated by the SMLC to the BSC encompass the failure to determine geographic location estimate and the failure of LCS assistance data delivery.

GLCFLN X X LCS_MSC_fail Number of failures on LCS requests (considering all types of LCS requests coming from MSC, including requests for MS location estimate and requests for sending of assistance data to MS).

GLCFLR X X LCS_MSC_fail_rate Rate of failures on LCS requests (considering all types of LCS requests coming from MSC, including requests for MS location estimate and requests for sending of assistance data to MS).

GLCRQN X X LCS_MSC_request Number of LCS requests (considering all types of LCS requests coming from MSC, including requests for MS location estimate and requests for sending of assistance data to MS).

GLCSUN X X LCS_MSC_success Number of successes on LCS requests (considering all types of LCS requests coming from MSC, including requests for MS location estimate and requests for sending of assistance data to MS).

GLCSUR X X LCS_MSC_success_rate Rate of successes on LCS requests (considering all types of LCS requests coming from MSC, including requests for MS location estimate and requests for sending of assistance data to MS).

GMAXPDCH X X OK

GPRS_MAX_PDCH_nb Maximum number of PDCHs that can be allocated in the cell. This indicator is consolidated in Day/Week/Month with the average of Hour/Day/Week values.

GMFSREL X X MFS_release MFS release GMINPDCH X X OK

GPRS_MIN_PDCH_nb Minimum number of PDCHs that can be

preferentially allocated in the cell. This indicator is consolidated in Day/Week/Month with the average of Hour/Day/Week values.

GMPSALSLAT X MPS_position_latitude_balance Internal indicator: the value directly display has no sense.

GMPSALSLON X MPS_position_longitude_balance Internal indicator: the value directly display has no sense.

GMPSALSX X MPS_position_longitude_avg Averaged longitude of the mobile stations obtained with positioning PCF


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GMPSALSY X MPS_position_latitude_avg Averaged latitude of the mobile stations obtained with positioning PCF

GMPSALV1X X MPS_deviation_longitude_p1 Standard deviation of the longitude of the mobile stations obtained with positioning PCF: point 1

GMPSALV1Y X MPS_deviation_latitude_p1 Standard deviation of the latitude of the mobile stations obtained with positioning PCF: point 1

GMPSALV2X X MPS_deviation_longitude_p2 Standard deviation of the longitude of the mobile stations obtained with positioning PCF: point 2

GMPSALV2Y X MPS_deviation_latitude_p2 Standard deviation of the latitude of the mobile stations obtained with positioning PCF: point 2

GMPSALVLAT X MPS_deviation_latitude_balance Internal indicator: the value directly display has no sense.

GMPSALVLON X MPS_deviation_longitude_balance Internal indicator: the value directly display has no sense.

GMPSALVX X MPS_deviation_longitude_avg Standard deviation of the longitude of the mobile stations obtained with positioning PCF

GMPSALVY X MPS_deviation_latitude_avg Standard deviation of the latitude of the mobile stations obtained with positioning PCF

GMPSBGSLAT X X MPS_MS_base_AGPS_position_latitude_balance

Internal indicator: the value directly display has no sense.

GMPSBGSLON X X MPS_MS_base_AGPS_position_longitude_balance


GMPSBGSX X MPS_MS_base_AGPS_position_longitude_avg

Averaged longitude of the mobile stations obtained with MS Based A-GPS PCF

GMPSBGSY X MPS_MS_base_AGPS_position_latitude_avg

Averaged latitude of the mobile stations obtained with MS Based A-GPS PCF

GMPSBGV1X X MPS_MS_base_AGPS_deviation_longitude_p1

Standard deviation of the longitude of the mobile stations obtained with MS Based A-GPS PCF: point 1

GMPSBGV1Y X MPS_MS_base_AGPS_deviation_latitude_p1

Standard deviation of the latitude of the mobile stations obtained with MS Based A-GPS PCF: point 1

GMPSBGV2X X MPS_MS_base_AGPS_deviation_longitude_p2

Standard deviation of the longitude of the mobile stations obtained with MS Based A-GPS PCF: point 2

GMPSBGV2Y X MPS_MS_base_AGPS_deviation_latitude_p2

Standard deviation of the latitude of the mobile stations obtained with MS Based A-GPS PCF: point 2

GMPSBGVLAT X X MPS_MS_base_AGPS_deviation_latitude_balance


GMPSBGVLON X X MPS_MS_base_AGPS_deviation_longitude_balance


GMPSBGVX X MPS_MS_base_AGPS_deviation_longitude_avg

Standard deviation of the longitude of the mobile stations obtained with MS Based A-GPS PCF

GMPSBGVY X MPS_MS_base_AGPS_deviation_latitude_avg

Standard deviation of the latitude of the mobile stations obtained with MS Based A-GPS PCF

GMPSCGSLAT X X MPS_conv_GPS_position_latitude_balance


GMPSCGSLON X X MPS_conv_GPS_position_longitude_balance


GMPSCGSX X MPS_conv_GPS_position_longitude_avg Averaged longitude of the mobile stations obtained with Conventional GPS PCF

GMPSCGSY X MPS_conv_GPS_position_latitude_avg Averaged latitude of the mobile stations obtained with Conventional GPS PCF

GMPSCGV1X X MPS_conv_GPS_deviation_longitude_p1 Standard deviation of the longitude of the mobile stations obtained with Conventional GPS PCF: point 1

GMPSCGV1Y X MPS_conv_GPS_deviation_latitude_p1 Standard deviation of the latitude of the mobile stations obtained with Conventional GPS PCF: point 1

GMPSCGV2X X MPS_conv_GPS_deviation_longitude_p2 Standard deviation of the longitude of the mobile stations obtained with Conventional GPS PCF: point 2

GMPSCGV2Y X MPS_conv_GPS_deviation_latitude_p2 Standard deviation of the latitude of the mobile stations obtained with Conventional GPS PCF: point 2

GMPSCGVLAT X X MPS_conv_GPS_deviation_latitude_balance


GMPSCGVLON X X MPS_conv_GPS_deviation_longitude_balance



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GMPSCGVX X MPS_conv_GPS_deviation_longitude_avg

Standard deviation of the longitude of the mobile stations obtained with Conventional GPS PCF

GMPSCGVY X MPS_conv_GPS_deviation_latitude_avg Standard deviation of the latitude of the mobile stations obtained with Conventional GPS PCF

GMPSGSSLAT X X MPS_MS_assist_AGPS_position_latitude_balance


GMPSGSSLON X X MPS_MS_assist_AGPS_position_longitude_balance


GMPSGSSX X MPS_MS_assist_AGPS_position_longitude_avg

Averaged longitude of the mobile stations obtained with MS Assisted A-GPS PCF

GMPSGSSY X MPS_MS_assist_AGPS_position_latitude_avg

Averaged latitude of the mobile stations obtained with MS Assisted A-GPS PCF

GMPSGSV1X X MPS_MS_assist_AGPS_deviation_longitude_p1

Standard deviation of the longitude of the mobile stations obtained with MS Assisted A-GPS PCF: point 1

GMPSGSV1Y X MPS_MS_assist_AGPS_deviation_latitude_p1

Standard deviation of the latitude of the mobile stations obtained with MS Assisted A-GPS PCF: point 1

GMPSGSV2X X MPS_MS_assist_AGPS_deviation_longitude_p2

Standard deviation of the longitude of the mobile stations obtained with MS Assisted A-GPS PCF: point 2

GMPSGSV2Y X MPS_MS_assist_AGPS_deviation_latitude_p2

Standard deviation of the latitude of the mobile stations obtained with MS Assisted A-GPS PCF: point 2

GMPSGSVLAT X X MPS_MS_assist_AGPS_deviation_latitude_balance


GMPSGSVLON X X MPS_MS_assist_AGPS_deviation_longitude_balance


GMPSGSVX X MPS_MS_assist_AGPS_deviation_longitude_avg

Standard deviation of the longitude of the mobile stations obtained with MS Assisted A-GPS PCF

GMPSGSVY X MPS_MS_assist_AGPS_deviation_latitude_avg

Standard deviation of the latitude of the mobile stations obtained with MS Assisted A-GPS PCF

GMPSTASLAT X X MPS_TA_position_latitude_balance Internal indicator: the value directly display has no sense.

GMPSTASLON X X MPS_TA_position_longitude_balance Internal indicator: the value directly display has no sense.

GMPSTASX X MPS_TA_position_longitude_avg Averaged longitude of the mobile stations obtained with TA positioning PCF

GMPSTASY X MPS_TA_position_latitude_avg Averaged latitude of the mobile stations obtained with TA positioning PCF

GMPSTAV1X X MPS_TA_deviation_longitude_p1 Standard deviation of the longitude of the mobile stations obtained with TA positioning PCF: point 1

GMPSTAV1Y X MPS_TA_deviation_latitude_p1 Standard deviation of the latitude of the mobile stations obtained with TA positioning PCF: point 1

GMPSTAV2X X MPS_TA_deviation_longitude_p2 Standard deviation of the longitude of the mobile stations obtained with TA positioning PCF: point 2

GMPSTAV2Y X MPS_TA_deviation_latitude_p2 Standard deviation of the latitude of the mobile stations obtained with TA positioning PCF: point 2

GMPSTAVLAT X X MPS_TA_deviation_latitude_balance Internal indicator: the value directly display has no sense.

GMPSTAVLON X X MPS_TA_deviation_longitude_balance Internal indicator: the value directly display has no sense.

GMPSTAVX X MPS_TA_deviation_longitude_avg Standard deviation of the longitude of the mobile stations obtained with TA positioning PCF

GMPSTAVY X MPS_TA_deviation_latitude_avg Standard deviation of the latitude of the mobile stations obtained with TA positioning PCF

GNPACUDBUT X X GPRS_PDCH_limited_DL_traffic_time B9: Cumulative time during which the slave PDCHs are established and carry at least one DL TBF.(established in GPRS mode or EGPRS mode). Cumulative over all the PDCHs available in the cell. B8: Cumulative time during which the slave PDCHs are established and carry at least one UL or DL TBF.(established in GPRS mode or EGPRS mode).

GNPACUUBUT X X GPRS_PDCH_limited_UL_traffic_time B9: Cumulative time during which the slave PDCHs are established and carry at least one UL TBF.(established in GPRS mode or EGPRS mode). Cumulative over all the PDCHs available in the cell


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B8: Cumulative time during which the slave PDCHs are established and carry at least one UL or DL TBF.(established in GPRS mode or EGPRS mode).

GQAGALCTP X X GPRS_GPU_Ater_cong_percent Percentage of time during which AterMux interface (GICs) for this GPU is congested (at least one PDCH group impacted). Reference: display/consolidation period.

GQAGALCTT X X GPRS_GPU_Ater_cong_time Time during which AterMux interface (GICs) for this GPU is congested (at least one PDCH group impacted) due to a lack of Ater nibbles on the Atermux interface.

GQAGCHERN X X GPRS_GPU_GCH_Wrong_frames Number of GCH frames badly received by the MFS (due to a bad CRC)

GQAGCHERR X X GPRS_GPU_GCH_Wrong_frames_rate GCH frame error rate GQALAPDFNRN X X GPRS_LAPD_RNR_frames_sent Number of Receive Not Ready (RNR) frames sent

on the LapD logical link. GQALAPFRESN X X GPRS_LAPD_establishments_resets Number of data link establishment, re-establishment

and reset on the LapD logical link. GQALAPFRREN X X GPRS_LAPD_retransmitted_info_frames Number of Info frames retransmitted on the logical

LapD link. GQALAPUFNRN X X GPRS_LAPD_RNR_frames_received Number of Receive Not Ready (RNR) frames

received on the LapD logical link. GQGBCHFD7BN X X GPRS_PVC_discarded_frames_7_conse

c_1 Number of frames discarded received on the PVC because of seven consecutive bits set to "1".

GQGBCHFDIAN X X GPRS_PVC_discarded_frames_invalid_address

Number of frames discarded received on the Bearer Channel because of invalid address format.

GQGBCHFDIFN X X GPRS_PVC_discarded_frames_invalid_FCS

Number of frames discarded received on the Bearer Channel because of invalid FCS.

GQGBCHFDZIN X X GPRS_PVC_discarded_frames_zero_insertion_fail

Number of frames discarded received on the PVC because of a non integral number of octetes (zero insertion failure).

GQGCR2FLTOR X GPRS_NC2_reselect_fail_rate Rate of NC2 cell reselection failures. Takes into account all types of failure. Reference : total number of cell reselection NC2 requests.

GQGDDTN X GPRS_DL_LLC_bytes_well_received Number of DL LLC bytes well received (not rerouted and discarded due to congestion).

GQGDDTR X GPRS_DL_LLC_bytes_well_received_rate

Rate of DL LLC bytes not rerouted and discarded due to congestion.

GQGPFCCRNRN MR4

X GPRS_PFC_NRT_created Number of time a NRT-PFC-CREATION is received by RRM-PCC.

GQGPFCCRNUN MR4

X GPRS_PFC_NRT_unack_created Number of time a NRT-PFC-CREATION of mode RLC unacknowledged is received by RRM-PCC.

GQGPFCCRNUR MR4

X GPRS_PFC_NRT_unack_rate Rate of NRT-PFC-CREATION of mode RLC unacknowledged received by the BSS over the NRT_PFC_CREATION

GQGPFCCRRTN MR4

X GPRS_PFC_RT_created Number of time a RT-PFC-CREATION is received by RRM-PCC.

GQGPFCCRRUN MR4

X GPRS_PFC_RT_unack_created Number of time a RT-PFC-CREATION of mode RLC unacknowledged is received by RRM-PCC.

GQGPFCCRRUR MR4

X GPRS_PFC_RT_unack_rate Rate of RT-PFC-CREATION of mode RLC unacknowledged received by the BSS over the RT_PFC_CREATION

GQGPFCDFN MR4

X GPRS_PFC_fail_download_from_SGSN Number of time the BSS cannot get the PFC characteristics from SGSN

GQGPFCDFR MR4

X GPRS_PFC_download_to_SGSN_fail_rate

Rate of failures of PFC-DOWNLOAD towards SGSN

GQGPFCDGMCN MR4

X GPRS_PFC_RT_downgraded_moving Number of RT-PFC downgraded because of the moving of a MS into the cell.

GQGPFCDGMCR MR4

X GPRS_PFC_RT_downgraded_moving_rate

Number of RT-PFC downgraded because of the moving of a MS into the cell Reference: total number of PFC in the cell (created + entering by reselection)


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GQGPFCDGOCN MR4

X GPRS_PFC_RT_downgraded_other_causes

Number of time a RT-PFC is downgraded, for all causes except moving due to reselection.

GQGPFCDGOCR MR4

X GPRS_PFC_RT_downgraded_other_causes_rate

Rate of RT-PFC downgraded, for all causes except moving due to reselection.

GQGPFCDGTON X GPRS_PFC_RT_downgraded_total Number of time a RT-PFC is downgraded, whatever the cause.

GQGPFCDRN MR4

X GPRS_PFC_download_to_SGSN_request

Number of time RRM-PCC initiates a PFC-DOWNLOAD towards SGSN.

GQGPFCDSN MR4

X GPRS_PFC_download_SGSN_success Number of succeses of PFC-DOWNLOAD towards SGSN.

GQGPFCDSR MR4

X GPRS_PFC_download_SGSN_success_rate

Rate of successes of PFC-DOWNLOAD towards SGSN.

GQGPFCFARTN X GPRS_PFC_RT_creation_fail Number of time a RT-PFC-CREATION is received but is not proceeded successfully by RRM-PCC.

GQGPFCFLN MR4

X GPRS_PFC_creation_failure Number of PFC rejected because the received PFI is not correct, or because it is a RT-PFC with RLC unacknowledged mode, or because the maximum number of PFC per MS is reached.

GQGPFCFLR MR4

X GPRS_PFC_creation_failure_rate Rateof PFC rejected because the received PFI is not correct, or because it is a RT-PFC with RLC unacknowledged mode, or because the maximum number of PFC per MS is reached.

GQGPFCMCN MR4

X GPRS_PFC_RT_entering_cell Number of time a RT-PFC is moving from another cell following a cell reselection (RT-PFC entering in this cell).

GQGPFCMCO X GPRS_PFC_RT_entering_cell_ratio Rate of RT-PFC is moving from another cell following a cell reselection (RT-PFC entering in this cell). Reference: RT-PFC created in this cell

GQGPFCPRRTN MR4

X GPRS_PFC_RT_preempted Number of time a RT-PFC is impacted by a CS pre-emption.

GQGPFCPRRTR MR4

X GPRS_PFC_RT_preempted_rate Rate of RT-PFC impacted by a CS pre-emption.

GQGPFCSURTN MR4

X GPRS_PFC_RT_creation_success Number of time a RT-PFC-CREATION is received and proceeded successfully by RRM-PCC.

GQGPFCSURTR MR4

X GPRS_PFC_RT_creation_success_rate Rate of RT-PFC-CREATION which is received and proceeded successfully by RRM-PCC.

GQGPVCCGP X X GPRS_UL_PVC_cong_percent Percentage of time during which the PVC is congested in uplink. Reference: display/consolidation period.

GQGPVCCGT X X GPRS_UL_PVC_cong_time Time during which the PVC is congested in uplink. GQGPVCFDTLN X X GPRS_PVC_discarded_frames_length_t

oo_large Number of frames discarded received on the PVC because of length greater than the maximum allowed (FR-INFO-SIZE.Max).

GQGPVCFDTSN X X GPRS_PVC_discarded_frames_length_too_short

Number of frames discarded received on the PVC because of length shorter than the minimum allowed (FR-INFO-SIZE.Min).

GQGPVCG1P X X GPRS_UL_PVC_level1_cong_percent Percentage of time during which the PVC is congested at level1 in uplink. Reference: display/consolidation period.

GQGPVCG1T X X GPRS_UL_PVC_level1_cong_time Time during which the PVC is congested at level1 in uplink.

GQRADTACN X GPRS_TBF_acceptable_release Total number of TBF releases (UL & DL) due to: - fast radio preemption - suspend resume procedure - cell reselection

GQRADTACR X GPRS_TBF_acceptable_release_rate Total number of TBF releases (DL & UL) due to : - fast radio preemption - suspend resume procedure - cell reselection. Reference : total number of TBF establishment


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successes (DL & UL).

GQRADTARN X GPRS_TBF_drop Total number of UL and DL TBF drops. GQRADTARR X GPRS_TBF_drop_rate Rate of UL and DL TBF drops.

Reference: total number of TBF establishment - successes (DL & UL)

GQRADTNRN X GPRS_TBF_normal_release Number of UL and DL TBF normal releases. GQRADTNRR X GPRS_TBF_normal_release_rate Rate of UL and DL TBFnormal releases.

Reference : total number of TBF establishment successes (DL &UL).

GQRATEAPN X GPRS_TBF_estab_allocated Number of UL and DL TBF allocated per cell. GQRATEAPR X GPRS_TBF_estab_allocated_rate Rate of UL and DL TBF allocated per cell. GQRATECGN X GPRS_TBF_estab_cong Number of UL and DL TBF establishment failure

due to radio congestion per cell. GQRATECGR X GPRS_TBF_estab_cong_rate Rate of UL and DL TBF establishment failure due to

radio congestion per cell. GQRATEFPN X GPRS_TBF_estab_fail Number of UL and DL TBF establishment failures

per cell. GQRATEFPR X GPRS_TBF_estab_fail_rate Rate of UL and DL TBF establishment failures per

cell. GQRATESUR X GPRS_TBF_success_rate Rate of UL and DL TBF establishment success per

cell. GQRATEUPN X GPRS_TBF_estab_unsuccess Number of UL and DL TBF establishment

unsuccess per cell. GQRATEUPR X GPRS_TBF_estab_unsuccess_rate Rate of UL and DL TBF establishment unsuccess

per cell. GQRCR0SUN X GPRS_NC0_reselect_success Number of cell reselection success NC0. GQRCR0SUO X GPRS_NC0_reselect_success_ratio Ratio of cell reselection successes in NC0 in

relation to all cell reselection successes (NC0 and NC2).

GQRCR0SUPTN X X GPRS_NC0_reselect_PTM_success Number of cell reselection success NC0 for MS in packet transfer mode

GQRCR0SUPTO X GPRS_NC0_reselect_PTM_success_ratio

Ratio of cell reselection successes in NC0 for MS in packet transfer mode in relation to all cell reselection successes in NC0.

GQRCR2FLBPN X X GPRS_NC2_reselect_fail_BSS Number of cell reselection NC2 failures due to BSS problems

GQRCR2FLBPO X GPRS_NC2_reselect_fail_BSS_ratio Ratio of cell reselection NC2 failures due to BSS problems. Reference: Total number of cell reselection NC2 failures.

GQRCR2FLBPR X X GPRS_NC2_reselect_fail_BSS_rate Rate of cell reselection NC2 failures due to BSS problems. Reference: total number of cell reselection NC2 requests

GQRCR2FLDN X X GPRS_DL_TBF_NC2_reselect_failure Number of Packet Cell Change Failure received from the MS after a Packet Cell Change Order has been sent to the MS while in DL transfer.

GQRCR2FLN X X GPRS_NC2_reselect_fail Total number of NC2 cell reselection failures (request-success). Takes into account all types of failure.

GQRCR2FLNRN X X GPRS_NC2_reselect_fail_without_reject Number of cell reselection NC2 failures which does not lead to target cell reject for a while. (causes of failure: "on going CS connexion", "MS in GMM standby state" or " forced to the standby state")

GQRCR2FLNRO X GPRS_NC2_reselect_fail_without_reject_ratio

Ratio of cell reselection NC2 failures which does not lead to target cell reject for a while. (causes of failure: "on going CS connexion", "MS in GMM standby state" or " forced to the standby state")


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Test NPO


Reference: total number of cell reselections NC2 failures.

GQRCR2FLNRR X X GPRS_NC2_reselect_fail_without_reject_rate

Rate of cell reselection NC2 failures which does not lead to target cell reject for a while. (causes of failure: "on going CS connexion", "MS in GMM standby state" or " forced to the standby state"). Reference: total number of cell reselections NC2 request

GQRCR2FLRJN X X GPRS_NC2_reselect_fail_with_reject Number of cell reselection NC2 failures due to Causes "Frequency not implemented", "No response on target cell", or "Immediate Assign Reject or Packet Access Reject on target cell" reported in a Packet Cell Change Failure message.

GQRCR2FLRJO X GPRS_NC2_reselect_fail_with_reject_ratio

Ratio of cell reselection NC2 failures due to Causes "Frequency not implemented", "No response on target cell", or "Immediate Assign Reject or Packet Access Reject on target cell" reported in a Packet Cell Change Failure message. Reference: total number of cell reselection NC2 failures.

GQRCR2FLRJR X X GPRS_NC2_reselect_fail_with_reject_rate

Rate of cell reselection NC2 failures due to Causes "Frequency not implemented", "No response on target cell", or "Immediate Assign Reject or Packet Access Reject on target cell" reported in a Packet Cell Change Failure message. Reference: total number of cell reselection NC2 requests.

GQRCR2FLRLN X X GPRS_NC2_reselect_fail_load Number of NC2 cell reselection failures reported by the MS due to load (cause : "immediate assign reject" or "packet access reject on target cell").

GQRCR2FLRLO X X GPRS_NC2_reselect_fail_load_ratio Ratio of NC2 cell reselection failures reported by the MS due to load (cause : "immediate assign reject" or "packet access reject on target cell"). Reference: total number of cell reselection NC2 failures.

GQRCR2FLRLR X X GPRS_NC2_reselect_fail_load_rate Rate of NC2 cell reselection failures reported by the MS due to load (cause : "immediate assign reject" or "packet access reject on target cell"). Reference: total number of cell reselection NC2 requests.

GQRCR2FLUN X X GPRS_UL_TBF_NC2_reselect_failure Number of Packet Cell Change Failure received from the MS after a Packet Cell Change Order has been sent to the MS while in UL transfer.

GQRCR2SCAVT X X GPRS_NC2_reselect_source_cell_time_avg

Average time duration of successful outgoing NC2 cell reselection (measured in the source cell).

GQRCR2SCMAT X X GPRS_NC2_reselect_source_cell_time_max

Maximum duration of NC2 cell reselection in source cell.

GQRCR2SCMIT X X GPRS_NC2_reselect_source_cell_time_min

Minimum duration of NC2 cell reselection in the source cell

GQRCR2SCT X X OK GPRS_NC2_reselect_source_cell_cumulated_time

Cumulated time duration of successful outgoing NC2 cell reselection (measured in the source cell).

GQRCR2SUDN X X GPRS_DL_TBF_NC2_reselect_success Number of FLUSH-LL PDU received after a Packet Cell Change Order has been sent to the MS while in DL transfer.

GQRCR2SUN X X GPRS_NC2_reselect_success Total number of cell reselection NC2 successes. GQRCR2SUO X GPRS_NC2_reselect_success_ratio Ratio of cell reselection NC2 successes.

Reference: total number of cell reselection NC2 successes.

GQRCR2SUP1N X X GPRS_NC2_reselect_PT1_success Number of cell reselection NC2 success after reselection request for cause "too low downlink


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received signal"

GQRCR2SUP1R X X GPRS_NC2_reselect_PT1_success_rate Rate of cell reselection NC2 successes following requests with cause "too low downlink received signal". Reference: total number of cell reselection NC2 requests cause "too downlink received signal"

GQRCR2SUP2N X X GPRS_NC2_reselect_PT2_success Number of cell reselection NC2 successes after reselection request for cause "detection of a better neighbour cell"

GQRCR2SUP2R X X GPRS_NC2_reselect_PT2_success_rate Rate of cell reselection NC2 successes following request with cause "detection of better neighbour cell". Reference: total number of cell reselection NC2 requests cause "detection of better neighbour cell"

GQRCR2SUP3N X X GPRS_NC2_reselect_PT3_success Number of cell reselection NC2 successes after reselection request for cause "too bad downlink radio quality"

GQRCR2SUP3R X X GPRS_NC2_reselect_PT3_success_rate Rate of cell reselection NC2 successes following request with cause "too bad downlink radio quality". Reference: total number of cell reselection NC2 request cause "too bad downlink radio uplink"

GQRCR2SUP4N X X GPRS_NC2_reselect_PT4_success Number of cell reselection NC2 successes after reselection request for cause "too bad uplink radio quality"

GQRCR2SUP4R X X GPRS_NC2_reselect_PT4_success_rate Rate of cell reselection NC2 successes following request with cause "too bad uplink radio quality". Reference: total number of cell reselection NC2 request for the cause "too bad uplink radio quality"

GQRCR2SUPT1O X GPRS_NC2_reselect_PT1_success_ratio

Ratio of cell reselection NC2 successes for cause "too low downlink received signal" Reference: total number of cell reselection NC2 successes.


Ratio of cell reselection NC2 successes for cause "detection of a better neighbour cell". Reference: total number of cell reselection NC2 successes.


Ratio of cell reselection NC2 successes for cause "too bad downlink radio quality" Reference: Total number of cell reselection NC2 successes.


Ratio of cell reselection NC2 successes for cause "too bad uplink radio quality". Reference: Total number of cell reselection NC2 successes.

GQRCR2SUR X X GPRS_NC2_reselect_success_rate Rate of cell reselection NC2 successes. Reference: total number of cell reselection NC2 requests

GQRCR2SUUN X X GPRS_UL_TBF_NC2_reselect_success Number of FLUSH-LL PDU received after a Packet Cell Change Order has been sent to the MS while in UL transfer.

GQRCR2TGAVT X X GPRS_NC2_reselect_target_cell_time_avg

Average duration of successful incoming intra-RA intra-MFS NC2 cell reselection (measured in the target cell).

GQRCR2TGCUT X GPRS_NC2_reselect_target_cell_cumulated_time

Cumulated time duration of successful incoming intra-RA intra-MFS NC2 cell reselections(measured in the target cell).

GQRCR2TGMAT X X GPRS_NC2_reselect_target_cell_time_max

Maximum duration of NC2 cell reselection in target cell.

GQRCR2TGMIT X X GPRS_NC2_reselect_target_cell_time Minimum duration of NC2 cell reselection in the target cell

GQRCR2TGN X GPRS_NC2_reselect_target_cell_succes Number of successful incoming intra-RA intra-MFS


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s NC2 cell reselections (measured in the target cell). GQRCRNSCAVT X X OK OK

GPRS_NC_reselect_NACC_avg_duration

Average Network Assisted cell reselection duration.

GQRCRNSCMAT X X OK OK

GPRS_NC_reselect_NACC_max_duration

Maximum Network Assisted cell reselection duration in NC0 mode.

GQRCRNSCMIT X X OK OK

GPRS_NC_reselect_NACC_min_duration

Minimum Network Assisted cell reselection duration in NC0 mode.

GQRCRNSCN X GPRS_NC_reselect_NACC_source_cell_success

Number of successful Network Assisted cell reselection in the source cell in NC0 mode.

GQRCRNSCR X GPRS_NC_reselect_NACC_success_rate

Rate of successful Network Assisted cell reselection in the source cell in NC0 mode.

GQRCRNSCT X GPRS_NC_reselect_NACC_duration Cumulated time of the successful Network Assisted cell reselection duration in NC0 mode.

GQRCRXSUIMN X X GPRS_NC0_reselect_PIM_success Number of cell reselection success NC0 for MS in packet idle mode.

GQRCRXSUIMO X X GPRS_NC0_reselect_PIM_success_ratio

Ratio of cell reselection successes in NC0 for MS in packet idle mode in relation to all cell reselection successes in NC0.

GQRCRXSUN X X GPRS_cell_reselect_success Number of successful cell reselections (in NCO mode or NC2 mode), MS in GMM ready state (either packet transfer mode or packet idle mode).

GQRCRXSUPTN X X GPRS_reselect_PTM_success Number of cell reselection success NC0 and NC2 for MS in packet transfer mode

GQRCRXSUPTO X X GPRS_reselect_PTM_success_ratio Cell reselection success ratio in NC0 and NC2 for MS in packet transfer mode.

GQRDDTACN X X NOK Mono_GPRS_Tel

ecom

GPRS_DL_TBF_acceptable_release Number of DL TBF release due to : - DL TBF release due to radio preemption - DL TBF release due to suspend resume procedure - DL TBF release due to cell reselection - DL TBF releases due to the release of the CS connection when the MS leaves the dual transfer mode or due to the establishment of a CS connection when the MS enters the dual transfer mode.

GQRDDTACR X NOK Mono_GPRS_Tel

ecom

GPRS_DL_TBF_acceptable_release_rate

Rate of DL TBF release due to : - DL TBF release due to radio preemption - DL TBF release due to suspend resume procedure - DL TBF release due to cell reselection. Reference : number of DL TBF successes

GQRDDTADA X GPRS_DL_CS_adapt_decrease_per_TBF

Average number of CS adaptions per TBF, from a given coding scheme to a more robust coding scheme in the downlink direction .

GQRDDTADN X X GPRS_DL_CS_adapt_decrease Number of CS adaptions from a given coding scheme to a more robust coding scheme in the downlink direction .

GQRDDTADT X GPRS_DL_CS_adapt_decrease_per_second

Average number of CS adaptions per second ,from a given coding scheme to a more robust coding scheme in the downlink direction.

GQRDDTAIA X GPRS_DL_CS_adapt_increase_per_TBF

Average number of CS adaptions per TBF, from a given coding scheme to a less robust coding scheme in the downlink direction.

GQRDDTAIN X X GPRS_DL_CS_adapt_increase Number of CS adaptions from a given coding scheme to a less robust coding scheme in the downlink direction .

GQRDDTAIT X GPRS_DL_CS_adapt_increase_per_second

Average number of CS adaptions per second from a given coding scheme to a less robust coding scheme in the downlink direction.

GQRDDTARN X NOK Mono_GPRS_Tel

GPRS_DL_TBF_drop Total number of DL TBF drops.


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GQRDDTARO X GPRS_DL_TBF_drop_ratio Ratio of DL TBF drops. Reference: total number of TBF drops (DL & UL).

GQRDDTARR X X NOK Mono_GPRS_Tel

ecom

GPRS_DL_TBF_drop_rate Rate of DL TBF drops. Reference: number of DL TBF establishment - successes

GQRDDTBLN X X OK GPRS_DL_TBF_drop_blocking Number of DL TBF drops due to blocking situation at the beginning or at the end of DL TBF ( including blocking situation following NC2 cell reselection) .

GQRDDTBLO X GPRS_DL_TBF_drop_blocking_ratio Ratio of DL TBF drops due to blocking situation at the beginning or at the end of DL TBF ( including blocking situation following NC2 cell reselection) . Reference : total number of DL TBF drops

GQRDDTBLR X X GPRS_DL_TBF_drop_blocking_rate Rate of DL TBF drops due to blocking situation at the beginning or at the end of DL TBF ( including blocking situation following NC2 cell reselection) . Reference: number of DL TBF establishment successes.

GQRDDTBPN X X OK NOK Mono_GPRS_Tel

ecom

GPRS_DL_TBF_drop_BSS Number of DL TBF drops due to BSS problems.

GQRDDTBPO X GPRS_DL_TBF_drop_BSS_ratio Ratio of DL TBF drops due to BSS problems in relation to all DL TBF drops.

GQRDDTBPR X X GPRS_DL_TBF_drop_BSS_rate Rate of DL TBF drops due to BSS problems. Reference: number of DL TBF establishment - successes

GQRDDTC1O X GPRS_DL_RLC_block_PDTCH_CS1_ratio

Ratio of DL RLC blocks encoded in CS1 ent on PDTCH. Overall number of DL RLC blocks sent on PDTCH and encoded in CS1-2-3-4

GQRDDTC1R X X GPRS_DL_RLC_block_PDTCH_CS1_rate

Rate of DL RLC blocks in coding scheme CS1. The RLC blocks retransmissions and the RLC blocks lost are counted Reference: number of DL RLC blocks for GPRS.

GQRDDTC2O X GPRS_DL_RLC_block_PDTCH_CS2_ratio

Ratio of DL RLC blocks encoded in CS2 sent on PDTCH. Overall number of DL RLC blocks sent on PDTCH and encoded in CS1-2-3-4

GQRDDTC2R X X GPRS_DL_RLC_block_PDTCH_CS2_rate

Rate of DL RLC blocks in coding scheme CS2. The RLC blocks retransmissions and the RLC blocks lost are counted Reference: number of DL RLC blocks for GPRS.

GQRDDTCFN X X GPRS_DL_TBF_flush_release Number of DL TBF releases requested by RRM to RLC upon receipt of the flush message.

GQRDDTCFR X X GPRS_DL_TBF_flush_release_rate Rate of DL TBF releases due release requested by RRM to RLC upon receipt of the flush message. Reference: number of DL TBF establishment successes.

GQRDDTCFRLN X X OK GPRS_DL_TBF_release_reselect Total number of DL TBF releases due to cell reselection (NC0+NC2).

GQRDDTCFRLR X X OK GPRS_DL_TBF_release_reselect_rate Rate of DL TBF releases due to NC0 or NC2 cell reselections. Reference: total number of DL TBF establishment success

GQRDDTCFRPN X X OK GPRS_DL_TBF_release_reselect_radio Number of DL TBF releases triggered by RLC following detection of a radio failure induced by a cell reselection.


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GQRDDTCFRPR X GPRS_DL_TBF_release_reselect_radio_rate

Rate of DL TBF releases triggered by RLC following detection of a radio failure induced by a cell reselection. Reference: Number of DL TBF successes.

GQRDDTCGN X X GPRS_DL_LLC_bytes_cong Number of DL LLC bytes discarded due to congestion.

GQRDDTCGR X X GPRS_DL_LLC_bytes_cong_rate Rate of DL LLC bytes discarded due to congestion per cell. Reference: number of DL LLC bytes received from the SGSN

GQRDDTCORLN X X OK GPRS_DL_TBF_release_NC0_reselect Number of DL TBF releases due to NC0 cell reselection

GQRDDTCORLR X X GPRS_DL_TBF_release_NC0_reselect_rate

Rate of DL TBF releases due to NC0 cell reselection Reference: total number of DL TBF establishment success

GQRDDTCRARN X X OK GPRS_DL_TBF_drop_NC2_reselect_failure

Number of NC2 reselect failures with DL TBF drop (unacceptable TBF drop during reselection).

GQRDDTCRARR X X GPRS_DL_TBF_drop_NC2_reselect_failure_rate

Rate of NC2 reselect failures with DL TBF drop (unacceptable TBF drop during reselection). Reference: number of NC2 reselect requests while in DL transfer

GQRDDTCRFMN X X GPRS_DL_TBF_NC2_reselect_failure_with_MS_lost

Number of NC2 reselection failed with DL TBF drop and MS lost. These requests are not followed by a FLUSH-LL PDU nor by the reception of Packet Cell Change Failure from the MS.

GQRDDTCRFMR X X GPRS_DL_TBF_NC2_reselect_failure_with_MS_lost_rate

Rate of NC2 reselection failed with DL TBF drop and MS lost. These requests are not followed by a FLUSH-LL PDU nor by the reception of Packet Cell Change Failure from the MS. Reference: number of NC2 reselect requests while in DL transfer.

GQRDDTCRRLN X X OK GPRS_DL_TBF_release_NC2_reselect Number of DL TBF releases due to NC2 cell reselection

GQRDDTCRRLR X X GPRS_DL_TBF_release_NC2_reselect_rate

Rate of DL TBF releases due to NC2 cell reselection Reference: total number of DL TBF establishment success

GQRDDTCS1N X GPRS_DL_RLC_block_PDTCH_CS1 Total number of DL RLC blocks sent on PDTCH encoded in CS-1 in RLC ack mode (useful and retransmitted blocks)

GQRDDTCS2N X GPRS_DL_RLC_block_PDTCH_CS2 Total number of DL RLC blocks sent on PDTCH encoded in CS-2 in RLC ack mode (useful and retransmitted blocks).

GQRDDTCSN X GPRS_DL_RLC_block_CS1_CS2 Total number of DL RLC blocks sent on PDTCH in RLC ack mode and encoded in CS-1 and CS-2 (useful and retransmitted)

GQRDDTCSO X GPRS_DL_RLC_block_CS1_CS2_ratio Ratio of total number of useful DL RLC blocks sent on PDTCH encoded in CS-1, in acknowledged or unacknowledged mode (the retransmitted and lost blocks are counted) in relation with the total number of useful DL RLC blocks sent on PDTCH encoded in CS-2.

GQRDDTDTN X X OK GPRS_DL_TBF_delayed_to_active_state

Number of DL TBF transfer resumptions in delayed release state.

GQRDDTGPN X X OK GPRS_DL_TBF_drop_GB Number of DL TBF drops due to Gb interface problems.

GQRDDTGPO X GPRS_DL_TBF_drop_GB_ratio Ratio of DL TBF drops due to Gb interface problems in relation to all DL TBF drops.

GQRDDTGPR X X GPRS_DL_TBF_drop_GB_rate Rate of DL TBF drops due to Gb interface problems. Reference: number of DL TBF establishment - successes


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GQRDDTLNINN X X GPRS_DL_LLC_inter_NSE_enable_SGSN_not_supported

Within the granularity period, if the SGSN does not support the Inter-NSE Rerouting feature and autonomous rerouting is enabled (EN_AUTONOMOUS_REROUTING set to enabled), the MFS counts the number of times the MFS receives a FLUSH-LL message following a cell change occuring between two different routing areas

GQRDDTLNIRN X X GPRS_DL_LLC_inter_NSE_SGSN_unrequested

if the SGSN supports the Inter-NSE Rerouting feature, the MFS counts the number of times the SGSN does not request rerouting.

GQRDDTLNN X X GPRS_DL_LLC_bytes_not_rerouted Number of DL LLC bytes discarded because the re-rerouting was not requested by the SGSN.

GQRDDTLNR X X GPRS_DL_LLC_bytes_not_rerouted_rate

Rate of DL LLC bytes discarded because rerouting not requested. Reference: number of DL LLC bytes received from the SGSN

GQRDDTLNUNN X X GPRS_DL_LLC_inter_NSE_SGSN_not_supported

Within the granularity period, if the SGSN does not support the Inter-NSE Rerouting feature and autonomous rerouting is enabled (EN_AUTONOMOUS_REROUTING set to enabled), the MFS counts the number of times the MFS receives an order (in the FLUSH-LL message) from the SGSN not to reroute DL LLC PDUs following a cell change occuring within the same routing area and within the same NSE.

GQRDDTLREBN X X GPRS_DL_LLC_inter_NSE_situation number of times conditions are fulfilled to reroute DL LLC PDUs to another cell belonging to another NSE and to another BSS (even if there is actually no PDU to reroute).

GQRDDTLRIBN X X GPRS_DL_LLC_inter_NSE_intra_BSS_situation

number of times conditions are fulfilled to reroute DL LLC PDUs to another cell belonging to another NSE but to the same BSS (even if there is actually no PDU to reroute).

GQRDDTLRIN X X GPRS_DL_LLC_bytes_inc_rerouted Number of DL LLC bytes successfully rerouted (i.e. Received) from another cell

GQRDDTLRINN X X GPRS_DL_LLC_reroute_order_intra_NSE

Number of times the MFS receives an order from the SGSN to reroute DL LLC PDUs to another cell belonging to the same NSE (even if there is actually no PDU to reroute).

GQRDDTLRIR X X GPRS_DL_LLC_bytes_inc_rerouted_rate Rate of DL LLC bytes Incoming rerouted. Reference: number of DL LLC bytes received from the SGSN + Nb of DL LLC bytes incoming rerouted from another cell.

GQRDDTLRO X X GPRS_DL_LLC_bytes_not_rerouted_ratio

Ratio of DL LLC bytes not rerouted over DL LLC bytes successfully rerouted.

GQRDDTLRON X X GPRS_DL_LLC_bytes_out_rerouted Number of DL LLC bytes successfully rerouted (sent from this cell to another one).

GQRDDTLRR X X GPRS_DL_LLC_bytes_rerouted_rate Rate of DL LLC bytes rerouted (sent from this cell to another cell). Reference: number of DL LLC bytes received from the SGSN.

GQRDDTLSN X X GPRS_DL_LLC_bytes_discarded_suspend

Number of DL LLC bytes discarded due to the suspend procedure.

GQRDDTLSR X X GPRS_DL_LLC_bytes_discarded_suspend_rate

Rate of DL LLC bytes discarded due to the suspend procedure. Reference: number of DL LLC bytes received from the SGSN.

GQRDDTMBPN X DTM_DL_TBF_estab_fail_BSS Number of DTM DL TBF establishment failures due to system problems.

GQRDDTMBPR X DTM_DL_TBF_estab_fail_BSS_rate Rate of DTM DL TBF establishment failures due to system problems.

GQRDDTMCAN X DTM_DL_TBF_estab_allocated Number of DTM DL TBF allocated. GQRDDTMCAR X DTM_DL_TBF_estab_allocated_rate Rate of DTM DL TBF allocated.


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GQRDDTMCON X DTM_DL_TBF_estab_fail_cong Number of DL TBF establishment failures on DCCH for MS operating in DTM due to a lack of radio resources.

GQRDDTMCONR X GPRS_DL_TBF_estab_fail_cong_in_DTM_mode_rate

Rate of number of DL TBF establishment failures on DCCH for MS operating in DTM due to a lack of radio resources over the number of DL TBF establishment requests.

GQRDDTMCOO X GPRS_DL_TBF_estab_fail_cong_in_DTM_mode_ratio

Ratio of number of DL TBF establishment failures on DCCH for MS operating in DTM due to a lack of radio resources over the number of DL TBF establishment failures due to congestion per cell.

GQRDDTMCOR X DTM_DL_TBF_estab_fail_cong_rate Rate of DTM DL TBF establishment failures due to radio congestion.

GQRDDTMEFR X DTM_DL_TBF_estab_efficiency_rate Rate of DTM DL TBF establishment efficiency. GQRDDTMEPN X DTM_DL_TBF_estab_exec_fail_BSS Number of DTM DL TBF establishment failures due

to system problems during execution phase. GQRDDTMEPR X DTM_DL_TBF_estab_exec_fail_BSS_rat

e Rate of DTM DL TBF establishment failures due to system problems during execution phase.

GQRDDTMFLN X DTM_DL_TBF_estab_fail Number of DTM DL TBF establishment failures. GQRDDTMFLR X DTM_DL_TBF_estab_fail_rate Rate of DTM DL TBF establishment failures. GQRDDTMLPN X DTM_DL_LLC_bytes_PDU_GTTP Number of bytes sent to the MS with the GTTP

protocol. Possible repetitions of the message are not taken into account.

GQRDDTMMPR X DTM_DL_TBF_estab_with_TCH_fail_due_MS_rate

Rate of DTM DL TBF establishment failures due MS access problem.

GQRDDTMPFN X DTM_DL_TBF_estab_prep_fail_BSS Number of DTM DL TBF establishment failures due to system problems during preparation phase.

GQRDDTMPFR X DTM_DL_TBF_estab_prep_fail_BSS_rate

Rate of DTM DL TBF establishment failures due to system problems during preparation phase.

GQRDDTMRLN X DTM_DL_TBF_CS_release Number of DL TBF releases due to the release of the CS connection when the MS leaves the dual transfer mode or due to the establishment of a CS connection when the MS enters the dual transfer mode. This counter also counts the DL TBF release due to an handover.

GQRDDTMRLR X DTM_DL_TBF_CS_release_rate Rate of DTM DL TBF releases. GQRDDTMRQN X OK DTM_DL_TBF_estab_request Number of DL TBF establishment requests on

DCCH for MS operating in Dual Transfer Mode. GQRDDTMRQO X GPRS_DL_TBF_request_in_DTM_mode

_ratio Ratio of the number of DL TBF establishment requests on DCCH for MS operating in DTM over the number of DL TBF establishment requests.

GQRDDTMSUN X DTM_DL_TBF_estab_success Number of DL TBF establishment successes on DCCH for MS operating in DTM.

GQRDDTMSUR X DTM_DL_TBF_estab_success_rate Rate of DTM DL TBF establishment successes. GQRDDTMUN X DTM_DL_TBF_estab_unsuccess Number of DTM DL TBF establishment

unsuccesses. GQRDDTMUR X DTM_DL_TBF_estab_unsuccess_rate Rate of DTM DL TBF establishment unsuccesses. GQRDDTNRA X OK GPRS_DL_connection_time_avg Average connection time of established DL TBF

(active and delayed). Reference : Number of DL TBF successes.

GQRDDTNRN X X OK GPRS_DL_TBF_normal_release Number of DL TBF normal release. GQRDDTNRR X X OK GPRS_DL_TBF_normal_release_rate Rate of DL TBF normal realease.

Reference: number of DL TBF establishment - successes

GQRDDTNRT X X GPRS_DL_connection_time Cumulative overall time (i.e. active and delayed) of DL TBF connections.

GQRDDTPRA X X GPRS_DL_TBF_realloc_T1_over_PDCH_soft_preempted

Average number of DL TBF reallocated due to PACCH impacted by soft pre-emption (trigger T1) per PDCH released after having been marked by soft pre-emption procedure. Reference: number of PDCH(s) released after having been marked by soft pre-emption procedure.


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GQRDDTPRN X X OK GPRS_DL_TBF_radio_preemption_release

Number of DL TBF releases due to radio preemption. It counts the number of DL TBF release due to fast preemption or (only in B9) due to too high number of TBF on a TRX (according the number of GCHs that will remain on the TRX after the CS preemption process).

GQRDDTPRNRN X GPRS_DL_TBF_transmission_preemption_release

Number of DL TBF release due to preemption in case of need of transmission resources.

GQRDDTPRNRR X GPRS_DL_TBF_transmission_preemption_release_rate

Rate of DL TBF releases due to fast preemption in case of need of transmission resources. Reference: number of DL TBF establishment successes.

GQRDDTPRR X X GPRS_DL_TBF_radio_preemption_release_rate

Rate of DL TBF releases due to fast preemption in case of need of radio resources. Reference: number of DL TBF establishment successes.

GQRDDTR1O X GPRS_DL_RLC_block_PDTCH_CS1_retransmissing_ratio

Ratio of useful DL RLC blocks encoded in CS-1, retransmitted on PDTCH, in RLC acknowledged mode Overall number of DL RLC blocks retransmitted in CS1-2-3-4

GQRDDTR1R X X GPRS_DL_RLC_block_PDTCH_CS1_retransmissing_rate

In RLC acknowledged mode, rate of DL RLC data blocks retransmitted in CS1 . Reference: number of DL RLC blocks sent in CS1.

GQRDDTR2O X OK GPRS_DL_RLC_block_PDTCH_CS2_retransmissing_ratio

Ratio of useful DL RLC blocks encoded in CS-2, retransmitted on PDTCH, in acknowledged mode Overall number of DL RLC blocks retransmitted in CS1-2-3-4

GQRDDTR2R X X GPRS_DL_RLC_block_PDTCH_CS2_retransmissing_rate

In RLC acknowledged mode, rate of DL RLC data blocks retransmitted in CS2 . Reference: number of DL RLC blocks sent in CS2.

GQRDDTRAN X X OK GPRS_DL_TBF_realloc_execution_fail_radio

Number of DL TBF drops due to radio failure during radio resource reallocation execution.

GQRDDTRAO X GPRS_DL_TBF_realloc_execution_fail_radio_ratio

Ratio of DL TBF drops due to radio failures during radio resource reallocation execution. Reference: total number of DL TBF drops.

GQRDDTRAR X X GPRS_DL_TBF_realloc_execution_fail_radio_rate

Rate of DL TBF drops due to radio failures during radio resource reallocation execution. Reference: number of DL TBF establishment successes.

GQRDDTRPDN X GPRS_DL_TBF_drop_delayed_phase Number of times a DL TBF is released because of a radio failure when the TBF is in downlink delayed phase.

GQRDDTRPDO X GPRS_DL_TBF_drop_delayed_phase_ratio

Ratio of DL TBF drops because of a radio failure when the TBF is in downlink delayed phase in relation to all DL TBF drops due to radio problems.

GQRDDTRPN X X OK GPRS_DL_TBF_drop_radio Number of DL TBF drops due to radio problems. GQRDDTRPNCN X X GPRS_DL_TBF_real_drop_radio Number of DL TBF releases due to radio problems

not induced by a suspend procedure or a cell reselection. The DL TBF releases due to radio problems during a radio resources reallocation execution are also counted. This indicator is meaningful only with NC0 reselections.


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GQRDDTRPNCO X X OK GPRS_DL_TBF_real_drop_radio_ratio Ratio of DL TBF releases due to radio problems not induced by a suspend procedure or a cell reselection. The DL TBF releases due to radio problems during a radio resources reallocation execution are also counted. Reference : Total number of DL TBF drops. This indicator is meaningful only with NC0 reselections.

GQRDDTRPNCR X X OK GPRS_DL_TBF_real_drop_radio_rate Rate of DL TBF releases due to radio problems not induced by a suspend procedure or a cell reselection. The DL TBF releases due to radio problems during a radio resources reallocation execution are also counted. Reference: number of DL TBF establishment successes. This indicator is meaningful only with NC0 reselections.

GQRDDTRPO X GPRS_DL_TBF_drop_radio_ratio Ratio of DL TBF drops due to radio problems in relation to all DL TBF drops.

GQRDDTRPR X X GPRS_DL_TBF_drop_radio_rate Rate of DL TBF drops due to radio problems. Reference: number of DL TBF establishment - successes

GQRDDTRPTN X GPRS_DL_TBF_drop_radio_N3105 Number of times a DL TBF is released because of a radio failure due to N3105 (N3105 exceeds its limit).

GQRDDTRPTXN X GPRS_DL_TBF_drop_radio_low_TX_Eff Number of times a DL TBF is released because of a radio failure due to too low TX efficiency.

GQRDDTRRB1O X GPRS_DL_RLC_bytes_CS1_CS2_retransmissing_ack_ratio

Ratio of DL RLC retransmitted data bytes sent on PDTCH and encoded in CS1-2 in RLC ack mode.

GQRDDTRRB3O X OK GPRS_DL_RLC_bytes_CS3_CS4_retransmissing_ack_ratio

Ratio of DL RLC useful data bytes sent on PDTCH ,encoded in CS3-4 in RLC acknowledged mode.

GQRDDTRRBCN X GPRS_DL_RLC_bytes_PDTCH_CSx_retransmissing_ack

Number of useful DL RLC bytes encoded in CS-x, retransmitted on PDTCH, in RLC acknowledged mode.

GQRDDTRRBCR X OK GPRS_DL_RLC_bytes_PDTCH_CSx_retrans_ack_rate

In RLC ack mode, rate of downlink RLC retransmitted data bytes sent on PDTCH and encoded in CS-x. Reference : overall number of DL RLC data bytes transmitted in GPRS mode

GQRDDTRRBN X GPRS_DL_RLC_bytes_PDTCH_retransmissing_ack

Totalm number of RLC datat bytes retransmitted on PDTCH in RLC ack mode

GQRDDTRRICN X GPRS_DL_RLC_bits_PDTCH_CSx_retransmissing_ack

Number of useful DL RLC bits encoded in CS-x, retransmitted on PDTCH, in RLC acknowledged mode.

GQRDDTRRN X GPRS_DL_RLC_block_PDTCH_CSx_retransmissing_ack

Total number of DL RLC data blocks retransmitted in CS1-2-3-4

GQRDDTRRO X GPRS_DL_RLC_block_PDTCH_CSx_retrans_ack_ratio

Ratio of useful DL RLC blocks retransmitted on PDTCH and encoded in CS-x, in RLC acknowledged mode Reference : overall number of DL RLC blocks transmitted in GPRS mode (usefuland retransmitted)

GQRDDTRRR X X GPRS_DL_RLC_PDTCH_CSx_retransmissing_ack_rate

Rate of useful DL RLC blocks encoded in CS-x retransmitted on PDTCH, in RLC acknowledged mode. Reference : overall number of RLC data block sent on PDTCH in RLC ack/nack mode.


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GQRDDTSFN X X GPRS_DL_TBF_suspend_release Number of DL TBF releases requested by RRM to RLC upon receipt of the suspension request from MS (via BSC). When the TBF is released due to a radio link failure linked to suspension, this counter is not incremented (P302b is incremented in this case).

GQRDDTSFPRN X X GPRS_DL_TBF_suspend Number of DL TBF releases due to the suspend procedure. The procedure includes the case when a TBF is released before the reception of the suspend message.

GQRDDTSFR X X GPRS_DL_TBF_suspend_release_rate Rate of DL TBF releases requested by RRM to RLC upon receipt of the suspension request from MS (via BSC). Reference: Number of DL TBF successes.

GQRDDTSNN X X GPRS_DL_TBF_release_RLC_suspend Number of DL TBF releases triggered by RLC following detection of a radio failure induced by a suspension request from MS.

GQRDDTSNR X X GPRS_DL_TBF_release_RLC_suspend_rate

Rate of DL TBF releases triggered by RLC following detection of a radio failure induced by a suspension request from MS. Reference: number of DL TBF establishment successes.

GQRDDTSPN X X OK GPRS_DL_TBF_release_suspend Number of suspend messages for a DL TBF received from MS (via BSC).

GQRDDTSPR X GPRS_DL_TBF_release_suspend_rate Rate of suspend messages for a DL TBF received from MS (via BSC). Reference: number of DL TBF establishment successes.

GQRDDTSTEGN X X GPRS_DL_EGPRS_TBF_stall_state Number of times the MFS RLC transmit window enters the stall state for EGPRS DL TBFs

GQRDDTSTEGO X GPRS_DL_EGPRS_TBF_stall_indication_ratio

Stall state ratio for EGPRS DL TBF

GQRDDTSTEGT X GPRS_DL_EGPRS_TBF_stall_indication_per_second

Number of times per second the MFS enters the stall state for DL EGPRS TBFs.

GQRDDTSTGPN X X GPRS_DL_GPRS_TBF_stall_state Number of times the MFS RLC transmit window enters the stall state for GPRS DL TBF

GQRDDTSTGPO X GPRS_DL_GPRS_TBF_stall_indication_ratio

Stall state ratio for GPRS DL TBFs

GQRDDTSTGPT X GPRS_DL_GPRS_TBF_stall_indication_per_second

Number of times per second the MFS enters in the statll state for DL GPRS TBFs

GQRDDTSWN X X OK GPRS_DL_TBF_drop_N_stagnatingWindow

Number of DL TBF releases due to N_StagnatingWindow (including N_StagnatingWindow following cell reselection in transfer mode).

GQRDDTSWO X GPRS_DL_TBF_drop_N_stagnatingWindow_ratio

Ratio of DL TBF releases due to N_StagnatingWindow (including N_StagnatingWindow following cell reselection in transfer mode). Reference : total number of DL TBF drops.

GQRDDTSWR X X GPRS_DL_TBF_drop_N_stagnatingWindow_rate

Rate of DL TBF drops due to N_StagnatingWindow (including N_StagnatingWindow following cell reselection in transfer mode). Reference: number of DL TBF establishment successes

GQRDDTT1N X X GPRS_DL_TBF_realloc_T1_execution_fail_radio

Number of DL TBF drops due to radio failure during radio resource reallocation execution (trigger T1).








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GQRDDTTGA X X OK

GPRS_DL_TX_efficiency_avg Average TX_EFFICIENCY on DL TBF established in GPRS mode. Consolidated in Day/Week/Month with the MAX value.

GQRDDTTRR X GPRS_DL_TBF_delayed_to_active_per_TBF

Rate : Number of DL TBF transfer resumptions in delayed release state over number of DL TBF establishment successes per cell (seized by the mobile)

GQRDR1APN X GPRS_DL_TBF_realloc_T1_allocated Number of DL TBF reallocation trigger 1 allocated (request - preparation failure)

GQRDR1APR X GPRS_DL_TBF_realloc_T1_preparation_efficiency_rate

rate of the Number of DL TBF reallocation trigger 1 allocated over the number of DL TBF reallocation trigger 1 requests. It represents the efficiency of the preparation phase.

GQRDR1BPN X GPRS_DL_TBF_realloc_T1_execution_fail_BSS

Number of DL TBF reallocation trigger 1 failure cause BSS (internal HW cause)

GQRDR1BPR X X GPRS_DL_TBF_realloc_T1_exec_fail_BSS_rate

Rate of the DL TBF reallocation trigger 1 execution failure cause BSS over the number of DL TBF reallocation trigger 1 requests.

GQRDR1EFR X GPRS_DL_TBF_realloc_T1_execution_efficiency_rate

rate of DL TBF reallocation trigger T1 sucessfull over the number of DL TBF reallocation trigger T1 allocated. It represents the reallocation execution efficiency in DL for the condition T1

GQRDR1FEN X X GPRS_DL_TBF_realloc_T1_exec_fail_external_stop

Number of DL TBF resource reallocation failures due external request (suspension request from BSC or flush message from SGSN) during execution of the reallocation procedure for trigger T1.

GQRDR1FER X X GPRS_DL_TBF_realloc_T1_exec_fail_external_rate

Rate of DL TBF reallocation trigger 1 external failures over the total number of DL TBF reallocation trigger 1 requests.

GQRDR1FPN X X GPRS_DL_TBF_realloc_T1_preparation_fail

Number of DL TBF resource reallocation failures because no available PDCH could be found by reallocation algorithm following trigger T1.

GQRDR1FPR X X GPRS_DL_TBF_realloc_T1_preparation_fail_rate

Rate of DL TBF reallocation trigger 1 preparation failure over the number of DL TBF reallocation trigger 1 request.

GQRDR1RPR X X GPRS_DL_TBF_realloc_T1_exec_fail_radio_rate

rate of DL TBF reallocations Trigger 1 execution failures over the number of DL TBF reallocation Trigger 1 requests

GQRDR1SUN X X GPRS_DL_TBF_realloc_T1_success Number of DL TBF resource reallocation successes for trigger T1.

GQRDR1SUR X X GPRS_DL_TBF_realloc_T1_success_rate

Rate of DL TBF reallocation Trigger 1 success over the number of DL TBF trigger 1 requests











Number of DL TBF resource reallocation failures due external request (suspension request from BSC or flush message from SGSN) during execution of the reallocation procedure for trigger T2


Rate of DL TBF reallocation trigger 2 external failures over the total number of DL TBF


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reallocation trigger 2 requests.










GQRDR2V5R X X GPRS_DL_TBF_concurrent_realloc_T2_situation_rate

Rate of concurrent UL TBF establishment leading to DL TBF resource reallocation request. Reference: number of UL TBF establishment requests per cell when MS is in packet transfer mode DL.

GQRDR2V5SR X GPRS_DL_TBF_concurrent_realloc_T2_completed_rate

Rate of concurrent UL TBF establishment that leaded to a successfull DL TBF resource reallocation. Reference: number of UL TBF establishment requests per cell when MS is in packet transfer mode DL.













Rate of DL TBF reallocation trigger 3 external failures over the total number of DL TBF reallocation trigger 3 requests.












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Number of DL T4 reallocation failures due to BSS problems.


Rate of DL TBF resource reallocation failures due to BSS problem during execution of the reallocation procedure for trigger T4. Reference: number of DL TBF candidate for resource reallocation for trigger T4.






Rate of DL TBF resource reallocation failures due external request (suspension request from BSC or flush message from SGSN) during execution of the reallocation procedure for trigger T4




Rate of DL TBF resource reallocation failures because no available PDCH can be found by reallocation algorithm following trigger T4.





DL T4 reallocation success rate.

GQRDRRSUP X X OK GPRS_DL_biased_and_DL_optimal_alloc_percent

Percentage of time during which downlink TBFs are granted the maximum number of PDCHs they support and the corresponding MSs are engaged in downlink-biased transfers. Reference: time during which MSs are engaged in downlink-biased transfers and served by DL TBFs.

GQRDRRSUT X X OK GPRS_DL_biased_and_DL_optimal_allocation_time

Cumulative time during which downlink TBFs are granted the maximum number of PDCHs they support and the corresponding MSs are engaged in downlink-biased transfers.

GQRDTDEFR X OK GPRS_DL_TBF_delayed_efficiency_rate Rate of the Number of DL TBF transfer resumptions in delayed release state over the number of DL TBF successfully established + the Number of DL TBF transfer resumptions in delayed release state.

GQRDTEAPN X GPRS_DL_TBF_estab_allocated Number of DL TBF allocated per cell. GQRDTEAPR X OK GPRS_DL_TBF_estab_allocated_rate Rate of DL TBF allocated per cell. GQRDTEBPN X X OK NOK GPRS_DL_TBF_estab_fail_BSS Number of DL TBF estab failures due to BSS

problem per cell. Reference: number of DL TBF estab requests

GQRDTEBPO X GPRS_DL_TBF_estab_fail_BSS_ratio Ratio of DL TBF estab - failures due to BSS problem per cell in relation to all DL TBF estab - failures.

GQRDTEBPR X X OK GPRS_DL_TBF_estab_fail_BSS_rate Rate of DL TBF estab - failures due to BSS problem per cell. Reference: number of DL TBF estab -requests

GQRDTECBN X X OK GPRS_DL_TBF_estab_fail_abis_cong Number of DL establishment failures due to congestion of Abis.


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GQRDTECBO X GPRS_DL_TBF_estab_fail_abis_cong_ratio

Ratio of DL TBF establishment failures due to congestion of abis.

GQRDTECBR X X GPRS_DL_TBF_estab_fail_abis_cong_rate

Rate of DL TBF establishment failures due to congestion of Abis. Reference: number of DL TBF establishment requests.

GQRDTECCN X X OK GPRS_DL_TBF_estab_fail_cpu_cong Number of DL establishment failures due to CPU processing power limitations of the GPU.

GQRDTECCO X GPRS_DL_TBF_estab_fail_cpu_cong_ratio

Ratio of DL TBF establishment failures due to congestion of cpu.

GQRDTECCR X X GPRS_DL_TBF_estab_fail_cpu_cong_rate

Rate of DL TBF establishment failures due to CPU processing power limitations of the GPU. Reference: number of DL TBF establishment requests.

GQRDTECDN X X OK GPRS_DL_TBF_estab_fail_dsp_cong Number of DL establishment failures due to congestion of DSP.

GQRDTECDO X GPRS_DL_TBF_estab_fail_dsp_cong_ratio

Ratio of DL TBF establishment failures due to dsp congestion.

GQRDTECDR X X GPRS_DL_TBF_estab_fail_dsp_cong_rate

Rate of DL TBF establishment failures due to congestion of DSP. Reference: number of DL TBF establishment requests.

GQRDTECFN MR4

X GPRS_DL_TBF_estab_fail_too_many_TBF_cong

Number of DL TBF establishment failures due to: - a too low number of GCH to guarantee a minimum throughput for the DL TBF. This may happen when the number of TBFs is too high compared to the number of available GCHs. - or the MAX_TBF_TRX_DL constraint.

GQRDTECFO X GPRS_DL_TBF_estab_fail_too_many_TBF_cong_ratio

Ratio of DL TBF establishment failures due to congestion (for the causes: the number of TBFs is too high compared to the number of available GCHs or the MAX_TBF_TRX_DL constraint).

GQRDTECFR MR4

X GPRS_DL_TBF_estab_fail_too_many_TBF_cong_rate

Rate of DL TBF establishment failures due to congestion for the causes: the number of TBFs is too high compared to the number of available GCHs, or the MAX_TBF_TRX_DL constraint. Reference: number of DL TBF establishment requests.

GQRDTECGN X X OK GPRS_DL_TBF_estab_fail_radio_cong Number of DL TBF establishment failure due to radio congestion per cell.

GQRDTECGO X GPRS_DL_TBF_estab_fail_radio_cong_ratio

Ratio of DL TBF establishment failures due to radio congestion.

GQRDTECGP X X GPRS_DL_TBF_estab_radio_cong_percent

Percentage of time during which it is not possible to allocate new DL TBF due to congestion in the MFS. Reference: Granularity period

GQRDTECGR X X GPRS_DL_TBF_estab_fail_radio_cong_rate

Rate of DL TBF estab -failures due to radio congestion per cell. Reference: number of DL TBF estab requests

GQRDTECGT X X GPRS_DL_TBF_estab_radio_cong_time Time during which it is not possible to allocate new DL TBF due to no radio ressource in the MFS.

GQRDTECON X OK GPRS_DL_TBF_fail_estab_cong Number of DL TBF establishment failures due to congestion per cell.

GQRDTECOR X X OK GPRS_DL_TBF_estab_fail_cong_rate Rate of DL TBF establishment failures due to congestion per cell. Reference: number of DL TBF establishment requests.

GQRDTECTN X X OK GPRS_DL_TBF_estab_fail_ater_cong Number of DL establishment failures due to congestion of Ater(Mux).

GQRDTECTO X GPRS_DL_TBF_estab_fail_ater_cong_ratio

Ratio of DL TBF establishment failures due to congestion of ater.

GQRDTECTR X X GPRS_DL_TBF_estab_fail_ater_cong_rate

Rate of DL TBF establishment failures due to congestion of Ater(Mux).


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Reference: number of DL TBF establishment requests.

GQRDTEFPN X GPRS_DL_TBF_estab_fail Number of DL TBF establishment failures per cell. GQRDTEFPO X GPRS_DL_TBF_estab_unsuccess_fail_r

atio Ratio of DL TBF estab - failures per cell in relation to all DL TBF estab unsuccess.

GQRDTEFPR X OK GPRS_DL_TBF_estab_fail_rate Rate of DL TBF estab -failures per cell. Reference: number of DL TBF estab -requests

GQRDTEGPN X X OK GPRS_DL_TBF_estab_fail_GB Number of DL TBF estab -failures due to Gb interface problem per cell. Reference: number of DL TBF estab -requests

GQRDTEGPO X GPRS_DL_TBF_estab_fail_GB_ratio Ratio of DL TBF estab - failures due to Gb interface problem per cell in relation to all DL TBF estab - failures.

GQRDTEGPR X X GPRS_DL_TBF_estab_fail_GB_rate Rate of DL TBF estab -failures due to Gb interface problem per cell. Reference: number of DL TBF estab -requests

GQRDTELDN X X OK GPRS_DL_TBF_estab_fail_dsp_load Number of DL TBF establishment failures due to DSPs that are in CPU load / overload state. Note: This counter applies to GPRS and EGPRS MS.

GQRDTELDO X GPRS_DL_TBF_estab_fail_dsp_load_ratio

Ratio of DL TBF establishment failures due to DSPs that are in CPU load / overload state. Reference: Number of DL TBF establishment failures due to congestion per cell.

GQRDTELDR X X GPRS_DL_TBF_estab_fail_dsp_load_rate

Rate of DL TBF establishment failures due to DSPs that are in CPU load / overload state. Reference: number of DL TBF establishment requests.

GQRDTERPN X X OK GPRS_DL_TBF_estab_fail_radio Number of DL TBF estab -failures due to radio problem per cell. Reference: number of DL TBF estab -requests

GQRDTERPO X GPRS_DL_TBF_estab_fail_radio_ratio Ratio of DL TBF estab - failures due to radio interface problem per cell in relation to all DL TBF estab - failures.

GQRDTERPR X X GPRS_DL_TBF_estab_fail_radio_rate Rate of DL TBF estab -failures due to radio problem per cell. Reference: number of DL TBF estab -requests

GQRDTES1N X X GPRS_DL_TBF_1_TS_success Number of DL TBF establishment requests (1 slot allocated) which are satisfied.

GQRDTES3N X X OK GPRS_DL_TBF_2_OR_3_TS_success Number of DL TBF establishment requests requesting 2 or 3 slots which are satisfied.

GQRDTES5N X X GPRS_DL_TBF_4_OR_5_success Number of DL TBF establishment requests requesting 4 or 5 slots which are satisfied.

GQRDTESUR X X OK OK GPRS_DL_TBF_success_rate Rate of DL TBF establishment -successes (seized by the mobile)

GQRDTEUBPO X GPRS_DL_TBF_estab_unsuccess_fail_BSS_ratio

Ratio of DL TBF estab - failures due to BSS problems per cell in relation to all DL TBF estab unsuccess.

GQRDTEUCPO X GPRS_DL_TBF_estab_unsuccess_cong_ratio

Ratio of DL TBF estab - failures due to congestion per cell in relation to all DL TBF estab unsuccess.

GQRDTEUGPO X GPRS_DL_TBF_estab_unsuccess_fail_GB_ratio

Ratio of DL TBF estab - failures due to Gb interface problerms per cell in relation to all DL TBF estab unsuccess.

GQRDTEUPN X GPRS_DL_TBF_estab_unsuccess Number of DL TBF estab unsuccess per cell. GQRDTEUPR X X OK GPRS_DL_TBF_estab_unsuccess_rate Rate of DL TBF establishment unsuccess. GQRDTEURPO X GPRS_DL_TBF_estab_unsuccess_fail_r

adio_ratio Ratio of DL TBF estab - failures due to radio interface problems per cell in relation to all DL TBF estab unsuccess.

GQRDTMCAGR X DTM_TBF_estab_allocated_global_rate Global rate of DTM UL and DL TBF allocated. GQRDTMCAN X DTM_TBF_estab_allocated Number of DTM UL and DL TBF allocated.


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GQRDTMCAR X DTM_TBF_estab_allocated_rate Rate of DTM UL and DL TBF allocated. GQRDTMCOGR X DTM_TBF_estab_fail_cong_global_rate Global rate of DTM UL and DL TBF establishment

failures due to radio congestion. GQRDTMCON X DTM_TBF_estab_fail_cong Number of DTM UL and DL TBF establishment

failures due to radio congestion. GQRDTMCOR X DTM_TBF_estab_fail_cong_rate Rate of DTM UL and DL TBF establishment failures

due to radio congestion. GQRDTMDMT X DTM_MS_cumulated_time_dedicated_m

ode Cumulated time during which a DTM capable MS is operating in dedicated mode.

GQRDTMEFR X DTM_TBF_estab_efficiency_rate Rate of DTM UL and DL TBF establishment efficiency.

GQRDTMFLGN X GQRDTMFLGN To be completed GQRDTMFLGR X DTM_TBF_estab_fail_global_rate Global rate of DTM UL and DL TBF establishment

failures. GQRDTMFLN X DTM_TBF_estab_fail Number of DTM UL and DL TBF establishment

failures. GQRDTMFLR X DTM_TBF_estab_fail_rate Rate of DTM UL and DL TBF establishment failures. GQRDTMMCN X DTM_MS_context_Cell Number of DTM MS contexts created following:

- the reception of BSC Shared DTM Info Indication with CS flag = 1 or - at reception of BSCGP DTM REQUEST when no BSC Shared DTM Info Indication with CS flag had been received previously for this MS or - at reception of BSCGP DTM GPRS information carying an UL LLC PDU .

GQRDTMO X DTM_MS_cumulated_time_DTM_mode_ratio

Ratio of time during wich the DTM capable MS is operating in DTM mode.

GQRDTMPFDDN X DTM_RT_PFC_downgraded_dedicated_mode

Number of RT PFC downgraded to Best Effort for a DTM MS in dedicated mode.

GQRDTMPFDGN X DTM_MS_RT_PFC_downgraded_DTM_mode

Number of RT PFC downgraded to Best Effort for a DTM MS in DTM mode.

GQRDTMPFRDN X DTM_RT_PFC_creation_request_dedicated_mode

Number of RT PFC creation request for a DTM MS in dedicated mode.

GQRDTMPFRQN X DTM_MS_RT_PFC_creation_request_DTM_mode

Number of RT PFC creation request for a MS in DTM.

GQRDTMPMT X DTM_MS_cumulated_time_PTM Cumulated time during which a DTM capable MS is operating in packet transfer mode.

GQRDTMRQN X DTM_TBF_estab_request Number of DTM UL and DL TBF establishment requests.

GQRDTMSUGR X DTM_TBF_estab_success_global_rate Global rate of DTM UL and DL TBF establishment successes.

GQRDTMSUN X DTM_TBF_estab_success Number of DTM UL and DL TBF establishment successes.

GQRDTMSUR X DTM_TBF_estab_success_rate Rate of DTM UL and DL TBF establishment successes.

GQRDTMT X DTM_MS_cumulated_time_DTM_mode Cumulated time during which a DTM capable MS is operating in DTM mode.

GQRDTMUGR X DTM_TBF_estab_unsuccess_global_rate

Global rate of DTM UL and DL TBF establishment unsuccesses.

GQRDTMUN X DTM_TBF_estab_unsuccess Number of DTM UL and DL TBF establishment unsuccesses.

GQRDTMUR X DTM_TBF_estab_unsuccess_rate Rate of DTM UL and DL TBF establishment unsuccesses.

GQRGPDCDN X GPRS_UL_TBF_estab_fail_GPU_cong Number of UL establishment failure due to either DSP or CPU congestion.

GQRGPUCDN X GPRS_DL_TBF_estab_fail_GPU_cong Number of DL establishment failure due to either DSP or CPU congestion.

GQRGPUCDP X X GPRS_GPU_DSP_cong_percent Percentage of time during which a DSP enters the congestion state.

GQRGPUCDR X GPRS_DL_TBF_estab_fail_GPU_cong_rate

Rate of establishment failure due to either DSP or CPU congestion.

GQRGPUCDT X X GPRS_GPU_DSP_cong_time Time during which a DSP enters the congestion state.


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GQRGPUMCDTN X DTM_MS_context_GPU Number of MS contexts created for DTM capable mobile stations. Note: to be able to compare this counter with e.g. P450b, it shall be incremented only on reception of Radio Access Capabilities of the MS (i.e. independently of information received from the BSC).

GQRGPUMCDTO X GPRS_GPU_MS_context_in_DTM_mode_ratio

Ratio of the number of MS contexts created for DTM capable mobile stations over the Number of MS contexts created.

GQRLADSUN X X LCS_GPS_assist_data_success Number of successful GPS assistance data delivery (initially requested by the MS) responses sent to the BSC.

GQRLADSUO X LCS_GPS_assist_data_success_ratio LCS assistance data success ratio GQRLADSUR X X LCS_GPS_assist_data_success_rate Rate of successes on LCS requests for sending of

assistance data to MS GQRLCSFLBPN X X LCS_BSS_fail Number of failures on LCS requests due to BSS

problem (considering all types of LCS requests coming from BSC, including requests for MS location requests and requests for sending of assistance data).

GQRLCSFLBPO X LCS_BSS_fail_ratio Ratio of failures on LCS requests due to BSS problem (considering all types of LCS requests coming from BSC, including requests for MS location requests and requests for sending of assistance data).

GQRLCSFLBPR X X LCS_BSS_fail_rate Rate of failures on LCS requests due to BSS problem (considering all types of LCS requests coming from BSC, including requests for MS location requests and requests for sending of assistance data).

GQRLCSFLIPN X X LCS_internal_SMLC_fail Number of failures on LCS requests due to internal SMLC problem (considering all types of LCS requests coming from BSC, including requests for MS location estimate and rquests for sending of assistance data to MS)

GQRLCSFLIPO X LCS_internal_SMLC_fail_ratio Ratio of failures on LCS requests due to internal SMLC problem (considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GQRLCSFLIPR X X LCS_internal_SMLC_fail_rate Rate of failures on LCS requests due to internal SMLC problem (considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GQRLCSFLN X LCS_fail Number of LCS failures without taking into account the amount of failures due to BSS problem

GQRLCSFLNSN X X LCS_SMLC_request_rejected Number of failures on LCS requests due to inability of the SMLC to handle this request (requests other than requests for MS location estimate or requests for sending of assistance data to MS)

GQRLCSFLNSO X LCS_SMLC_request_rejected_ratio Ratio of LCS requests rejected because not supported by the SMLC.

GQRLCSFLNSR X X LCS_SMLC_request_rejected_rate Rate of failures on LCS requests due to inhability of the SMLC to handle this request(requests other than requests for location estimate or requests for sending of assistance data to MS)

GQRLCSFLO X LCS_fail_ratio Ratio of LCS failures (without taking into account the BSS failure) on the overall number of LCS failures

GQRLCSFLPPN X X LCS_protocol_fail Number of failed LCS procedures (considering LCS requests for MS positioning and LCS requests for GPS assistance data) due to LCS protocol error.

GQRLCSFLPPO X LCS_protocol_fail_ratio Ratio of LCS failures due to protocol problem. GQRLCSFLPPR X X LCS_protocol_fail_rate Rate of failures on LCS requests due to protocol

problem(considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)


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GQRLCSFLR X LCS_fail_rate Rate of LCS failures without taking into account the amount of failures due to the BSS.

GQRLCSFLRRN X X LCS_RRLP_fail Number of failures on LCS requests due to RRLP protocol error (considering all types of LCS requests coming from BSC, including requests for MS location estimate and rquests for sending of assistance data to MS)

GQRLCSFLRRO X LCS_RRLP_fail_ratio Ratio of failures on LCS requests due to SMLC guard timer expiry (considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GQRLCSFLRRR X X LCS_RRLP_fail_rate Rate of failures on LCS requests due to SMLC guard timer expiry (considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GQRLCSFLTEN X X LCS_timer_expiry_fail Number of failures on LCS requests due to SMLC guard timer expiry (considering all types of LCS requests coming from BSC, including requests for MS location estimate and rquests for sending of assistance data to MS)

GQRLCSFLTEO X LCS_timer_expiry_fail_ratio Ratio of failures on LCS requests due to SMLC guard timer expiry (considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GQRLCSFLTER X X LCS_timer_expiry_fail_rate Rate of failures on LCS requests due to SMLC guard timer expiry (considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GQRLCSFLTON X LCS_total_fail Total number of LCS failures. GQRLCSFLTOR X LCS_total_fail_rate Total LCS failure rate GQRLCSIREHN X X LCS_interrupt_inter_HO Number of LCS procedure interrupted due to inter-

BSC handover (considering all types of LCS requests coming from BSC, including requests for MS location estimate and rquests for sending of assistance data to MS)

GQRLCSIREHO X LCS_interrupt_inter_HO_ratio Ratio of failures on LCS requests due to internal SMLC problem (considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GQRLCSIREHR X X LCS_interrupt_inter_HO_rate Rate of failures on LCS requests due to internal SMLC problem (considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GQRLCSIRIHN X X LCS_interrupt_intra_HO Number of LCS procedure interrupted due to intra-BSC handover (considering all types of LCS requests coming from BSC, including requests for MS location estimate and rquests for sending of assistance data to MS)

GQRLCSIRIHO X LCS_interrupt_intra_HO_ratio Ratio of failures on LCS requests due to internal SMLC problem (considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GQRLCSIRIHR X X LCS_interrupt_intra_HO_rate Rate of failures on LCS requests due to internal SMLC problem (considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GQRLCSSUR X X LCS_total_success_rate Rate of successes on LCS requests (considering all types of LCS requests coming from BSC, including requests for MS location estimate and requests for sending of assistance data to MS)

GQRPALCGP X X GPRS_BSC_high_load_percent Percentage of time during which the BSC is in high load situation in the cell.


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Reference: Granularity period

GQRPALCGT X X GPRS_BSC_high_load_time Time during which the BSC is in high load situation in the cell.

GQRPALMMM X GPRS_MAX_PDCH_Dyn_max_range Range in the number of PDCH dynamically allocated

GQRPALPRN X X GPRS_PDCH_soft_preempted Number of PDCH(s) which have been released after having been marked by soft pre-emption procedure.

GQRPALSAI X X OK GPRS_MAX_PDCH_Dyn_min Minimum value of allocated SPDCH during the whole granularity period.

GQRPALSAM X X OK GPRS_MAX_PDCH_Dyn_max Maximum value of allocated SPDCH during the whole granularity period. Consolidated in Day/Week/Month with the MAX value.

GQRPALSAN X X OK GPRS_MAX_PDCH_Dyn_avg Average value of allocated SPDCH over the observation period.

GQRPALSAR X GPRS_MAX_PDCH_Dyn_reduction_rate Reduction rate of the allocated SPDCH over the GPRS observation period.

GQRPALSAT X X OK GPRS_MAX_PDCH_Dyn_cumulated_over_time

Integration over time of the allocated SPDCH during the whole granularity period.

GQRPCFAGSUN X X LCS_PCF_MS_assist_AGPS_pos_success

Number of location calculations successfully performed with MS Assisted A-GPS PCF.

GQRPCFAGSUO X LCS_PCF_MS_assist_AGPS_pos_success_ratio

Ratio of successes to provide MS location using "MS assisted A-GPS" method . By success, it means that the corresponding PCF returns a MS location estimate, but this MS location estimate may not satisfy the required QoS provided in the location request received by the SMLC.

GQRPCFAGSUR X X LCS_PCF_MS_assist_AGPS_pos_success_rate

Rate of successes to provide MS location using "MS assisted A-GPS" method . By success, it means that the corresponding PCF returns a MS location estimate, but this MS location estimate may not satisfy the required QoS provided in the location request received by the SMLC.

GQRPCFBGSUN X X LCS_PCF_MS_base_AGPS_pos_success

Number of location calculations successfully performed with MS Based A-GPS.

GQRPCFBGSUO X LCS_PCF_MS_base_AGPS_pos_success_ratio

Ratio of successes to provide MS location using "MS based A-GPS" method . By success, it means that the corresponding PCF returns a MS location estimate, but this MS location estimate may not satisfy the required QoS provided in the location request received by the SMLC

GQRPCFBGSUR X X LCS_PCF_MS_base_AGPS_pos_success_rate

Rate of successes to provide MS location using "MS based A-GPS" method . By success, it means that the corresponding PCF returns a MS location estimate, but this MS location estimate may not satisfy the required QoS provided in the location request received by the SMLC

GQRPCFCGSUN X X LCS_PCF_conv_GPS_pos_success Number of successes to provide MS location using 'conventional GPS' method. By success , it means that the corresponding PCF returns an MS location estimate, but this MS location estimate may not satisfy the required QoS provided in the location request received by the SMLC

GQRPCFCGSUO X LCS_PCF_conv_GPS_pos_success_ratio

Ratio of successes to provide MS location using "conventional GPS" method . By success, it means that the corresponding PCF returns a MS location estimate, but this MS location estimate may not satisfy the required QoS provided in the location request received by the SMLC.

GQRPCFCGSUR X X LCS_PCF_conv_GPS_pos_success_rate

Rate of successes to provide MS location using "conventional GPS" method . By success, it means that the corresponding PCF returns a MS location estimate, but this MS location estimate may not satisfy the required QoS provided in the location request received by the SMLC.

GQRPCFTASUN X X LCS_PCF_TA_pos_success Number of location calculations successfully performed with TA positioning PCF.


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GQRPCFTASUR X X LCS_PCF_TA_pos_success_rate Rate of successes to provide MS location using TA based method . By success, it means that the corresponding PCF returns a MS location estimate, but this MS location estimate may not satisfy the required QoS provided in the location request received by the SMLC

GQRPDDDUN X X GPRS_DL_RLC_block_PDTCH_dummy Number of DL RLC dummy blocks (i.e. containing only dummy LLC UI Command PDU) on PDTCH.

GQRPDDDUR X X GPRS_DL_RLC_block_PDTCH_dummy_rate

Rate of DL RLC dummy blocks (i.e. containing only dummy LLC UI Command PDU) on PDTCH over the total number of DL RLC blocks on PDTCH.

GQRPDDECR X OK GPRS_DL_PDTCH_CSx_efficiency_ack_rate

DL GPRS CS-x efficiency rate.

GQRPDDECUAR X GPRS_DL_PDTCH_CSx_efficiency_unack_rate

DL CSx efficiency rate in RLC unack mode.

GQRPDDEMR X OK GPRS_DL_PDTCH_MCSx_efficiency_ack_rate

DL EGPRS MCS-x efficiency rate.

GQRPDDEMUAR X GPRS_DL_PDTCH_MCSx_efficiency_unack_rate

DL MCSx efficiency rate in RLC unack mode.

GQRPDDLBN X GPRS_DL_RLC_bytes_PDTCH_lost_unack

Number of DL RLC data bytes lost in GPRS and EGPRS modes.

GQRPDDLBR X GPRS_DL_RLC_bytes_PDTCH_lost_unack_rate

Rate of DL RLC ldata bytes lost in GPRS and EGPRS modes. Reference: number of DL LLC bytes in unacknowledged mode

GQRPDDLCN X X GPRS_DL_RLC_bytes_PDTCH_CSx_lost_unack

In unacknowledged mode, number of DL RLC bytes on PDTCH encoded in CS-x lost. The blocks containing LLC dummy UI commands are not counted.

GQRPDDLCO X GPRS_DL_RLC_bytes_PDTCH_CSx_lost_unack_ratio

Ratio of DL RLC bytes on PDTCH encoded in CS-x lost. The blocks containing LLC dummy UI commands are not counted.

GQRPDDLCR X X GPRS_DL_RLC_bytes_PDTCH_CSx_lost_unack_rate

In unacknowledged mode, rate of DL RLC data bytes lost on PDTCH and encoded in CS-x. The blocks containing LLC dummy UI commands are not counted. Reference: number of DL LLC bytes in unacknowledged mode

GQRPDDLMN X X GPRS_DL_RLC_bytes_PDTCH_MCSx_lost_unack

In unacknowledged mode, number of DL RLC bytes lost on PDTCH encoded in MSC-1-9

GQRPDDLMO X GPRS_DL_RLC_bytes_PDTCH_MCSx_lost_unack_ratio

In unacknowledged mode, ratio of DL RLC bytes lost on PDTCH encoded in MSC-1-9

GQRPDDLMR X X GPRS_DL_RLC_bytes_PDTCH_MCSx_lost_unack_rate

In unacknowledged mode, rate of DL RLC bytes lost on PDTCH encoded in MSC-1-9 Reference: number of DL LLC bytes in unacknowledged mode

GQRPDDR1N X X OK GPRS_DL_RLC_block_PDTCH_CS1_retransmissing_ack

Number of useful DL RLC blocks encoded in CS-1, retransmitted on PDTCH, in RLC acknowledged mode.

GQRPDDR1O X GPRS_DL_RLC_block_PDTCH_CS1_retrans_ack_ratio

Ratio of useful DL RLC blocks encoded in CS-1 and retransmitted on PDTCH, in RLC acknowledged mode. Reference : overall number of DL RLC blocks retransmitted in GPRS mode


Number of useful DL RLC blocks encoded in CS-2, retransmitted on PDTCH, in RLC acknowledged mode. Reference: number of DL RLC blocks sent by the MFS.




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In acknowledged mode, number of DL RLC blocks on PDTCH encoded in CS-3 retransmitted due to unacknowledgement of the MS. RLC blocks containing LLC dummy UI commands are not counted.




In acknowledged mode, number of DL RLC blocks on PDTCH encoded in CS-4 retransmitted due to unacknowledgement of the MS. RLC blocks containing LLC dummy UI commands are not counted.



GQRPDDRM1N X GPRS_DL_RLC_bytes_PDTCH_MCS1_retransmissing_ack

In RLC acknowledged mode, number of DL RLC data bytes on PDTCH encoded in MCS1 and retransmitted due to unacknowledgement of the MS. RLC blocks containing LLC dummy UI commands are not counted.
















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GQRPDDRMN X X GPRS_DL_RLC_bytes_PDTCH_MCSx_retransmissing_ack

In RLC acknowledged mode, number of DL RLC data bytes encoded in MCS-x and retransmitted due to unacknowledgement of the MS. RLC blocks containing LLC dummy UI commands are not counted.

GQRPDDRMR X OK GPRS_DL_RLC_bytes_PDTCH_MCSx_retrans_ack_rate

In RLC acknowledged mode, ratio of DL RLC data bytes encoded in MCS-x and retransmitted due to unacknowledgement of the MS. RLC blocks containing LLC dummy UI commands are not counted. Reference : overall number of DL RLC data bytes transmitted in EGPRS mode.

GQRPDDUCR X GPRS_DL_PDTCH_CSx_unefficiency_ack_rate

In RLC ack mode, rate of downlink RLC retransmitted data bytes sent on PDTCH and encoded in CS-x. Reference : overall number of DL RLC data bytes transmitted in GPRS mode

GQRPDDUCUAR X GPRS_DL_PDTCH_CSx_unefficiency_unack_rate

DL CSx unefficiency rate in RLC unack mode.

GQRPDDUMR X GPRS_DL_PDTCH_MCSx_unefficiency_ack_rate

DL EGPRS MCS-x unefficiency rate.

GQRPDDUMUAR X GPRS_DL_PDTCH_MCSx_unefficiency_unack_rate

DL MCSx unefficiency rate in RLC unack mode.

GQRPDUDUN X X OK GPRS_UL_RLC_block_PDTCH_dummy Number of UL RLC blocks containing only dummy LLC UI Command PDU on PDTCH.

GQRPDUDUR X X OK GPRS_UL_RLC_block_PDTCH_dummy_rate

Rate of RLC data blocks containing only dummy LLC UI commands on UL PDTCH. Reference: total number of UL RLC blocks.

GQRPDUECR X OK GPRS_UL_PDTCH_CSx_efficiency_ack_rate

Uplink CS-x efficiency rate

GQRPDUECUAR X GPRS_UL_PDTCH_CSx_efficiency_unack_rate

UL CSx efficiency rate in RLC unack mode.

GQRPDUEMR X OK GPRS_UL_PDTCH_MCSx_efficiency_ack_rate

UL MCSx efficiency rate.

GQRPDUEMUAR X GPRS_UL_PDTCH_MCSx_efficiency_unack_rate

UL MCSx efficiency rate in RLC unack mode

GQRPDULBN X GPRS_UL_RLC_bytes_PDTCH_lost_unack

Total number of RLC data bytes lost on PDTCH

GQRPDULBR X GPRS_UL_RLC_bytes_PDTCH_lost_unack_rate

Rate of UL RLC data bytes lost on PDTCH. Reference : overall number of LLC bytes sent in UL for GPRS and EGPRS modes.

GQRPDULCN X X GPRS_UL_RLC_bytes_PDTCH_CSx_lost_unack

In unacknowledged mode, number of UL RLC bytes on PDTCH encoded in CS-1-4 that are lost.

GQRPDULCO X GPRS_UL_RLC_bytes_PDTCH_CSx_lost_unack_ratio

Ratio of UL RLC data bytes lost on PDTCH and encoded in CS-x. Reference : total number of RLC data bytes lost in GPRS and EGPRS modes.

GQRPDULCR X X GPRS_UL_RLC_bytes_PDTCH_CSx_lost_unack_rate

In unacknowledged mode, rate of UL RLC data bytes on PDTCH encoded in CS-x lost. The blocks containing LLC dummy UI commands are not counted. Reference: number of UL LLC bytes in unacknowledged mode.

GQRPDULMN X X GPRS_UL_RLC_bytes_PDTCH_MCSx_lost_unack

In unacknowledged mode, number of UL RLC bytes on PDTCH encoded in MCS-1-9 that are lost.

GQRPDULMO X GPRS_UL_RLC_bytes_PDTCH_MCSx_lost_unack_ratio

Ratio of UL RLC data bytes on PDTCH and encoded in MCS-x. Reference : total number of RLC data bytes lost in


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GPRS and EGPRS modes.

GQRPDULMR X X GPRS_UL_RLC_bytes_PDTCH_MCSx_lost_unack_rate

In unacknowledged mode, rate of UL RLC data bytes on PDTCH encoded in MCS-x lost. The blocks containing LLC dummy UI commands are not counted. Reference: number of UL LLC bytes in unacknowledged mode

GQRPDUR1N X X OK GPRS_UL_RLC_block_PDTCH_CS1_retransmissing_ack

Number of useful UL RLC blocks encoded in CS-1, retransmitted on PDTCH, in RLC acknowledged mode. Reference: number of UL RLC blocks sent by the MFS.

GQRPDUR1O X GPRS_UL_RLC_block_PDTCH_CS1_retrans_ack_ratio

In RLC ack mode, ratio of useful UL RLC blocks encoded in CS-1, retransmitted on PDTCH.

GQRPDUR1R X GPRS_UL_RLC_block_PDTCH_CS1_retransmissing_rate

Rate of useful UL RLC blocks encoded in CS-1, retransmitted on PDTCH, in RLC acknowledged mode. Reference: number of UL RLC blocks sent on UL PDTCH and encoded in CS1


Number of useful UL RLC blocks encoded in CS-2, retransmitted on PDTCH, in RLC acknowledged mode.


In RLC ack mode ratio of useful UL RLC blocks encoded in CS-2 and retransmitted on PDTCH.

GQRPDUR2R X GPRS_UL_RLC_block_PDTCH_CS2_retransmissing_rate

Rate of useful UL RLC blocks encoded in CS-2, retransmitted on PDTCH, in RLC acknowledged mode. Reference: number of UL RLC blocks sent on UL PDTCH and encoded in CS2.


In acknowledged mode, number of UL RLC blocks on PDTCH encoded in CS3 retransmitted due to unacknowledgement of the MFS.


In RLC ack mode, ratio of useful UL RLC blocks encoded in CS-3 and retransmitted on PDTCH.


In acknowledged mode, number of UL RLC blocks on PDTCH encoded in CS4 retransmitted due to unacknowledgement of the MFS.


In RLC ack mode, ratio of useful UL RLC blocks encoded in CS-4 and retransmitted on PDTCH.

GQRPDURM1N X GPRS_UL_RLC_bytes_PDTCH_MCS1_retransmissing_ack

In RLC acknowledged mode, number of UL RLC data bytes received on PDTCH encoded in MCS1 and retransmitted due to unacknowledgement of the MFS.












In RLC acknowledged mode, number of UL RLC data bytes received on PDTCH encoded in MCS7 and retransmitted due to unacknowledgement of the


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MFS.





GQRPDURMN X X GPRS_UL_RLC_bytes_PDTCH_MCSx_retransmissing_ack

In acknowledged mode, number of UL RLC data bytes encoded in MCSx and retransmitted due to unacknowledgement of the MFS.

GQRPDURMR X OK GPRS_UL_RLC_bytes_PDTCH_MCSx_retrans_ack_rate

In acknowledged mode, ratio of UL RLC data bytes encoded in MCS-x and retransmitted due to unacknowledgement of the MFS. Reference : overall number of UL RLC data bytes sent on PDTCH encoded in MCSx in RLC ack mode

GQRPDUUCR X GPRS_UL_PDTCH_CSx_unefficiency_ack_rate

Uplink GPRS CS-x unefficiency rate.

GQRPDUUCUAR X GPRS_UL_PDTCH_CSx_unefficiency_unack_rate

UL CSx unefficiency rate in RLC unack mode.

GQRPDUUMR X GPRS_UL_PDTCH_MCSx_unefficiency_ack_rate

UL MCSx unefficiency rate.

GQRPDUUMUAR X GPRS_UL_PDTCH_MCSx_unefficiency_unack_rate

UL MCSx unefficiency rate in RLC unack mode

GQRR1APN X GPRS_TBF_realloc_T1_allocated Number of UL+DL TBF reallocation trigger 1 allocated (request - preparation failure)

GQRR1APR X GPRS_TBF_realloc_T1_preparation_efficiency_rate

rate of the Number of UL+DL TBF reallocation trigger 1 allocated over the number of UL+DL TBF reallocation trigger 1 requests. It represents the efficiency of the preparation phase.

GQRR1EFR X GPRS_TBF_realloc_T1_execution_efficiency_rate

rate of DL+UL TBF reallocation trigger T1 sucessfull over the number of DL+UL TBF reallocation trigger T1 allocated. It represents the reallocation efficiency in DL+UL for the condition T1

GQRR1SUN X GPRS_TBF_realloc_T1_success Number of UL+DL TBF resource reallocation successes for trigger T1.

GQRR1SUR X GPRS_TBF_realloc_T1_success_rate Rate of UL+DL TBF reallocation Trigger 1 success over the number of UL+DL TBF trigger 1 requests












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rate of the Number of UL+DL TBF reallocation trigger 4 allocated over the number of UL+DL TBF reallocation trigger 4 requests.


rate of DL+UL TBF reallocation trigger T4 sucessfull over the number of DL+UL TBF reallocation trigger T4 allocated.



GQRUDTACN X X NOK Mono_GPRS_Tel

ecom

GPRS_UL_TBF_acceptable_release Number of UL TBF releases due to : - UL TBF release due to radio preemption - UL TBF release due to suspend resume procedure - UL TBF release due to cell reselection - UL TBF releases due to the release of the CS connection when the MS leaves the dual transfer mode or due to the establishment of a CS connection when the MS enters the dual transfer mode.

GQRUDTACR X NOK Mono_GPRS_Tel

ecom

GPRS_UL_TBF_acceptable_release_rate

Rate of UL TBF releases due to : - TBF release due to radio preemption - TBF release due to suspend resume procedure - TBF release due to cell reselection. Reference : number of UL TBF success.

GQRUDTADA X GPRS_UL_CS_adapt_decrease_per_TBF

Average number of CS adaptions per TBF, from a given coding scheme to a more robust coding scheme in the uplink direction .

GQRUDTADN X X GPRS_UL_CS_adapt_decrease Number of CS adaptions from a given coding scheme to a more robust coding scheme in the uplink direction .

GQRUDTADT X GPRS_UL_CS_adapt_decrease_per_second

Average number of CS adaptions from a given coding scheme to a more robust coding scheme in the uplink direction per second.

GQRUDTAIA X GPRS_UL_CS_adapt_increase_per_TBF

Average number of CS adaptionsper TBF, from a given coding scheme to a less robust coding scheme in the uplink direction..

GQRUDTAIN X X GPRS_UL_CS_adapt_increase Number of CS adaptions from a given coding scheme to a less robust coding scheme in the uplink direction .

GQRUDTAIT X GPRS_UL_CS_adapt_increase_per_second

Average number of CS adaptions from a given coding scheme to a less robust coding scheme in the uplink direction per second.

GQRUDTARN X NOK Mono_GPRS_Tel

ecom

GPRS_UL_TBF_drop Number of UL TBF drop.

GQRUDTARO X GPRS_UL_TBF_drop_ratio Ratio of UL TBF drops. Reference: total number of TBF drops (DL & UL)


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GQRUDTARR X X NOK Mono_GPRS_Tel

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GPRS_UL_TBF_drop_rate Rate of UL TBF drops. Reference: number of UL TBF establishment - successes

GQRUDTBLN X X OK GPRS_UL_TBF_drop_blocking Number of UL TBF drops due to blocking situation at the beginning or at the end of UL TBF ( including blocking situation following NC2 cell reselection) .

GQRUDTBLO X GPRS_UL_TBF_drop_blocking_ratio Ratio of UL TBF drops due to blocking situation at the beginning or at the end of UL TBF ( including blocking situation following NC2 cell reselection) . Reference : Total number of UL TBF drops.

GQRUDTBLR X X GPRS_UL_TBF_drop_blocking_rate Rate of UL TBF drops due to blocking situation at the beginning or at the end of UL TBF ( including blocking situation following NC2 cell reselection) . Reference: number of UL TBF establishment successes.

GQRUDTBPN X X OK NOK Mono_GPRS_Tel

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GPRS_UL_TBF_drop_BSS Number of UL TBF drops due to BSS problems.

GQRUDTBPO X GPRS_UL_TBF_drop_BSS_ratio Ratio of UL TBF drops due to BSS problems in relation to all UL TBF drops.

GQRUDTBPR X X GPRS_UL_TBF_drop_BSS_rate Rate of UL TBF drops due to BSS problems. Reference: number of UL TBF establishment - successes

GQRUDTC1N X GPRS_UL_RLC_block_PDTCH_CS1 Total number of useful UL RLC blocks in RLC ack mode sent on PDTCH and encoded in CS-1 (useful and retransmitted).

GQRUDTC1O X GPRS_UL_RLC_block_PDTCH_CS1_ratio

Ratio of UL RLC blocks encoded in CS1 sent on PDTCH. Overall number of DL RLC blocks sent on PDTCH and encoded in CS1-2-3-4

GQRUDTC1R X GPRS_UL_RLC_block_PDTCH_CS1_rate

Rate of UL RLC blocks in coding scheme CS1. The RLC blocks not correctly received and the RLC blocks lost are counted Reference: number of UL RLC blocks for GPRS.

GQRUDTC2N X GPRS_UL_RLC_block_PDTCH_CS2 Total number of UL RLC blocks in RLC ack mode sent on PDTCH and encoded in CS-2

GQRUDTC2O X GPRS_UL_RLC_block_PDTCH_CS2_ratio

Ratio of UL RLC blocks encoded in CS2 sent on PDTCH. Overall number of DL RLC blocks sent on PDTCH and encoded in CS1-2-3-4

GQRUDTC2R X GPRS_UL_RLC_block_PDTCH_CS2_rate

Rate of UL RLC blocks in coding scheme CS2. Reference: number of UL RLC blocks for GPRS.

GQRUDTCFN X X GPRS_UL_TBF_flush_release Number of UL TBF releases requested by RRM to RLC upon receipt of the flush message.

GQRUDTCFR X X GPRS_UL_TBF_flush_release_rate Rate of UL TBF releases due release requested by RRM TO RLC upon receipt of the flush message. Reference: number of UL TBF establishment successes.

GQRUDTCFRLN X X GPRS_UL_TBF_release_reselect Total number of UL TBF releases due to cell reselection (NC0+NC2).

GQRUDTCFRLR X X GPRS_UL_TBF_release_reselect_rate Rate of UL TBF releases due to NC0 or NC2 cell reselections. Reference: number of UL TBF establishment successes

GQRUDTCFRPN X X GPRS_UL_TBF_release_reselect_radio Number of UL TBF releases triggered by RLC following detection of a radio problem induced by a cell reselection.

GQRUDTCFRPR X GPRS_UL_TBF_release_reselect_radio_rate

Rate of UL TBF releases triggered by RLC following detection of a radio problem induced by a cell reselection.


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Reference : total number of UL TBF successes.

GQRUDTCGN X X GPRS_UL_LLC_bytes_discarded_SNS_cong

Number of UL LLC bytes discarded due to congestion in the SNS sublayer (the MS is in packet transfer mode UL).

GQRUDTCORLN X X OK GPRS_UL_TBF_release_NC0_reselect Number of UL TBF releases due to NC0 cell reselection

GQRUDTCORLR X X GPRS_UL_TBF_release_NC0_reselect_rate

Rate of UL TBF releases due to NC0 cell reselection Reference: number of UL TBF establishment successes

GQRUDTCRARN X X OK GPRS_UL_TBF_drop_NC2_reselect_failure

Number of NC2 reselect failures with UL TBF drop (unacceptable TBF drop during reselection).

GQRUDTCRARR X X GPRS_UL_TBF_drop_NC2_reselect_failure_rate

Rate of NC2 reselect failures with UL TBF drop (unacceptable TBF drop during reselection). Reference: number of NC2 reselect requests while in UL transfer

GQRUDTCRFMN X X GPRS_UL_TBF_NC2_reselect_failure_with_MS_lost

Number of NC2 reselection failed with UL TBF drop and MS lost. These requests are not followed by a FLUSH-LL PDU nor by the reception of Packet Cell Change Failure from the MS.

GQRUDTCRFMR X X GPRS_UL_TBF_NC2_reselect_failure_with_MS_lost_rate

Rate of UL TBF failures because of MS lost due to NC2 cell reselection. Reference: number of NC2 cell reselection requests in uplink.

GQRUDTCRRLN X X OK GPRS_UL_TBF_release_NC2_reselect Number of UL TBF releases due to NC2 cell reselection

GQRUDTCRRLR X X GPRS_UL_TBF_release_NC2_reselect_rate

Rate of UL TBF releases due to NC2 cell reselection Reference: number of UL TBF establishment successes

GQRUDTCSN X GPRS_UL_RLC_block_CS1_CS2 Total number of UL RLC blocks sent on PDTCH encoded in CS-1 and CS-2, in acknowledged mode.The useful and retransmitted blocks are counted.

GQRUDTCSO X GPRS_UL_RLC_block_CS1_CS2_ratio Ratio of total number of useful UL RLC blocks sent on PDTCH encoded in CS-1, in acknowledged or unacknowledged mode (the retransmitted and lost blocks are counted) in relation with the total number of useful DL RLC blocks sent on PDTCH encoded in CS-2.

GQRUDTEATN X GPRS_UL_TBF_extended_to_active_perTBF

Number of UL TBF transfer resumptions in extended uplink state in relation to the number of established UL TBF entering the extended uplink state for the first time.

GQRUDTETN X GPRS_UL_TBF_extended_to_active_state

Number of UL TBF transfer resumptions in extended uplink state.

GQRUDTGPN X X OK GPRS_UL_TBF_drop_GB Number of UL TBF drops due to GB interface problems.

GQRUDTGPO X GPRS_UL_TBF_drop_GB_ratio Ratio of UL TBF drops due to Gb interface problems in relation to all UL TBF drops.

GQRUDTGPR X X GPRS_UL_TBF_drop_GB_rate Rate of UL TBF drops due to GB interface problems. Reference: number of UL TBF establishment - successes

GQRUDTMBPN X DTM_UL_TBF_estab_fail_BSS Number of DTM UL TBF establishment failures due to system problems.

GQRUDTMBPR X DTM_UL_TBF_estab_fail_BSS_rate Rate of DTM UL TBF establishment failures due to system problems.

GQRUDTMCAN X DTM_UL_TBF_estab_allocated Number of DTM UL TBF allocated. GQRUDTMCAR X DTM_UL_TBF_estab_allocated_rate Rate of DTM UL TBF allocated. GQRUDTMCON X DTM_UL_TBF_estab_fail_cong Number of UL TBF establishment failures on DCCH

for MS operating in DTM due to a lack of radio resources.


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GQRUDTMCONR X GPRS_UL_TBF_estab_fail_cong_in_DTM_mode_rate

Rate of number of UL TBF establishment failures on DCCH for MS operating in DTM due to a lack of radio resources over the number of UL TBF establishment requests.

GQRUDTMCOO X GPRS_UL_TBF_estab_fail_cong_in_DTM_mode_ratio

Ratio of number of UL TBF establishment failures on DCCH for MS operating in DTM due to a lack of radio resources over the number of UL TBF establishment failures due to congestion per cell.

GQRUDTMCOR X DTM_UL_TBF_estab_fail_cong_rate Rate of DTM UL TBF establishment failures due to radio congestion.

GQRUDTMEFR X DTM_UL_TBF_estab_efficiency_rate Rate of DTM UL TBF establishment efficiency. GQRUDTMEPN X DTM_UL_TBF_estab_exec_fail_BSS Number of DTM UL TBF establishment failures due

to system problems during execution phase. GQRUDTMEPR X DTM_UL_TBF_estab_exec_fail_BSS_rat

e Rate of DTM UL TBF establishment failures due to system problems during execution phase.

GQRUDTMFLN X DTM_UL_TBF_estab_fail Number of DTM UL TBF establishment failures. GQRUDTMFLR X DTM_UL_TBF_estab_fail_rate Rate of DTM UL TBF establishment failures. GQRUDTMLPN X DTM_UL_LLC_bytes_PDU_GTTP Number of bytes received from the MS with the

GTTP protocol. GQRUDTMMPR X DTM_UL_TBF_estab_with_TCH_fail_du

e_MS_rate Rate of DTM UL TBF establishment failures due MS access problem per cell.

GQRUDTMPFN X DTM_UL_TBF_estab_prep_fail_BSS Number of DTM UL TBF establishment failures due to system problems during preparation phase.

GQRUDTMPFR X DTM_UL_TBF_estab_prep_fail_BSS_rate

Rate of DTM UL TBF establishment failures due to system problems during preparation phase.

GQRUDTMRLN X OK DTM_UL_TBF_CS_release Number of UL TBF releases due to the release of the CS connection when the MS leaves the dual transfer mode or due to the establishment of a CS connection when the MS enters the dual transfer mode. This counter also counts the UL TBF release due to an handover.

GQRUDTMRLR X DTM_UL_TBF_CS_release_rate Rate of DTM UL TBF releases. GQRUDTMRQN X DTM_UL_TBF_estab_request Number of UL TBF establishment requests on

DCCH for MS operating in DTM. GQRUDTMRQO X GPRS_UL_TBF_request_in_DTM_mode

_ratio Ratio of the number of UL TBF establishment requests on DCCH for MS operating in DTM over the number of UL TBF establishment requests.

GQRUDTMSUN X DTM_UL_TBF_estab_success Number of UL TBF establishment successes on DCCH for MS operating in DTM.

GQRUDTMSUR X DTM_UL_TBF_estab_success_rate Rate of DTM UL TBF establishment successes. GQRUDTMUN X DTM_UL_TBF_estab_unsuccess Number of DTM UL TBF establishment

unsuccesses. GQRUDTMUR X DTM_UL_TBF_estab_unsuccess_rate Rate of DTM UL TBF establishment unsuccesses. GQRUDTNRA X OK GPRS_UL_connection_time_avg Average connection time of established UL TBF.

Reference : Number of UL TBF successes.

GQRUDTNRN X X OK GPRS_UL_TBF_normal_release Number of UL TBF normal releases. GQRUDTNRR X X OK GPRS_UL_TBF_normal_release_rate Rate of UL TBF normal releases.

Reference: number of UL TBF establishment - successes

GQRUDTNRT X X OK GPRS_UL_connection_time Cumulative overall time of UL TBF connections. GQRUDTPRA X X GPRS_UL_TBF_realloc_T1_over_PDCH

_soft_preempted Average number of UL TBF reallocated due to PACCH impacted by soft pre-emption (trigger T1) per PDCH released after having been marked by soft pre-emption procedure. Reference: number of PDCH(s) released after having been marked by soft pre-emption procedure.

GQRUDTPRN X X OK GPRS_UL_TBF_radio_preemption_release

Number of UL TBF releases due to radio preemption. It counts the number of UL TBF release due to fast preemption or (only in B9) due to too high number of TBF on a TRX (according the number of GCHs that will remain on the TRX after the CS preemption process).

GQRUDTPRNRN X GPRS_UL_TBF_transmission_preemption_release

Number of UL TBF release due to preemption in case of need of transmission resources.


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GQRUDTPRNRR X GPRS_UL_TBF_transmission_preemption_release_rate

Rate of UL TBF releases due to fast preemption in case of need of transmission resources. Reference: number of UL TBF establishment successes.

GQRUDTPRR X X GPRS_UL_TBF_radio_preemption_release_rate

Rate of UL TBF releases due to fast preemption in case of need of radio resources. Reference: number of UL TBF establishment successes.

GQRUDTRAN X X OK GPRS_UL_TBF_realloc_execution_fail_radio

Number of UL TBF drops due to radio problems during radio resource reallocation execution.

GQRUDTRAO X GPRS_UL_TBF_realloc_execution_fail_radio_ratio

Ratio of UL TBF drops due to radio problems during radio resource reallocation execution Reference: total number of UL TBF drops

GQRUDTRAR X X GPRS_UL_TBF_realloc_execution_fail_radio_rate

Rate of UL TBF drops due to radio problems during radio resource reallocation execution Reference: number of UL TBF establishment successes.

GQRUDTRPEN X GPRS_UL_TBF_drop_extended_phase Number of times a UL TBF is released because of a radio failure when it is in extended uplink phase.

GQRUDTRPEO X GPRS_UL_TBF_drop_extended_phase_ratio

Ratio of UL TBF drops because of a radio failure when it is in extended uplink phase in relation to all UL TBF drops due to radio problems.

GQRUDTRPER X GPRS_UL_TBF_radio_drop_extended_phase_rate

Rate of UL TBF drops because of a radio failure when it is in extended uplink phase in relation to the established UL TBF entering the extended uplink state for the first time.

GQRUDTRPEUN X GPRS_UL_TBF_drop_radio_N_POLLING_EUTM

Number of times a UL TBF is released because of a radio failure due to N_POLLING_EUTM (N_POLLING_EUTM exceeds its limit).

GQRUDTRPN X X GPRS_UL_TBF_drop_radio Number of UL TBF drops due to radio problems. GQRUDTRPNCN X X OK GPRS_UL_TBF_real_drop_radio Number of UL TBF releases due to radio problems

not induced by a suspend procedure or a cell reselection. The UL TBF releases due to radio problems during a radio resources reallocation execution are also counted. This indicator is meaningful only with NC0 reselections.

GQRUDTRPNCO X X OK GPRS_UL_TBF_real_drop_radio_ratio Ratio of UL TBF releases due to radio problems not induced by a suspend procedure or a cell reselection. The UL TBF releases due to radio problems during a radio resources reallocation execution are also counted. Reference: total number of UL TBF drops. This indicator is meaningful only with NC0 reselections.

GQRUDTRPNCR X X OK GPRS_UL_TBF_real_drop_radio_rate Rate of UL TBF releases due to radio problems not induced by a suspend procedure or a cell reselection. The UL TBF releases due to radio problems during a radio resources reallocation execution are also counted. Reference: number of UL TBF establishment successes. This indicator is meaningful only with NC0 reselections.

GQRUDTRPO X GPRS_UL_TBF_drop_radio_ratio Ratio of UL TBF drops due to radio problems in relation to all UL TBF drops.


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GQRUDTRPR X X GPRS_UL_TBF_drop_radio_rate Rate of UL TBF drops due to radio problems Reference: number of UL TBF establishment - successes

GQRUDTRPT2N X GPRS_UL_TBF_drop_radio_N3103 Number of times a UL TBF is released because of a radio failure due to N3103 (N3103 exceeds its limit).

GQRUDTRPTN X GPRS_UL_TBF_drop_radio_N3101 Number of times a UL TBF is released because of a radio failure due to N3101 (N3101 exceeds its limit).

GQRUDTRPTXN X GPRS_UL_TBF_drop_radio_low_TX_Eff Number of times a UL TBF is released because of a radio failure due to too low TX efficiency.

GQRUDTRRB1O X GPRS_UL_RLC_bytes_CS1_CS2_retransmissing_ack_ratio

Ratio of uplink RLC bytes retransmitted on PDTCH in RLC ack mode, and encoded in CS1-2 Reference : total number of UL RLC data bytes retransmitted in GPRS mode.

GQRUDTRRB3O X NOK GPRS_UL_RLC_bytes_CS3_CS4_retransmissing_ack_ratio

Ratio of uplink RLC bytes retransmitted on PDTCH in RLC ack mode and encoded in CS3-4. Reference : total number of UL RLC data bytes retransmitted in GPRS mode.

GQRUDTRRBCN X GPRS_UL_RLC_bytes_PDTCH_CSx_retransmissing_ack

Number of RLC bytes, retransmitted on PDTCH in RLC ack mode and encoded in CS-x

GQRUDTRRBCR X OK GPRS_UL_RLC_bytes_PDTCH_CSx_retrans_ack_rate

In RLC ack mode, rate of uplink RLC bytes retransmitted on PDTCH and encoded in CS-x. Reference : total number of UL RLC data bytes sent on PDTCH in RLC ack mode mode and in GPRS mode .

GQRUDTRRBMO X GPRS_UL_RLC_bytes_MCSx_retransmissing_ack_ratio

In RLC ack mode, ratio of UL RLC bytes retransmitted on PDTCH and encoded in MCS-x. Reference : total number of UL RLC data bytes retransmitted in GPRS and EGPRS modes.

GQRUDTRRBN X GPRS_UL_RLC_bytes_PDTCH_retransmissing_ack

In RLC ack mode, total number of RLC bytes retransmitted on PDTCH.

GQRUDTRRICN X GPRS_UL_RLC_bits_PDTCH_CSx_retransmissing_ack

Number of RLC bits, retransmitted on PDTCH in RLC ack mode and encoded in CS-x

GQRUDTRRN X GPRS_UL_RLC_block_PDTCH_CSx_retransmissing_ack

Total number of UL RLC data blocks retransmitted in CS1-2-3-4

GQRUDTRRO X GPRS_UL_RLC_block_PDTCH_CSx_retrans_ack_ratio

In RLC acknowledged mode, ratio of useful UL RLC blocks retransmitted on PDTCH and encoded in CS-x.

GQRUDTRRR X X GPRS_UL_RLC_block_PDTCH_CSx_retrans_ack_rate

Rate of UL RLC data blocks retransmitted and encoded in CS1-2-3-4

GQRUDTSFN X X GPRS_UL_TBF_suspend_release Number of UL TBF releases requested by RRM to RLC upon receipt of the suspension request from MS (via BSC). When the TBF is released due to a radio link failure linked to suspension, this counter is not incremented (P302c is incremented in this case).

GQRUDTSFPRN X X GPRS_UL_TBF_suspend Number of UL TBF releases due to the suspend procedure. The procedure includes the case when a TBF is released before the reception of the suspend message.

GQRUDTSFR X X GPRS_UL_TBF_suspend_release_rate Rate of UL TBF releases requested by RRM to RLC upon receipt of the suspension request from MS (via BSC). Reference: total number of UL TBF successes.

GQRUDTSNN X X GPRS_UL_TBF_release_RLC_suspend Number of UL TBF releases triggered by RLC following detection of a radio failure induced by a suspension request from MS.

GQRUDTSNR X X GPRS_UL_TBF_release_RLC_suspend_rate

Rate of UL TBF releases triggered by RLC following detection of a radio failure induced by a suspension request from MS. Reference: number of UL TBF establishment


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successes.

GQRUDTSPN X X OK GPRS_UL_TBF_release_suspend Number of suspend messages for a UL TBF received from MS (via BSC).

GQRUDTSPR X GPRS_UL_TBF_release_suspend_rate Rate of suspend messages for an UL TBF received from MS (via BSC). Reference: number of UL TBF establishment successes.

GQRUDTSTEGN X X GPRS_UL_EGPRS_TBF_stall_indication Number of stall indications from the MS for a EGPRS uplink TBF

GQRUDTSTEGO X GPRS_UL_EGPRS_TBF_stall_indication_ratio

Ratio of stall indications from MS for EGPRS uplink TBFs

GQRUDTSTEGT X GPRS_UL_EGPRS_TBF_stall_indication_per_second

Number of UL stall indication from MS received per second for EGPRS TBFs

GQRUDTSTGPN X X GPRS_UL_GPRS_TBF_stall_indication Number of stall indications from the MS for a GPRS uplink TBF

GQRUDTSTGPO X GPRS_UL_GPRS_TBF_stall_indication_ratio

Ratio of stall indications from MS for GPRS uplink TBFs

GQRUDTSTGPT X GPRS_UL_GPRS_TBF_stall_indication_per_second

Number of UL stall indications from MS received per second for GPRS TBFs.

GQRUDTSWN X X OK GPRS_UL_TBF_drop_N_stagnatingWindow

Number of UL TBF releases due to N_StagnatingWindow (including N_StagnatingWindow following cell reselection in transfer mode).

GQRUDTSWO X GPRS_UL_TBF_drop_N_stagnatingWindow_ratio

Ratio of UL TBF releases due to N_StagnatingWindow (including N_StagnatingWindow following cell reselection in transfer mode). Reference : Total number of UL TBF drops.

GQRUDTSWR X X GPRS_UL_TBF_drop_N_stagnatingWindow_rate

Rate of UL TBF drops due to N_StagnatingWindow (including N_StagnatingWindow following cell reselection in transfer mode). Reference: number of UL TBF establishment successes

GQRUDTT1N X X GPRS_UL_TBF_realloc_T1_execution_fail_radio

Number of UL TBF drops due to radio failure during radio resource reallocation execution (trigger T1).







GQRUDTTGA X X OK

GPRS_UL_TX_efficiency_avg Average TX_EFFICIENCY computed on UL TBFs established in GPRS mode. Consolidated in Day/Week/Month with the MAX value.

GQRUR1APN X GPRS_UL_TBF_realloc_T1_allocated Number of UL TBF reallocation trigger 1 allocated (request - preparation failure)

GQRUR1APR X GPRS_UL_TBF_realloc_T1_preparation_efficiency_rate

rate of the Number of UL TBF reallocation trigger 1 allocated over the number of UL TBF reallocation trigger 1 requests. It represents the efficiency of the preparation phase.

GQRUR1BPN X GPRS_UL_TBF_realloc_T1_execution_fail_BSS

Number of UL TBF reallocation trigger 1 failure cause BSS (internal HW cause)

GQRUR1BPR X X GPRS_UL_TBF_realloc_T1_exec_fail_BSS_rate

Rate of the UL TBF reallocation trigger 1 execution failure cause BSS over the number of UL TBF reallocation trigger 1 requests.

GQRUR1EFR X GPRS_UL_TBF_realloc_T1_execution_efficiency_rate

rate of UL TBF reallocation trigger T1 sucessfull over the number of UL TBF reallocation trigger T1 allocated. It represents the reallocation execution efficiency in UL for the condition T1


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GQRUR1FEN X X GPRS_UL_TBF_realloc_T1_exec_fail_external_stop

Number of UL TBF resource reallocation failures due external request (suspension request from BSC or flush message from SGSN) during execution of the reallocation procedure for trigger T1.

GQRUR1FER X X GPRS_UL_TBF_realloc_T1_exec_fail_external_rate

Rate of UL TBF reallocation trigger 1 external failures over the total number of UL TBF reallocation trigger 1 requests.

GQRUR1FPN X X GPRS_UL_TBF_realloc_T1_preparation_fail

Number of UL TBF resource reallocation failures because no available PDCH could be found by reallocation algorithm following trigger T1.

GQRUR1FPR X X GPRS_UL_TBF_realloc_T1_preparation_fail_rate

Rate of UL TBF reallocation trigger 1 preparation failure over the number of UL TBF reallocation trigger 1 request

GQRUR1RPR X X GPRS_UL_TBF_realloc_T1_exec_fail_radio_rate

rate of UL TBF reallocations Trigger 1 execution failures over the number of UL TBF reallocation Trigger 1 requests

GQRUR1SUN X X NOK FR 20/2163

14 GPRS_UL_TBF_realloc_T1_success Number of UL TBF resource reallocation successes

for trigger T1.

GQRUR1SUR X X GPRS_UL_TBF_realloc_T1_success_rate

Rate of UL TBF reallocation Trigger 1 success over the number of UL TBF trigger 1 requests











Number of UL TBF resource reallocation failures due external request (suspension request from BSC or flush message from SGSN) during execution of the reallocation procedure for trigger T2.









GQRUR2SUN X X GPRS_UL_TBF_realloc_T2_success Number of UL TBF resource reallocation successes for trigger T2.



GQRUR2V5R X X GPRS_UL_TBF_concurrent_realloc_T2_situation_rate

Rate of concurrent DL TBF establishment leading to UL TBF resource reallocation. Reference: number of DL TBF establishment requests per cell when MS is in packet transfer mode UL.



rate of the Number of UL TBF reallocation trigger 3 allocated over the number of UL TBF reallocation trigger 3 requests.


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It represents the efficiency of the preparation phase.








Number of UL TBF resource reallocation failures due external request (suspension request from BSC or flush message from SGSN) during execution of the reallocation procedure for trigger T3
















Number of T4 reallocation execution failures due to BSS problems


Rate of UL TBF resource reallocation failures due to BSS problem during execution of the reallocation procedure for trigger T4. Reference: number of UL TBF candidate for resource reallocation for trigger T4.




Number of UL TBF resource reallocation failures due external request (suspension request from BSC or flush message from SGSN) during execution of the reallocation procedure for trigger T4


Rate of UL TBF resource reallocation failures due to external request (suspension request from BSC or flush message from SGSN) during execution of the reallocation procedure for trigger T4. Reference: number of UL TBF candidate for resource reallocation for trigger T4.




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Rate of UL TBF resource reallocation failures because no strictly better PDCH allocation could be found by reallocation algorithm for trigger T4. Reference: number of UL TBF candidate for resource reallocation for trigger T4.


Rate of UL TBF resource reallocation failures due to radio problem during execution of the reallocation procedure for trigger T4. Reference: number of UL TBF candidate for resource reallocation for trigger T4.



Rate of UL TBF resource reallocation successes for trigger T4. Reference: number of UL TBF candidate for resource reallocation for trigger T4.

GQRURRSUP X X OK GPRS_UL_biased_and_UL_optimal_alloc_percent

Percentage of time during which uplink TBFs are granted the maximum number of PDCHs they support and the corresponding MSs are engaged in uplink-biased transfers. Reference: time during which MSs are engaged in uplink-biased transfers and served by UL TBFs.

GQRURRSUT X X OK OK GPRS_UL_biased_and_UL_optimal_allocation_time

Cumulative time during which uplink TBFs are granted the maximum number of PDCHs they support and the corresponding MSs are engaged in uplink-biased transfers.

GQRUTDEFR X GPRS_UL_TBF_extended_efficiency_rate

Rate of the Number of UL TBF transfer resumptions in extended uplink state over the number of UL TBF successfully established entering the extended uplink state + the Number of UL TBF transfer resumptions in extended uplink state.

GQRUTEAPN X GPRS_UL_TBF_estab_allocated Number of UL TBF allocated per cell. GQRUTEAPR X NOK

Mono_GPRS_Tel

ecom

GPRS_UL_TBF_estab_allocated_rate Rate of UL TBF allocated per cell.

GQRUTEBPN X X NOK GPRS_UL_TBF_estab_fail_BSS Number of UL TBF estab failures due to BSS problem per cell. Reference: number of UL TBF estab requests

GQRUTEBPO X GPRS_UL_TBF_estab_fail_BSS_ratio Ratio of UL TBF estab - failures due to BSS problem per cell in relation to all UL TBF estab - failures.

GQRUTEBPR X X OK GPRS_UL_TBF_estab_fail_BSS_rate Rate of UL TBF estab -failures due to BSS problem per cell. Reference: number of UL TBF estab -requests

GQRUTECBN X X OK GPRS_UL_TBF_estab_fail_abis_cong Number of UL establishment failures due to congestion of Abis.

GQRUTECBO X GPRS_UL_TBF_estab_fail_abis_cong_ratio

Ratio of UL TBF establishment failures due to congestion of abis.

GQRUTECBR X X GPRS_UL_TBF_estab_fail_abis_cong_rate

Rate of UL TBF establishment failures due to congestion of Abis. Reference: number of UL TBF establishment requests.

GQRUTECCN X X OK GPRS_UL_TBF_estab_fail_cpu_cong Number of UL establishment failures due to CPU processing power limitations of the GPU..

GQRUTECCO X GPRS_UL_TBF_estab_fail_cpu_cong_ratio

Ratio of UL TBF establishment failures due to congestion of cpu.

GQRUTECCR X X GPRS_UL_TBF_estab_fail_cpu_cong_rate

Rate of UL TBF establishment failures due to CPU processing power limitations of the GPU. Reference: number of UL TBF establishment requests.

GQRUTECDN X X OK GPRS_UL_TBF_estab_fail_dsp_cong Number of UL establishment failures due to congestion of DSP.


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GQRUTECDO X GPRS_UL_TBF_estab_fail_dsp_cong_ratio

Ratio of UL TBF establishment failures due to DSP congestion.

GQRUTECDR X X GPRS_UL_TBF_estab_fail_dsp_cong_rate

Rate of UL TBF establishment failures due to congestion of DSP. Reference: number of UL TBF establishment requests.

GQRUTECFN MR4

X GPRS_UL_TBF_estab_fail_too_many_TBF_cong

Number of UL TBF establishment failures due to: - a too low number of GCH to guarantee a minimum throughput for the UL TBF. This may happen when the number of TBFs is too high compared to the number of available GCHs. - or the MAX_TBF_TRX_UL constraint.

GQRUTECFO X GPRS_UL_TBF_estab_fail_too_many_TBF_cong_ratio

Ratio of UL TBF establishment failures due to congestion (for the causes: the number of TBFs is too high compared to the number of available GCHs or the MAX_TBF_TRX_UL constraint).

GQRUTECFR MR4

X GPRS_UL_TBF_estab_fail_too_many_TBF_cong_rate

Rate of UL TBF establishment failures due to congestion for the causes: the number of TBFs is too high compared to the number of available GCHs, or the MAX_TBF_TRX_UL constraint. Reference: number of UL TBF establishment requests.

GQRUTECGN X X OK GPRS_UL_TBF_estab_fail_radio_cong Number of UL TBF establishment failure due to radio congestion per cell.

GQRUTECGO X GPRS_UL_TBF_estab_fail_radio_cong_ratio

Ratio of UL TBF establishment failures due to radio congestion.

GQRUTECGP X X GPRS_UL_TBF_estab_radio_cong_percent

Percentage of time during which it is not possible to allocate new UL TBF due to radio congestion Reference: Granularity period

GQRUTECGR X X GPRS_UL_TBF_estab_fail_radio_cong_rate

Rate of UL TBF establishment failure due to radio congestion per cell. Reference: number of UL TBF estab -requests

GQRUTECGT X X GPRS_UL_TBF_estab_radio_cong_time Time during which it is not possible to allocate new UL TBF due to radio congestion.

GQRUTECON X NOK GPRS_UL_TBF_fail_estab_cong Number of UL TBF establishment failures due to congestion per cell.

GQRUTECOR X X NOK Mono_GPRS_Tel

ecom

GPRS_UL_TBF_estab_fail_cong_rate Rate of UL TBF establishment failures due to congestion per cell. Reference: number of UL TBF establishment requests.

GQRUTECTN X X OK GPRS_UL_TBF_estab_fail_ater_cong Number of UL establishment failures due to congestion of Ater(Mux).

GQRUTECTO X GPRS_UL_TBF_estab_fail_ater_cong_ratio

Ratio of UL TBF establishment failures due to congestion of ater.

GQRUTECTR X X GPRS_UL_TBF_estab_fail_ater_cong_rate

Rate of UL TBF establishment failures due to congestion of Ater(Mux). Reference: number of UL TBF establishment requests.

GQRUTEFPN X GPRS_UL_TBF_estab_fail Number of UL TBF establishment failures per cell. GQRUTEFPO X GPRS_UL_TBF_estab_unsuccess_fail_r

atio Ratio of UL TBF estab failures per cell in relation to all UL TBF estab unsuccess.

GQRUTEFPR X NOK Mono_GPRS_Tel

ecom

GPRS_UL_TBF_estab_fail_rate Rate of UL TBF estab -failures per cell. Reference: number of UL TBF estab -requests

GQRUTEGPN X X OK GPRS_UL_TBF_estab_fail_GB Number of UL TBF estab -failures due to Gb interface problem per cell. Reference: number of UL TBF estab -requests

GQRUTEGPO X GPRS_UL_TBF_estab_fail_GB_ratio Ratio of UL TBF estab - failures due to Gb interface problem per cell in relation to all UL TBF estab - failures.


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GQRUTEGPR X X GPRS_UL_TBF_estab_fail_GB_rate Rate of UL TBF estab -failures due to Gb interface problem per cell. Reference: number of UL TBF estab -requests

GQRUTELDN X X OK GPRS_UL_TBF_estab_fail_dsp_load Number of UL TBF establishment failures due to DSPs that are in CPU load / overload state. Note: This counter applies to GPRS and EGPRS MS.

GQRUTELDO X GPRS_UL_TBF_estab_fail_dsp_load_ratio

Rate of UL TBF establishment failures due to DSPs that are in CPU load / overload state. Reference: Number of UL TBF establishment failures due to congestion per cell.

GQRUTELDR X X GPRS_UL_TBF_estab_fail_dsp_load_rate

Rate of UL TBF establishment failures due to DSPs that are in CPU load / overload state. Reference: number of UL TBF establishment requests.

GQRUTERPN X X OK GPRS_UL_TBF_estab_fail_radio Number of UL TBF estab -failures due to radio problem per cell. Reference: number of UL TBF estab -requests

GQRUTERPO X GPRS_UL_TBF_estab_fail_radio_ratio Ratio of UL TBF estab - failures due to radio interface problem per cell in relation to all UL TBF estab - failures.

GQRUTERPR X X GPRS_UL_TBF_estab_fail_radio_rate Rate of UL TBF estab -failures due to radio problem per cell. Reference: number of UL TBF estab -requests

GQRUTES1N X X OK GPRS_UL_TBF_1_TS_success Number of UL TBF establishment requests (1 slot allocated) which are satisfied.

GQRUTES3N X X GPRS_UL_TBF_2_OR_3_TS_success Number of UL TBF establishment requests requesting 2 or 3 slots which are satisfied.

GQRUTES5N X X GPRS_UL_TBF_4_OR_5_TS_success Number of UL TBF establishment requests requesting 4 or 5 slots which are satisfied.

GQRUTESUR X X OK OK GPRS_UL_TBF_success_rate Rate of UL TBF estab success. Reference: number of UL TBF estab -requests

GQRUTEUBPO X GPRS_UL_TBF_estab_unsuccess_fail_BSS_ratio

Ratio of UL TBF estab failures due to BSS problems per cell in relation to all UL TBF estab unsuccess.

GQRUTEUCPO X GPRS_UL_TBF_estab_unsuccess_cong_ratio

Ratio of UL TBF estab - failures due to congestion per cell in relation to all UL TBF estab unsuccess.

GQRUTEUGPO X GPRS_UL_TBF_estab_unsuccess_fail_GB_ratio

Ratio of UL TBF estab failures due to Gb interface problems per cell in relation to all UL TBF estab unsuccess.

GQRUTEUPN X GPRS_UL_TBF_estab_unsuccess Number of UL TBF estab unsuccess per cell. GQRUTEUPR X X GPRS_UL_TBF_estab_unsuccess_rate Rate of TBF establishment unsuccess. GQRUTEURPO X GPRS_UL_TBF_estab_unsuccess_fail_r

adio_ratio Ratio of UL TBF estab failures due to radio interface problems per cell in relation to all UL TBF estab unsuccess.

GQRUTSEN X GPRS_UL_TBF_estab_success_extended_phase

Number of established UL TBF entering the extended uplink state for the first time.

GQRUTSEO X GPRS_UL_TBF_estab_success_extended_phase_ratio

Ratio of established UL TBF entering the extended uplink state for the first time in relattion to all UL TBF establishment successes.

GQRXDTCFRLN X GPRS_TBF_release_reselect Total number of DL & UL TBF releases due to cell reselection (NC0+NC2).

GQRXDTCORLN X GPRS_TBF_release_NC0_reselect Number of TBF releases due to NC0 cell reselection GQRXDTCORLR X GPRS_TBF_release_NC0_reselect_rate TBF release rate due to NC0 cell reselection. GQRXDTCRRLN X GPRS_TBF_release_NC2_reselect Number of TBF releases due to NC2 cell reselection GQRXDTCRRLR X GPRS_TBF_release_NC2_reselect_rate TBF release rate due to NC2 cell reselection GQRXDTPRA X GPRS_TBF_realloc_T1_over_PDCH_sof

t_preempted Average number of UL+DL TBF reallocated due to PACCH impacted by soft pre-emption (trigger T1) per PDCH released after having been marked by soft pre-emption procedure. Reference: number of PDCH(s) released after having been marked by soft pre-emption procedure.


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GQRXRRSUP X GPRS_optimal_allocation_percent Percentage of time during which DL/UL TBFs are granted the maximum number of PDCHs they support and the corresponding MSs are engaged in DL/UL biased transfers. Reference: time during which MSs are engaged in DL/UL-biased transfers and served by DL/UL TBFs.

GQRXTESUR X X GPRS_GPU_TBF_establishment_success_rate

TBF Establishment success rate per GPU

GQSACDN X X A_call_drop Number of 08.08 CLEAR REQUEST sent to the MSC for calls in TCH established phase, and for internal inter-cell and external TCH handover failures. Intra-cell handover failures are not taken into account. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSACDR X X A_call_drop_rate Rate of CLEAR REQUEST sent to the MSC for calls in TCH established phase, and for internal inter-cell and external TCH handover failures. Intra-cell handover failures are not taken into account. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSACRCGN X X A_clear_request_cong_radio Number of 08.08 CLEAR REQUEST with cause = "no radio resource available" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSACRCGO X A_clear_request_cong_radio_ratio Ratio of CLEAR REQUEST with cause = "no radio resource available" over the total amount of CLEAR REQUEST, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSACREQN X X A_clear_request_equipment Number of 08.08 CLEAR REQUEST with cause = "equipment failure" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.


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GQSACREQO X A_clear_request_equipment_ratio Ratio of CLEAR REQUEST with cause = "equipment failure" over the total amount of CLEAR REQUEST, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSACRHN X X A_clear_request_HO Number of 08.08 CLEAR REQUEST with cause ="radio interface message failure" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSACRHO X A_clear_request_HO_ratio Ratio of CLEAR REQUEST with cause ="radio interface message failure" over the total amount of CLEAR REQUEST, sent to MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSACRN X X A_clear_request Total Number of 08.08 CLEAR REQUEST sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSACROMN X X A_clear_request_OM Number of 08.08 CLEAR REQUEST with cause = "O&M intervention" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSACROMO X A_clear_request_OM_ratio Ratio of CLEAR REQUEST with cause = "O&M intervention" over the total amount of CLEAR REQUEST, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSACRRN X X A_clear_request_radio Number of 08.08 CLEAR REQUEST with cause = "radio interface failure" sent to the MSC. Note: New in RNO V4.


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Available only if Type 18 is activated at the OMC-R.

GQSACRRO X A_clear_request_radio_ratio Ratio of CLEAR REQUEST with cause = "radio interface failure" over the total amount of CLEAR REQUEST, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSCCN X X Call_success_end Number of calls with normal termination GQSCCR X X OK Call_success_rate Rate of calls going until normal release (from

SDCCH seizure to call release) GQSCDBIN X X OK Call_drop_BSS_int_failure Number of dropped calls due to internal BSS failure. GQSCDBIO X Call_drop_BSS_int_failure_ratio Ratio of dropped calls due to internal BSS failure in

relation to all dropped calls due to system problem. GQSCDBIR X Call_drop_BSS_int_failure_rate Rate of dropped calls due to internal BSS failure

over the total amount of calls with a successful end. GQSCDBN X X OK Call_drop_BSS Number of dropped calls due to system problem GQSCDBO X Call_drop_BSS_ratio Ratio of dropped calls due to system problem in

relation to all dropped calls (system + radio + handover + preemption)

GQSCDBR X X Call_drop_BSS_rate Rate of dropped calls due to system problem over the total amount of calls with a successful end.

GQSCDBTN X X OK Call_drop_BSS_remote_TC Number of dropped calls due to remote transcoder failure.

GQSCDBTO X Call_drop_BSS_remote_TC_ratio Ratio of dropped calls due to remote transcoder failure in relation to all dropped calls due to system problem.

GQSCDBTR X X Call_drop_BSS_remote_TC_rate Rate of dropped calls due to remote transcoder failure over the total amount of calls with a successful end.

GQSCDBTTR X Call_drop_BSS_remote_TC_rate_TRX Rate of dropped calls due to remote transcoder failure over the total amount of calls with a successful end. Available per TRX and only for B10.

GQSCDEUR X Call_drop_end_user_rate Call dropped after user takes off the hook. GQSCDHN X X OK Call_drop_HO Number of calls dropped during handover

execution. GQSCDHO X Call_drop_HO_ratio Ratio of dropped calls during handover procedure in


GQSCDHR X X Call_drop_HO_rate Rate of calls dropped during handover execution over the total amount of calls with a successful end.

GQSCDHTR X Call_drop_HO_rate_TRX Rate of calls dropped during handover execution over the total amount of calls with a successful end. Available per TRX and only for B10.

GQSCDN X X OK OK Call_drop Number of dropped calls (system + handover + radio + preemption)

GQSCDPN X X OK Call_drop_preemption Number of preempted calls. GQSCDPO X Call_drop_preemption_ratio Ratio of preempted calls in relation to all dropped

calls (system + handover + radio + preemption) GQSCDPR X Call_drop_preemption_rate Rate of preempted calls over the total amount of

calls with a successful end. GQSCDR X X OK OK Call_drop_rate Rate of dropped calls (system + radio + handover +

preemption) over the total amount of calls with a successful end

GQSCDRN X X OK Call_drop_radio Number of calls dropped due to radio problems. GQSCDRO X Call_drop_radio_ratio Ratio of dropped calls due to radio problem in



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GQSCDRR X X Call_drop_radio_rate Rate of dropped calls due to radio problem over the total amount of calls with a successful end.

GQSCDRTR X Call_drop_radio_rate_TRX Rate of dropped calls due to radio problem over the total amount of calls with a successful end. Available per TRX and only for B10.

GQSCGR X Call_cong_rate QSAHCGR: Rate of RTCH not allocated during normal assignment and incoming handover (intercell+intracell) due to congestion on Air interface.

GQSCQARN X Cell_quality_factor_absolute Indicator summarizing the cell behaviour and allowing the operator to sort out cell for investigation

GQSCQCDRN X Cell_quality_CDR Cell Quality factor regarding dropped call rate GQSCQCSSRN X Cell_quality_CSSR Cell Quality factor regarding call setup success rate GQSCQHQLRN X Cell_quality_HO_quality Cell Quality factor regarding quality handover rate GQSCQHSURN X Cell_quality_HO_Out_success Cell Quality factor regarding outgoing handover

success rate. Only 2G 2G HO are counted.

GQSCQSCGN X Cell_quality_SDCCH_cong Cell Quality factor regarding SDCCH congestion rate

GQSCSSR X X OK OK Call_setup_success_rate Rate of calls going until RTCH successful assignment (from SDCCH seizure to RTCH seizure)

GQSIPCDtotoR X GQSIPCDtotoR To be completed GQSMPN X X GPRS_MPDCH_nb Maximum of MPDCH channels configured GQSTCACDR X A_RTCH_drop_rate Rate of CLEAR REQUEST sent to the MSC for calls

in TCH established phase, and for internal inter-cell and external TCH handover failures over the total amount of calls established in the cell. Intra-cell handover failures are not taken into account. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GQSTCCDR X X OK RTCH_drop_rate Rate of dropped calls (system + radio + handover + preemption) over the total amount of calls established in the cell

GQSTCEDILN X Call_drop_Long_Distance Number of TCH drops due to Cause 6 (Too long MS-BS distance).

GQSTCEDISN X Call_drop_Short_Distance Number of TCH drops due to Cause 22 (Too short MS-BS distance).

GQSTCEIFDN X Call_drop_DL_Interference Number of TCH drops due to Cause 16 (Too high interference level in DL).

GQSTCEIFUN X Call_drop_UL_Interference Number of TCH drops due to Cause 15 (Too high interference level in UL).

GQSTCELVDN X Call_drop_DL_Level Number of TCH drops due to Cause 5 (Too low level in DL).

GQSTCELVUN X Call_drop_UL_Level Number of TCH drops due to Cause 3 (Too low level in UL).

GQSTCEOCN X Call_drop_Other_Causes Number of TCH drops due to other causes than Cause 2, 3, 4, 5, 6, 15, 16 and 22.

GQSTCEQLDN X Call_drop_DL_Quality Number of TCH drops due to Cause 4 (Too low quality in DL).

GQSTCEQLUN X Call_drop_UL_Quality Number of TCH drops due to Cause 2 (Too low quality in UL).

GQSTRCCTN X X OK RTCH_TFO_success Number of TCHs assigned in the serving cell for which TFO has been successfully established.

GQSTRCCTR X X RTCH_TFO_success_rate Rate of TCHs assigned in the serving cell for which TFO has been successfully established.

GQSTRSCE X X SCCP_Erlang SCCP traffic GRBSN X Reliability_BSC_nb Reliability messured time GRI_CGIG032T X Reliability_TCU_RFM_TCU_RFMGT_CE

LL2G_IG_32 Reliability indicators : Obj = CELL2G, PM type = 32, Board type = TCU_RFM, Counter or flag use like reference = C403a


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GRI_CGIG110T X Reliability_TCU_RFM_DTC_BSSAP_CELL2G_IG_110

Reliability indicators : Obj = CELL2G, PM type = 110, Board type = TCU_RFM, Counter or flag use like reference = MC463a

GRI_SLIG110T X Reliability_GSM_SCPR_REL_N7SL_IG_110

Reliability indicators : Obj = N7SL, PM type = 110, Board type = GSM, Counter or flag use like reference = MN1_1

GRI7SN X Reliability_N7SL_nb Reliability messured time GRIAIN X Reliability_AIC_nb Reliability messured time GRIAJN X Reliability_ADJ_nb Reliability messured time GRIBCN X Reliability_BearerChannel_nb Reliability messured time GRIBTN X Reliability_BTS_nb Reliability messured time GRICGN X Reliability_CELL2G_nb Reliability messured time GRICO_003R X Reliability_computed_3 Reliability indicator, only 100% is relevant GRICO_006R X Reliability_computed_6 Reliability indicator, only 100% is relevant GRICO_009R X Reliability_computed_9 Reliability indicator, only 100% is relevant GRICO_012R X Reliability_computed_12 Reliability indicator, only 100% is relevant GRICO_014R X Reliability_computed_14 Reliability indicator, only 100% is relevant GRICO_015R X Reliability_computed_15 Reliability indicator, only 100% is relevant GRICO_019R X Reliability_computed_19 Reliability indicator, only 100% is relevant GRICO_021R X Reliability_computed_21 Reliability indicator, only 100% is relevant GRICO_022R X Reliability_computed_22 Reliability indicator, only 100% is relevant GRICO_025R X Reliability_computed_25 Reliability indicator, only 100% is relevant GRICO_026R X Reliability_computed_26 Reliability indicator, only 100% is relevant GRICO_027R X Reliability_computed_27 Reliability indicator, only 100% is relevant GRICO_028R X Reliability_computed_28 Reliability indicator, only 100% is relevant GRICO_031R X Reliability_computed_31 Reliability indicator, only 100% is relevant GRICO_035R X Reliability_computed_35 Reliability indicator, only 100% is relevant GRICO_036R X Reliability_computed_36 Reliability indicator, only 100% is relevant GRICO_041R X Reliability_computed_41 Reliability indicator, only 100% is relevant GRICO_042R X Reliability_computed_42 Reliability indicator, only 100% is relevant GRICO_049R X Reliability_computed_49 Reliability indicator, only 100% is relevant GRICO_050R X Reliability_computed_50 Reliability indicator, only 100% is relevant GRICO_051R X Reliability_computed_51 Reliability indicator, only 100% is relevant GRICO_056R X Reliability_computed_56 Reliability indicator, only 100% is relevant GRICO_059R X Reliability_computed_59 Reliability indicator, only 100% is relevant GRICO_063R X Reliability_computed_63 Reliability indicator, only 100% is relevant GRICOAI053R X Reliability_computed_AIC_53 Reliability indicator, only 100% is relevant GRICOBC045R X Reliability_computed_BearerChannel_45 Reliability indicator, only 100% is relevant GRICOBS007R X Reliability_computed_BSC_7 Reliability indicator, only 100% is relevant GRICOBS010R X Reliability_computed_BSC_10 Reliability indicator, only 100% is relevant GRICOBS037R X Reliability_computed_BSC_37 Reliability indicator, only 100% is relevant GRICOBS054R X Reliability_computed_BSC_54 Reliability indicator, only 100% is relevant GRICOBT001R X Reliability_computed_BTS_1 Reliability indicator, only 100% is relevant GRICOCG011R X Reliability_computed_CELL2G_11 Reliability indicator, only 100% is relevant GRICOCG016R X Reliability_computed_CELL2G_16 Reliability indicator, only 100% is relevant GRICOCG017R X Reliability_computed_CELL2G_17 Reliability indicator, only 100% is relevant GRICOCG020R X Reliability_computed_CELL2G_20 Reliability indicator, only 100% is relevant GRICOCG023R X Reliability_computed_CELL2G_23 Reliability indicator, only 100% is relevant GRICOCG024R X Reliability_computed_CELL2G_24 Reliability indicator, only 100% is relevant GRICOCG029R X Reliability_computed_CELL2G_29 Reliability indicator, only 100% is relevant GRICOCG030R X Reliability_computed_CELL2G_30 Reliability indicator, only 100% is relevant GRICOCG032R X Reliability_computed_CELL2G_32 Reliability indicator, only 100% is relevant GRICOCG033R X Reliability_computed_CELL2G_33 Reliability indicator, only 100% is relevant GRICOCG034R X Reliability_computed_CELL2G_34 Reliability indicator, only 100% is relevant GRICOCG038R X Reliability_computed_CELL2G_38 Reliability indicator, only 100% is relevant GRICOCG039R X Reliability_computed_CELL2G_39 Reliability indicator, only 100% is relevant GRICOCG040R X Reliability_computed_CELL2G_40 Reliability indicator, only 100% is relevant GRICOCG043R X Reliability_computed_CELL2G_43 Reliability indicator, only 100% is relevant


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GRICOCG044R X Reliability_computed_CELL2G_44 Reliability indicator, only 100% is relevant GRICOCG048R X Reliability_computed_CELL2G_48 Reliability indicator, only 100% is relevant GRICOCG057R X Reliability_computed_CELL2G_57 Reliability indicator, only 100% is relevant GRICOCG058R X Reliability_computed_CELL2G_58 Reliability indicator, only 100% is relevant GRICOCG061R X Reliability_computed_CELL2G_61 Reliability indicator, only 100% is relevant GRICOCG062R X Reliability_computed_CELL2G_62 Reliability indicator, only 100% is relevant GRICOCG064R X Reliability_computed_CELL2G_64 Reliability indicator, only 100% is relevant GRICOCG065R X Reliability_computed_CELL2G_65 Reliability indicator, only 100% is relevant GRICOCP002R X Reliability_computed_CELL2G_GPRS_2 Reliability indicator, only 100% is relevant GRICOCP004R X Reliability_computed_CELL2G_GPRS_4 Reliability indicator, only 100% is relevant GRICOCP047R X Reliability_computed_CELL2G_GPRS_4

7 Reliability indicator, only 100% is relevant

GRICOGP005R X Reliability_computed_GPU_5 Reliability indicator, only 100% is relevant GRICOLM046R X Reliability_computed_BSC_MFS_LAPD_

46 Reliability indicator, only 100% is relevant

GRICOPV052R X Reliability_computed_PVC_52 Reliability indicator, only 100% is relevant GRICOSL055R X Reliability_computed_N7SL_55 Reliability indicator, only 100% is relevant GRICOSL060R X Reliability_computed_N7SL_60 Reliability indicator, only 100% is relevant GRICOTX008R X Reliability_computed_TRX_8 Reliability indicator, only 100% is relevant GRICOTX013R X Reliability_computed_TRX_13 Reliability indicator, only 100% is relevant GRICOTX018R X Reliability_computed_TRX_18 Reliability indicator, only 100% is relevant GRICPN X Reliability_CELL2G_GPRS_nb Reliability messured time GRICSC__T X Reliability_Cell_Shared Reliability indicators : Obj = CELL2G, PM type =

MFS, Board type = GPRS, Counter or flag use like reference = CSSF

GRID7SLIG110T X Reliability_DTC_N7LINK_N7SL_IG_110 Reliability indicators : Obj = N7SL, PM type = 110, Board type = DTC_N7LINK, Counter or flag use like reference = MC350

GRIDMBSIG110T X Reliability_DTC_TCHRM_BSC_IG_110 Reliability indicators : Obj = BSC, PM type = 110, Board type = DTC_TCHRM, Counter or flag use like reference = MC926

GRIDMCGIG110T X Reliability_DTC_TCHRM_CELL2G_IG_110

Reliability indicators : Obj = CELL2G, PM type = 110, Board type = DTC_TCHRM, Counter or flag use like reference = MC612a

GRIDPBSIG018T X Reliability_DTC_BSSAP_BSC_IG_18 Reliability indicators : Obj = BSC, PM type = 18, Board type = DTC_BSSAP, Counter or flag use like reference = C180a

GRIDPBSIG110T X Reliability_DTC_BSSAP_BSC_IG_110 Reliability indicators : Obj = BSC, PM type = 110, Board type = DTC_BSSAP, Counter or flag use like reference = MC36

GRIDPCGIG019T X Reliability_DTC_BSSAP_CELL2G_IG_19

Reliability indicators : Obj = CELL2G, PM type = 19, Board type = DTC_BSSAP, Counter or flag use like reference = C194a


Reliability indicators : Obj = CELL2G, PM type = 29, Board type = DTC_BSSAP, Counter or flag use like reference = C142a


Reliability indicators : Obj = CELL2G, PM type = 100, Board type = DTC_BSSAP, Counter or flag use like reference = MC03

GRIDPTXIG110T X Reliability_DTC_BSSAP_TRX_IG_110 Reliability indicators : Obj = TRX, PM type = 100, Board type = DTC_BSSAP, Counter or flag use like reference = MC710

GRIEECGIG033T X Reliability_EME_CELL2G_IG_33 Reliability indicators : Obj = CELL2G, PM type = 33, Board type = EME, Counter or flag use like reference = E01

GRIGCG__T X Reliability_GPU_Cell_mig Reliability indicators : Obj = GPU, PM type = MFS, Board type = GPRS, Counter or flag use like reference = GCSF

GRIGDC__T X Reliability_GPRS_dist Reliability indicators : Obj = CELL2G, PM type = MFS, Board type = GPRS, Counter or flag use like reference = DSF

GRIGPBCIGMFST X Reliability_GPRS_BearerChannel_IG_MFS

Reliability indicators : Obj = BearerChannel, PM type = MFS, Board type = GPRS, Counter or flag use like reference = P33

GRIGPBCN X GPRS_BearerChannel_nb Number of Bearer Cahnnel (comes from PM file) GRIGPBSN X GPRS_BSC_nb Number of BSS (comes from PM file)


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GRIGPBTIGMFST X Reliability_GPRS_BTS_IG_MFS Reliability indicators : Obj = BTS, PM type = MFS, Board type = GPRS, Counter or flag use like reference = P472

GRIGPCN MR4

X GPRS_Cell_nb Number of GPRS cell (comes from PM file)

GRIGPCPIGMFST X Reliability_GPRS_CELL2G_GPRS_IG_MFS

Reliability indicators : Obj = CELL2G_GPRS, PM type = MFS, Board type = GPRS, Counter or flag use like reference = P10

GRIGPGN MR4

X GPRS_GPU_nb Number of GPU (comes from PM file)

GRIGPGPIGMFST X Reliability_GPRS_GPU_IG_MFS Reliability indicators : Obj = GPU, PM type = MFS, Board type = GPRS, Counter or flag use like reference = P101

GRIGPLMIGMFST X Reliability_GPRS_BSC_MFS_LAPD_IG_MFS

Reliability indicators : Obj = BSC_MFS_LAPD, PM type = MFS, Board type = GPRS, Counter or flag use like reference = P2a

GRIGPLMN X GPRS_BSC_MFS_LAPD_nb Number of GPRS cell (comes from PM file) GRIGPN X Reliability_GPU_nb Reliability messured time GRIGPPVIGMFST X Reliability_GPRS_PVC_IG_MFS Reliability indicators : Obj = PVC, PM type = MFS,

Board type = GPRS, Counter or flag use like reference = P4

GRIGPPVN X GPRS_PVC_nb Number of PVC (comes from PM file) GRIGPSN X X GPRS_BTS_nb Number of BTS seen by GPRS (comes from PM

file) GRIGSAIIG018T X Reliability_GSM_AIC_IG_18 Reliability indicators : Obj = AIC, PM type = 18,

Board type = GSM, Counter or flag use like reference = C750

GRIGSAJIG026T X Reliability_GSM_ADJ_IG_26 Reliability indicators : Obj = ADJ, PM type = 26, Board type = GSM, Counter or flag use like reference = C725



GRIGSBSIG_T X Reliability_GSM_BSC_IG_BSS Reliability indicators : Obj = BSC, PM type = BSS, Board type = GSM, Counter or flag use like reference = NB_TRX

GRIGSBSIG110T X Reliability_GSM_BSC_IG_110 Reliability indicators. GRIGSCGIG_T X Reliability_GSM_CELL2G_IG_BSS Reliability indicators : Obj = CELL2G, PM type =

BSS, Board type = GSM, Counter or flag use like reference = TRX_NB

GRIGSCGIG110T X Reliability_GSM_CELL2G_IG_110 Reliability indicators : Obj = CELL2G, PM type = 110, Board type = GSM, Counter or flag use like reference = MC29a

GRIGSCGRM031T X Reliability_GSM_CELL2G_RMS_31 Reliability indicators : Obj = CELL2G, PM type = 31, Board type = GSM, Counter or flag use like reference = RMSpa

GRIGSTXRM031T X Reliability_GSM_TRX_RMS_31 Reliability indicators : Obj = TRX, PM type = 31, Board type = GSM, Counter or flag use like reference = RMS31

GRINMSLIG110T X Reliability_SCPR_N7MGT_N7SL_IG_110

Reliability indicators : Obj = N7SL, PM type = 110, Board type = SCPR_N7MGT, Counter or flag use like reference = MN1_1

GRINSSLIG110T X Reliability_N7_SLH_N7SL_IG_110 Reliability indicators : Obj = N7SL, PM type = 110, Board type = N7_SLH, Counter or flag use like reference = MC350

GRIPVN X Reliability_PVC_nb Reliability messured time GRIRT7SGPT X GSM_obs_period_N7SL N7 Signal Link measurement observation period GRIRTAIGST X GSM_obs_period_AIC A-Interface Channel measurement observation

period GRIRTAJGST X GPRS_obs_period_ADJ Adjacence measurement observation period GRIRTBGPT X X GPRS_obs_period_BTS Reference indicator on the BTS object GRIRTCGPT X X GPRS_obs_period GPRS measurement observation period GRIRTEGPT X X GPRS_obs_period_BearerChannel Reference indicator for the period on the Bearer

Channel object GRIRTFGPT X X GPRS_obs_period_LAPD_MFS Reference indicator for the period on the LAPD

object


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GRIRTGGPT X X GPRS_obs_period_GPU Reference indicator for the period on the Sub_BSS object

GRIRTPGPT X X GPRS_obs_period_PVC Reference indicator for the period on the PVC object

GRIRTRGST X X OK GSM_obs_period_TRX Reference time for TRX object in RTCH table. GRIRTSGPT X X Reference_time_C_GPQOSC Reference indicator on the cell object for special

aggregation. GRIRTT X Reliability_obs_period Reliability messured time GRIRTTGST X X GSM_obs_period GSM measurement observation period GRISLCGIG110T X Reliability_SCPR_REL_CELL2G_IG_110 Reliability indicators : Obj = CELL2G, PM type =

110, Board type = SCPR_REL, Counter or flag use like reference = MC24

GRISLSLIG110T X Reliability_SCPR_REL_N7SL_IG_110 Reliability indicators : Obj = N7SL, PM type = 110, Board type = SCPR_REL, Counter or flag use like reference = MN1_1

GRITMCGIG019T X Reliability_TCU_RFM_CELL2G_IG_19 Reliability indicators : Obj = CELL2G, PM type = 19, Board type = TCU_RFM, Counter or flag use like reference = C190

GRITMCGIG110T X Reliability_TCU_RFM_CELL2G_IG_110 Reliability indicators : Obj = CELL2G, PM type = 110, Board type = TCU_RFM, Counter or flag use like reference = MC01

GRITMTXIG110T X Reliability_TCU_RFM_TRX_IG_110 Reliability indicators : Obj = TRX, PM type = 110, Board type = TCU_RFM, Counter or flag use like reference = MC381

GRITTCGIG019T X Reliability_TCU_RFMGT_CELL2G_IG_19

Reliability indicators : Obj = CELL2G, PM type = 19, Board type = TCU_RFMGT, Counter or flag use like reference = C190


Reliability indicators : Obj = CELL2G, PM type = 32, Board type = TCU_RFMGT, Counter or flag use like reference = C403a


Reliability indicators : Obj = CELL2G, PM type = 110, Board type = TCU_RFMGT, Counter or flag use like reference = MC161

GRITTTXIG110T X Reliability_TCU_RFMGT_TRX_IG_110 Reliability indicators : Obj =TRX, PM type = 110, Board type = TCU_RFMGT, Counter or flag use like reference = MC400

GRITXN X Reliability_TRX_nb Reliability messured time GRLMN X Reliability_BSC_MFS_LAPD_nb Reliability messured time GRMAMDFBSO X RMS_AMR_DL_FR_Codec_distrib Distribution of speech frames according to the AMR

FR codec in downlink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMDFBSTN X RMS_AMR_DL_FR_total Number of speech frames using any AMR FR codec in downlink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMDFBSV X RMS_AMR_DL_FR_Codec_sample Number of speech frames according to the AMR FR codec in downlink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMDFSM X X OK RMS_AMR_DL_FR_RxLevel_sample Matrix providing the number of speech frames according to the AMR FR codec and Rxlev in downlink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been


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applied.

GRMAMDHSM X X OK RMS_AMR_DL_HR_RxLevel_sample Matrix providing the number of speech frames according to the AMR HR codec and Rxlev in downlink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMDHSSO X RMS_AMR_DL_HR_Codec_distrib Distribution of speech frames according to the AMR HR codec in downlink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMDHSSTN X RMS_AMR_DL_HR_total Number of speech frames using any AMR HR codec in downlink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMDHSSV X RMS_AMR_DL_HR_Codec_sample Number of speech frames according to the AMR HR codec in downlink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMDLVAFV X RMS_DL_RxLevel_avg_per_AMR_DL_FR

Average downlink Rxlev according to the AMR FR codec intervals in downlink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMDLVAHV X RMS_DL_RxLevel_avg_per_AMR_DL_HR

Average downlink Rxlev according to the AMR HR codec intervals in downlink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUFBSO X RMS_AMR_UL_FR_Codec_distrib Distribution of speech frames according to the AMR FR codec in uplink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUFBSTN X RMS_AMR_UL_FR_total Number of speech frames using any AMR FR codec in uplink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.


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GRMAMUFBSV X RMS_AMR_UL_FR_Codec_sample Number of speech frames according to the AMR FR codec in uplink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUFBV X X OK RMS_AMR_UL_FR_BadSpeechFrames Vector providing the number of bad speech frames according to the AMR FR codec in uplink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUFSBN X RMS_AMR_UL_FR_BadSpeechFrames_total

Total number of bad speech frames using any AMR FR codec in uplink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUFSBO X RMS_AMR_UL_FR_BadSpeechFrames_distrib

Distribution of bad speech frames according to the AMR FR codec in uplink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUFSBR X RMS_AMR_UL_FR_BadSpeechFrames_rate

Rate of bad speech frames in AMR HR over all frames in AMR HR on uplink

GRMAMUFSM X X OK RMS_AMR_UL_FR_RxLevel_sample Matrix providing the number of speech frames according to the AMR FR codec and Rxlev in uplink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUFSV X RMS_AMR_UL_FR_BadSpeechFrames_rate_per_Codec

Vector containing the rate of bad speech frames in AMR FR over all frames in AMR FR on uplink

GRMAMUHBBN X RMS_AMR_UL_HR_BadSpeechFrames_total

Total number of bad speech frames using any AMR HR codec in uplink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUHBBO X RMS_AMR_UL_HR_BadSpeechFrames_distrib

Distribution of bad speech frames according to the AMR HR codec in uplink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUHBBR X RMS_AMR_UL_HR_BadSpeechFrames_rate

Rate of bad speech frames in AMR HR over all frames in AMR HR on uplink

GRMAMUHBBV X RMS_AMR_UL_HR_BadSpeechFrames_rate_per_Codec

Vector containing the rate of bad speech frames in AMR HR over all frames in AMR HR on uplink

GRMAMUHBV X X OK RMS_AMR_UL_HR_BadSpeechFrames Vector providing the number of bad speech frames according to the AMR HR codec in uplink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.


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GRMAMUHSM X X OK RMS_AMR_UL_HR_RxLevel_sample Matrix providing the number of speech frames according to the AMR HR codec and Rxlev in uplink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUHSSO X RMS_AMR_UL_HR_Codec_distrib Distribution of speech frames according to the AMR HR codec in uplink. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUHSSTN X RMS_AMR_UL_HR_total Number of speech frames using any AMR HR codec in uplink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMUHSSV X RMS_AMR_UL_HR_Codec_sample Number of speech frames according to the AMR HR codec in uplink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMULVAFV X RMS_UL_RxLevel_avg_per_AMR_UL_FR

Average uplink Rxlev according to the AMR FR codec intervals in uplink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAMULVAHV X RMS_UL_RxLevel_avg_per_AMR_UL_HR

Average uplink Rxlev according to the AMR HR codec intervals in uplink The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAXCIMV X RMS_CI_thresholds_middle Mean values of C/I coming from the C/I thresholds GRMAXCIV X X RMS_CI_thresholds Axis providing the thresholds to classify C/I statistics GRMAXCIV_CODE X OK

RMS_CI_thresholds_code Axis providing the thresholds to classify C/I statistics

GRMAXFEMV X RMS_ConsecutiveFrameErasure_thresholds_middle

Mean values of Consecutive Frame Erasure coming from the thresholds

GRMAXFEV X X RMS_ConsecutiveFrameErasure_thresholds

Axis providing the thresholds to classify consecutive frame erasure statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAXFEV_CODE

X OK

RMS_ConsecutiveFrameErasure_thresholds_code

Axis providing the thresholds to classify consecutive frame erasure statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.


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GRMAXFRV X X RMS_MAFA_Frequencies Axis providing the frequency identities for C/I statistics with MAFA

GRMAXFRV_CODE

X OK

RMS_MAFA_Frequencies_code Axis providing the frequency identities for C/I statistics with MAFA

GRMAXFSCMV X RMS_AMR_FR_codec_modes_threshold Axis providing the AMR FR codec to classify speech frames statistics

GRMAXHSCMV X RMS_AMR_HR_codec_modes_threshold

Axis providing the AMR HR codec to classify speech frames statistics

GRMAXLVMV X RMS_RxLevel_thresholds_middle Mean values of received level coming from the thresholds The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAXLVV X X RMS_RxLevel_thresholds Axis providing the thresholds to classify level statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAXLVV_CODE

X OK

RMS_RxLevel_thresholds_code Axis providing the thresholds to classify level statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAXNCV X X RMS_Neighbour_cells Axis providing the neighbour cell identities for C/I statistics

GRMAXNCV_CODE

X RMS_Neighbour_cells_code Axis providing the neighbour cell identities for C/I statistics

GRMAXPBMV X RMS_PathBalance_thresholds_middle Mean values of Path Balance coming from the thresholds The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAXPBV X X RMS_PathBalance_thresholds Axis providing the thresholds to classify path balance statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAXPBV_CODE

X OK

RMS_PathBalance_thresholds_code Axis providing the thresholds to classify path balance statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAXQUV X RMS_RxQuality_bands Axis providing the bands to classify quality statistics GRMAXRLMV X RMS_RadioLinkCounter_thresholds_mid

dle Mean values of Radio Link Counter coming from the threshold The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.


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GRMAXRLV X X RMS_RadioLinkCounter_thresholds Axis providing the thresholds to classify radio link counter statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAXRLV_CODE

X OK

RMS_RadioLinkCounter_thresholds_code

Axis providing the thresholds to classify radio link counter statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMAXTAMV X RMS_TimingAdvance_thresholds_middle Mean values of Timing Advance coming from the thresholds

GRMAXTAN X X RMS_TimingAdvance_threshold Threshold to classify timing advance statistics GRMAXTAN_CODE

X RMS_TimingAdvance_threshold_code Threshold to classify timing advance statistics

GRMAXTAV X X RMS_TimingAdvance_band_threshold 10 TA bands: 9 thresholds + min + max GRMAXTAV_CODE

X OK

RMS_TimingAdvance_band_threshold_code

10 TA bands: 9 thresholds + min + max

GRMCIFRAV X RMS_CI_overlap_per_Frequency Average value of C/I or level overlap towards MAFA frequency

GRMCIFRCDM X RMS_CI_cumul_distrib_per_Frequency Cumulative distribution of C/I per MAFA frequency GRMCIFRDM X RMS_CI_distrib_per_Frequency Distribution of C/I per MAFA frequency GRMCIFRM X X RMS_CI_Frequency_sample Matrix providing the C/I statistics according to the

MAFA frequencies GRMCIFRTV X RMS_CI_total_per_Frequency Total number of samples in the C/I statistics per

MAFA frequency GRMCINCAV X RMS_CI_overlap_per_Neighbour Average value of C/I or level overlap towards

Neighbour cell GRMCINCCDM X RMS_CI_cumul_distrib_per_Neighbour Cumulative distribution of C/I per Neighbour cell GRMCINCDM X RMS_CI_distrib_per_Neighbour Distribution of C/I per Neighbour cell GRMCINCM X X RMS_CI_Neighbour_sample Matrix providing the C/I statistics according to

neighbour cells GRMCINCTV X RMS_CI_total_per_Neighbour Total number of samples in the C/I statistics per

Neighbour cell GRMCIPMN X X OK RMS_param_En_Balanced_CI Parameter EN_BALANCED_CI to show whether the

BS power of serving cell is taken into account for C/I computation

GRMEEPWADN X EME_absolute_Power Absolute BCCH power at the BTS antenna. GRMEEPWAN X EME_absolute_Power_Watt Absolute BCCH power at the BTS antenna. GRMEEPWDDN X EME_Power_DCS Maximum emitted power (in dBm) at the BTS

antenna output connector for the DCS frequency band (DCS1800 or DCS1900). Note: Value 0 indicates that the TRX frequency is neither DCS1800 nor DCS1900 band. Value 0 appears also if there has been no telecom activity on the cell and the emission of the BCCH is negligible (BS_TXPWR_MAX in the range of -22dB to -30dB). Value -1 indicates overflow of the measurement period.

GRMEEPWDLDN X EME_Delta_Power_DCS Delta between emitted power at the BTS antenna output connector for the DCS frequency band (DCS1800 or DCS1900 ) and the parameter EME_PWR_MAX_DCS, in dBm.

GRMEEPWDLN X EME_Delta_Power_Watt_DCS Delta between emitted power in Watt at the BTS antenna output connector for the DCS frequency band (DCS1800 or DCS1900 ) and the parameter EME_PWR_MAX_DCS, in Watt.


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GRMEEPWDN X X OK OK

EME_Power_Watt_DCS Average emitted power at the BTS antenna output connector for the DCS frequency band (DCS1800 or DCS1900 ). Note: Value 0 indicates that the TRX frequency is neither DCS1800 nor DCS1900 band. Value 0 appears also if there has been no telecom activity on the cell and the emission of the BCCH is negligible (BS_TXPWR_MAX in the range of -22dB to -30dB). Value -1 indicates overflow of the measurement period.

GRMEEPWDO X EME_Delta_Power_Watt_DCS_ratio Ratio between emitted power at the BTS antenna output connector for the GSM frequency band (DCS1800 or DCS1900) and the parameter EME_PWR_MAX_DCS, in Watt. If greater than 0: emitted power at the BTS antenna output connector is greater than EME_PWR_MAX_DCS If equals to 0: emitted power at the BTS antenna output connector is equal to EME_PWR_MAX_DCS If less than 0: emitted power at the BTS antenna output connector is less than EME_PWR_MAX_DCS

GRMEEPWDR X EME_Power_DCS_rate Rate of emitted power at the BTS antenna output connector for the DCS frequency band in relation to the maximum emission power defined.

GRMEEPWGDN X EME_Power_GSM Maximum emitted power (in dBm) at the BTS antenna output connector for the GSM frequency band (GSM850 or E-GSM or P-GSM). Note: Value 0 indicates that the TRX frequency is neither GSM850 nor E-GSM nor P-GSM band. Value 0 appears also if there has been no telecom activity on the cell and the emission of the BCCH is negligible (BS_TXPWR_MAX in the range of -22dB to -30dB). Value -1 indicates overflow of the measurement period.

GRMEEPWGLDN X EME_Delta_Power_GSM Delta between emitted power at the BTS antenna output connector for the GSM frequency band (GSM850 or E-GSM or P-GSM) and the parameter EME_PWR_MAX_GSM, in dBm.

GRMEEPWGLN X EME_Delta_Power_Watt_GSM Delta between emitted power at the BTS antenna output connector for the GSM frequency band (GSM850 or E-GSM or P-GSM) and the parameter EME_PWR_MAX_GSM, in Watt.

GRMEEPWGN X X OK OK

EME_Power_Watt_GSM Average emitted power at the BTS antenna output connector for the GSM frequency band (GSM850 or E-GSM or P-GSM). Note: Value 0 indicates that the TRX frequency is neither GSM850 nor E-GSM nor P-GSM band. Value 0 appears also if there has been no telecom activity on the cell and the emission of the BCCH is negligible (BS_TXPWR_MAX in the range of -22dB to -30dB).


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Value -1 indicates overflow of the measurement period.

GRMEEPWGO X EME_Delta_Power_Watt_GSM_ratio Ratio between emitted power at the BTS antenna output connector for the GSM frequency band (GSM850 or E-GSM or P-GSM) and the parameter EME_PWR_MAX_GSM, in Watt. If greater than 0: emitted power at the BTS antenna output connector is greater than EME_PWR_MAX_GSM If equals to 0: emitted power at the BTS antenna output connector is equal to EME_PWR_MAX_GSM If less than 0: emitted power at the BTS antenna output connector is less than EME_PWR_MAX_GSM

GRMEEPWGR X EME_Power_GSM_rate Rate of emitted power at the BTS antenna output connector for the GSM frequency band in relation to the maximum emission power defined.

GRMEEXPWDDN X EME_Power_max_DCS_threshold_min This indicator describes the threshold that has been defined through O&M value "EME_PWR_MAX_DCS"; "EME_PWR_MAX_DCS" is the threshold for the maximum emission power, at the BTS antenna output connector, for the cell on the frequency band DCS1800 and DCS1900 and is consolidated by ‘MIN’. In dBm

GRMEEXPWDN X X OK EME_Power_Watt_max_DCS_threshold_min

This indicator describes the threshold that has been defined through O&M value "EME_PWR_MAX_DCS"; "EME_PWR_MAX_DCS" is the threshold for the maximum emission power, at the BTS antenna output connector, for the cell on the frequency band DCS1800 and DCS1900 and is consolidated by ‘MIN’.

GRMEEXPWGDN X EME_Power_max_GSM_threshold_min This indicator describes the threshold that has been defined through O&M value "EME_PWR_MAX_GSM"; "EME_PWR_MAX_GSM" is the threshold for the maximum emission power, at the BTS antenna output connector, for the cell on the frequency band GSM850 or P-GSM or E-GSM and is consolidated by ‘MIN’. In dBm"

GRMEEXPWGN X X OK EME_Power_Watt_max_GSM_threshold_min

This indicator describes the threshold that has been defined through O&M value "EME_PWR_MAX_GSM"; "EME_PWR_MAX_GSM" is the threshold for the maximum emission power, at the BTS antenna output connector, for the cell on the frequency band GSM850 or P-GSM or E-GSM and is consolidated by ‘MIN’.

GRMFEAN X X RMS_UL_ConsecutiveFrameErasure_avg

Average value of Consecutive Frame Erasure The spatial or temporal consolidation of this indicator is relevant only on cells or days where the same RMS template has been applied.

GRMFEBFAV X RMS_UL_ConsecutiveFrameErasure_avg_per_RxLevel

Average Consecutive Frame Erasure according to uplink level intervals The spatial consolidation of this indicator is relevant


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only on cells where the same RMS template has been applied.

GRMFEBFDV X RMS_UL_ConsecutiveFrameErasure_distrib

Distribution of uplink Consecutive Frame Erasure values. The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMFEBFSV X RMS_UL_ConsecutiveFrameErasure_sample

Number of samples according to the Consecutive Frame Erasure intervals The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMFELVAV X RMS_UL_RxLevel_avg_per_ConsecutiveFrameErasure

Average uplink received level according to Consecutive Frame Erasure intervals The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMFELVSV X RMS_UL_RxLevel_sample_from_ConsecutiveFrameErasure

Number of samples according to uplink level intervals from the Consecutive Frame Erasure statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMFEM X X RMS_UL_ConsecutiveFrameErasure_RxLevel_sample

Matrix giving the classification of Consecutive Frame Erasure statistics according to the uplink received level The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMFETN X RMS_UL_ConsecutiveFrameErasure_RxLevel_total

Total number of samples in the Consecutive Frame Erasure statistics according to the uplink received level The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMMSALN X X OK RMS_meas_results_total Total number of measurements during RMS statistics retrieval

GRMMSDDXN X X RMS_meas_with_DTX_DL_total Total number of measurements with Downlink DTX activated during the RMS statistics retrieval

GRMMSEMN X X RMS_Extended_Meas_Report_total Total number of extended measurements (through MAFA) during the RMS statistics retrieval

GRMMSTSN X X OK RMS_seized_TCH_total Total number of TCH seized during the RMS statistics retrieval

GRMMSUDXN X X RMS_meas_with_DTX_UL_total Total number of measurements with UL DTX activated during RMS statistics retrieval

GRMMSWNN X X RMS_meas_with_UL_meas_but_No_DL_meas_total

Total number of measurements results with uplink measurements but without downlink measurement during RMS statistics retrieval

GRMPBAN X X OK RMS_PathBalance_avg Average value of Path Balance The spatial or temporal consolidation of this indicator is relevant only


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on cells or days where the same RMS template has been applied.

GRMPBDV X RMS_PathBalance_distrib Distribution of path balance The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMPBTN X RMS_PathBalance_total Total number of samples in the Path Balance statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMPBV X X RMS_PathBalance_sample Vector providing the path balance statistics according to path balance classification The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDLVAN X X OK RMS_DL_RxLevel_avg Average value of downlink received level The spatial or temporal consolidation of this indicator is relevant only on cells or days where the same RMS template has been applied.

GRMQLDLVAV X RMS_DL_RxLevel_avg_per_RxQuality Average downlink received level according to quality bands The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDLVCDV X RMS_DL_RxLevel_cumul_distrib Cumulative distribution of downlink received level The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDLVDV X RMS_DL_RxLevel_distrib Distribution of downlink received level The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDLVSV X RMS_DL_RxLevel_sample Number of samples according to downlink level interval The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDPWAN X X OK RMS_DL_Power_avg Average value of downlink power The spatial or temporal consolidation of this indicator is relevant only on cells or days where the same RMS template has been applied.


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GRMQLDPWLAV X RMS_DL_Power_avg_per_RxLevel Average downlink power according to level intervals The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDPWM X X OK

RMS_DL_RxQuality_RxLevel_Power Matrix providing the average downlink power according to the RXLEV and RXQUAL classification The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDPWQAV X RMS_DL_Power_avg_per_RxQuality Average downlink power according to quality bands The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDQUAN X X OK RMS_DL_RxQuality_avg Average value of downlink quality The spatial or temporal consolidation of this indicator is relevant only on cells or days where the same RMS template has been applied.

GRMQLDQUAV X RMS_DL_RxQuality_avg_per_RxLevel Average downlink quality according to level intervals The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDQUCDV X RMS_DL_RxQuality_cumul_distrib Cumulative distribution of downlink quality The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDQUDV X RMS_DL_RxQuality_distrib Distribution of downlink quality The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDQUSV X RMS_DL_RxQuality_sample Number of samples according to downlink quality bands The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDSAM X X RMS_DL_RxQuality_RxLevel_sample Matrix providing the number of downlink measurement samples according to the RXLEV and RXQUAL classification The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDSATN X RMS_DL_RxQuality_RxLevel_total Total number of samples in the downlink quality and level statistics The spatial consolidation of this indicator is relevant only


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on cells where the same RMS template has been applied.

GRMQLDTALAV X RMS_DL_TimingAdvance_avg_per_RxLevel

Average timing advance according to downlink level intervals The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDTAM X X OK

RMS_DL_RxQuality_RxLevel_TimingAdvance

Matrix providing the average timing advance according to the downlink RXLEV and RXQUAL classification The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLDTAQAV X RMS_DL_TimingAdvance_avg_per_RxQuality

Average timing advance according to downlink quality bands The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLULVAN X X OK RMS_UL_RxLevel_avg Average value of uplink received level The spatial or temporal consolidation of this indicator is relevant only on cells or days where the same RMS template has been applied.

GRMQLULVAV X RMS_UL_RxLevel_avg_per_RxQuality Average uplink received level according to quality bands The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLULVCDV X RMS_UL_RxLevel_cumul_distrib Cumulative distribution of uplink received level The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLULVDV X RMS_UL_RxLevel_distrib Distribution of uplink received level The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLULVSV X RMS_UL_RxLevel_sample Number of samples according to uplink level intervals The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLUPWAN X X OK RMS_UL_Power_avg Average value of uplink power The spatial or temporal consolidation of this indicator is relevant only on cells or days where the same RMS template has


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been applied.

GRMQLUPWLAV X RMS_UL_Power_avg_per_RxLevel Average uplink power according to level intervals The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLUPWM X X OK

RMS_UL_RxQuality_RxLevel_Power Matrix providing the average uplink power according to the RXLEV and RXQUAL classification The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLUPWQAV X RMS_UL_Power_avg_per_RxQuality Average uplink power according to quality bands The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLUQUAN X X OK RMS_UL_RxQuality_avg Average value of uplink quality The spatial or temporal consolidation of this indicator is relevant only on cells or days where the same RMS template has been applied.

GRMQLUQUAV X RMS_UL_RxQuality_avg_per_RxLevel Average uplink quality according to level intervals The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLUQUCDV X RMS_UL_RxQuality_cumul_distrib Cumulative distribution of uplink quality The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLUQUDV X RMS_UL_RxQuality_distrib Distribution of uplink quality The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLUQUSV X RMS_UL_RxQuality_sample Number of samples according to uplink quality bands The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLUSAM X X RMS_UL_RxQuality_RxLevel_sample Matrix providing the number of uplink measurement samples according to the RXLEV and RXQUAL classification The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.


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GRMQLUSATN X RMS_UL_RxQuality_RxLevel_total Total number of samples in the uplink quality and level statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLUTAAN X X RMS_TimingAdvance_avg Average value of Timing Advance The spatial or temporal consolidation of this indicator is relevant only on cells or days where the same RMS template has been applied.

GRMQLUTALAV X RMS_UL_TimingAdvance_avg_per_RxLevel

Average timing advance according to uplink level intervals The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLUTAM X X OK

RMS_UL_RxQuality_RxLevel_TimingAdvance

Matrix providing the average timing advance according to the uplink RXLEV and RXQUAL classification The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMQLUTAQAV X RMS_UL_TimingAdvance_avg_per_RxQuality

Average timing advance according to uplink quality bands The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMRLAN X X OK RMS_RadioLinkCounter_avg Average value of Radio Link Counter The spatial or temporal consolidation of this indicator is relevant only on cells or days where the same RMS template has been applied.

GRMRLDV X RMS_RadioLinkCounter_distrib Distribution of radio link counter The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMRLTN X RMS_RadioLinkCounter_total Total number of samples in the Radio Link Counter statistics The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.

GRMRLV X X RMS_RadioLinkCounter_sample Vector providing the Radio Link Counter statistics according to the Radio Link Counter classification The spatial consolidation of this indicator is relevant only on cells where the same RMS template has been applied.


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GRMSEBFQN X X OK OK

RMS_BCCH_Frequency_Band Indicates the frequency band used for BCCH frequency. requency band of the TRX, coded as follows : 0 : P-GSM, 1 : DCS 1800, 2 : E-GSM, 3 : DCS 1900, 6 : GSM 850

GRMSEBPWDN X X RMS_DL_Power_max_1800 GMSK output power for the DCS frequency band (1800 or 1900) at the BTS antenna output connector in dBm.

GRMSEBPWGN X X RMS_DL_Power_max_900 GMSK output power for the GSM frequency band (850 or 900) at the BTS antenna output connector in dBm.

GRMTADIV X X OK RMS_TimingAdvance_Sample The distribution of number of measurement reports for which the value of timing advance is in TA band.

GRMTADLVV X X OK OK

RMS_TimingAdvance_DL_RxLev_avg The average value of RXLEV per TA band in downlink.

GRMTADQUV X X OK OK

RMS_TimingAdvance_DL_RxQual_avg The average value of RXQUAL per TA band in downlink.

GRMTAGTN X X RMS_TimingAdvance_greater_threshold Indicator giving the number of measurements whose timing advance is greater than the timing advance threshold

GRMTAGTR X X RMS_TimingAdvance_greater_threshold_rate

Indicator giving the rate of measurements whose timing advance is greater than the timing advance threshold

GRMTAMXN X X OK

RMS_TimingAdvance_max Indicator providing the maximum value of timing advance

GRMTASATN X RMS_TimingAdvance_Sample_total Total number of measurements reports for which the value of timing advance is in any TA band.

GRMTASAV X RMS_TimingAdvance_Sample_distrib Distribution of the number of measurements reports for which the value of timing advance is in TA band.

GRMTAULVV X X OK OK

RMS_TimingAdvance_UL_RxLev_avg The average value of RXLEV per TA band in uplink.

GRMTAUQUV X X OK OK

RMS_TimingAdvance_UL_RxQual_avg The average value of RXQUAL per TA band in uplink.

GRMTIBPAIN X X OK EME_BS_TX_Power_Inner_max Power reduction (in negative dB ) required by the OMC_R relative to the maximum GMSK output power of the TRX of the inner zone in a concentric or multi-band cell.

GRMTIBPAN X X OK EME_BS_TX_Power_max Power reduction (in negative dB) required by the OMC_R relative to the maximum GMSK output power of the BTS.

GRMTIBPWDN X X RMS_DL_Power_max_TRX_1800 Maximum GMSK TRX power level applied at the BTS antenna output connector for the DCS frequency band (DCS1800 or DCS1900 ) in Watts. The power takes into account the different losses (cables, internal combiners) and the internal/external leveling but it does not take into account the BS-TXPWR-MAX. If "En-Unbalanced-Output-Power" set to 1, the counter is set by the BTS to the power required by the BSC for the corresponding TRE. This indicator is the sum of all TRXs defined in the cell

GRMTIBPWGN X X RMS_DL_Power_max_TRX_900 Maximum GMSK TRX power level applied at the BTS antenna output connector for the GSM frequency band (GSM850 or E-GSM or P-GSM) in Watts. The power takes into account the different losses (cables, internal combiners) and the internal/external leveling but it does not take into account the BS-TXPWR-MAX. If "En-Unbalanced-Output-Power" set to 1, the counter is set by the BTS to the power required by the BSC for the corresponding TRE.


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This indicator is the sum of all TRXs defined in the cell.

GRMTIBPWN_MA X RMS_info_BS_TXPWR_MAX Power reduction (in negative dB) required by the OMC_R relative to the maximum GMSK output power of the BTS.

GRMTICRSN X X RMS_info_Complete_Restart_indication Indication whether during RMS campaign, RMS job is restarted on the concerned TRE (case of RMS parameter modification, TRE reset)

GRMTIFQN X X RMS_info_Frequency_Band Frequency band of the TRX, coded as follows : 0 : P-GSM, 1 : DCS 1800, 2 : G1, 3 : DCS 1900, 6 : GSM 850

GRMTIMPWN_MA X RMS_info_MS_TXPWR_MAX Coded value of the parameter MS_TXPWR_MAX or MS_TXPWR_MAX_INNER, depending on the TRX.

GRMTINOVN X X RMS_info_CI_overload_indication Flag indicating that the upper limit of 42 C/I vectors is exceeded during RMS job duration. In this case, new C/I vectors are not taken into account.

GRMTIOVN X X RMS_info_overload_indication Indication whether a TRX overload occured during RMS job duration. In this case, the measurements data collection is interrupted until the overload situation disappears. RMS statistics are thus based on partial measurements collection.

GRMTIPRSN X X RMS_info_Partial_Restart_indication Bit map indicating that the measurements (for and only for CI vector computation) on either Neighbour cells or on MAFA frequencies or on both or none were restarted during RMS job duration. The bitmap is represented as follows : 0 : no CI partial result 1 : EMO/EMR CI partial result 2 : NMR CI partial result 3 : EMR and NMR partial result

GRMVQDIFN X X RMS_Call_noisy_DL_interference Number of calls suffering from problem of interference on the downlink path

GRMVQDIFR X RMS_Call_noisy_DL_interference_rate Rate of calls suffering from problem of interference on the downlink path.

GRMVQDLVN X X RMS_Call_noisy_DL_bad_coverage Number of calls suffering from bad coverage on the downlink path

GRMVQDLVR X RMS_Call_noisy_DL_bad_coverage_rate

Rate of calls suffering from bad coverage on the downlink path.

GRMVQDNON X RMS_Call_noisy_DL Number of calls suffering from problems of interference or/and bad coverage on the downlink path.

GRMVQDNOR X RMS_Call_noisy_DL_rate Rate of calls suffering from problems of interference or/and bad coverage on the downlink path.

GRMVQDUKN X X RMS_Call_noisy_DL_undefined Number of calls suffering from both problem of interference and bad coverage on the downlink path.

GRMVQDUKR X RMS_Call_noisy_DL_undefined_rate Rate of calls suffering from both problem of interference and bad coverage on the downlink path.

GRMVQFEAN X X RMS_Call_abnormal_bad_FER Number of calls with fair quality measurements but with bad FER measurements on the uplink path

GRMVQFEAR X RMS_Call_abnormal_bad_FER_rate Rate of calls with fair quality measurements but with bad FER measurements on the uplink path.

GRMVQFEBN X X RMS_Call_noisy_bad_FER Number of calls with bad quality measurements and with bad FER measurements on the uplink path

GRMVQFEBR X RMS_Call_noisy_bad_FER_rate Rate of calls with bad quality measurements and with bad FER measurements on the uplink path.

GRMVQFEGN X X RMS_Call_noisy_good_FER Number of calls with bad quality measurements but with good FER measurements on the uplink path


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GRMVQFEGR X RMS_Call_noisy_good_FER_rate Rate of calls with bad quality measurements but with good FER measurements on the uplink path.

GRMVQPMAN X X RMS_param_VQ_Average Parameter VQ_AVERAGE for Voice Quality counters computation

GRMVQPMBR X X RMS_param_VQ_Bad_RxFer Parameter VQ_BAD_RXFER for Voice Quality counters computation

GRMVQPMFR X X RMS_param_VQ_Fer_Threshold Parameter VQ_FER_THRESHOLD for Voice Quality counters computation

GRMVQPMGR X X RMS_param_VQ_Good_RxFer Parameter VQ_GOOD_RXFER for Voice Quality counters computation

GRMVQPMIR X X RMS_param_VQ_Intf_Thres Parameter VQ_INTF_THRESHOLD for Voice Quality counters computation

GRMVQPMLN X X RMS_param_VQ_RxLev Parameter VQ_RXLEV for Voice Quality counters computation

GRMVQPMQN X X RMS_param_VQ_RxQual Parameter VQ_RXQUAL for Voice Quality counters computation

GRMVQPMVN X X RMS_param_VQ_RxQual_vs_RxFer Parameter VQ_RXQUAL_VS_RXFER for Voice Quality counters computation

GRMVQUIFN X X RMS_Call_noisy_UL_interference Number of calls suffering from problem of interference on the uplink path

GRMVQUIFR X RMS_Call_noisy_UL_interference_rate Rate of calls suffering from problem of interference on the uplink path.

GRMVQULVN X X RMS_Call_noisy_UL_bad_coverage Number of calls suffering from bad coverage on the uplink path

GRMVQULVR X RMS_Call_noisy_UL_bad_coverage_rate

Rate of calls suffering from bad coverage on the uplink path.

GRMVQUNON X RMS_Call_noisy_UL Number of calls suffering from problems of interference or/and bad coverage on the uplink path.

GRMVQUNOR X RMS_Call_noisy_UL_rate Rate of calls suffering from problems of interference or/and bad coverage on uplink path.

GRMVQUUKN X X RMS_Call_noisy_UL_undefined Number of calls suffering from both problem of interference and bad coverage on the uplink path.

GRMVQUUKR X RMS_Call_noisy_UL_undefined_rate Rate of calls suffering from both problem of interference and bad coverage on the uplink path.

GSDAHCAN X X SDCCH_allocated Number of SDCCH channel allocated during any procedure (radio link establishment+incoming SDCCH handover) and for any channel type (HR/FR).

GSDAHCAR X SDCCH_allocated_rate Rate of SDCCH channel allocated over the total amount of SDCCH requests, during radio link establishment and incoming SDCCH handover.

GSDAHCDR X X SDCCH_drop_HO_radio_rate Rate of SDCCH drops due to radio problem; reference: number of SDCCH seized (for immediate assignment or handover)

GSDAHCGN X X SDCCH_cong Number of SDCCH not allocated because of congestion on Air interface during radio link establishment or incoming external and internal intercell SDCCH handover . This includes also intracell handovers.

GSDAHCGR X X SDCCH_cong_rate Rate of SDCCH not allocated because of congestion on Air interface over the amount of all SDCCH requests for radio link establishment or incoming external and internal intercell SDCCH handover. This includes also intracell handovers.

GSDAHFLN X SDCCH_fail Number of SDCCH seizure failed during radio link establishment or incoming external and internal intercell SDCCH handover.

GSDAHFLR X SDCCH_fail_rate Rate of SDCCH seizures failed over the amount of SDCCH requests during radio link establishment or incoming external and internal intercell SDCCH handover.

GSDAHRQN X X SDCCH_request Number of SDCCH requests during radio link establishment or incoming external and internal intercell SDCCH handover. This includes also intracell handovers.


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GSDAHSUN X X SDCCH_success Number of successful SDCCH seizures during radio link establishment or incoming external and internal intercell SDCCH handover.

GSDAHSUR X SDCCH_success_rate Rate of successful SDCCH seizures over the amount of SDCCH requests during radio link establishment or incoming external and internal intercell SDCCH handover.

GSDAHUCGO X SDCCH_unsuccess_cong_ratio Ratio of SDCCH not allocated because of congestion on Air interface in relation to all unsuccessful SDCCH seizures (congestion+failures) during radio link establishment or incoming external and internal intercell SDCCH handover.

GSDAHUFLO X SDCCH_unsuccess_fail_ratio Ratio of SDCCH seizure failed in relation to all unsuccessful SDCCH seizures (congestion+failures) during radio link establishment or incoming external and internal intercell SDCCH handover.

GSDAHUN X SDCCH_unsuccess Number of unsuccessful SDCCH seizures (congestion + failures) during radio link establishment or incoming external and internal intercell SDCCH handover.

GSDAHUR X SDCCH_unsuccess_rate Rate of unsuccessful SDCCH seizures (congestion+failures) over the total amount of SDCCH requests during radio link establishment or incoming external and internal intercell SDCCH handover.

GSDAVAN X X OK SDCCH_available_nb_avg Average number of available static and dynamic SDCCH subchannels at any hour. - "Available" has here to be understood as the operational state of a resource. The resource is available if it is not "blocked" or "out of service"

GSDAVAR X X SDCCH_available_nb_avg_rate Average rate of available static and dynamic SDCCH subchannels at any hour. -"Available" has here to be understood as the operational state of a resource. The resource is available if it is not "blocked" or "out of service"

GSDAVSAN X X OK SDCCH_static_available_nb_avg Average number of available static SDCCH subchannels at any hour. - "Available" has here to be understood as the operational state of a resource. The resource is available if it is not "blocked" or "out of service"

GSDAVSAR X X SDCCH_static_available_nb_avg_rate Average rate of available static SDCCH suchannels at any hour. -"Available" has here to be understood as the operational state of a resource. The resource is available if it is not "blocked" or "out of service"

GSDCDBN X X OK OK SDCCH_drop_BSS Number of dropped SDCCH because of system problem.

GSDCDBO X SDCCH_drop_BSS_ratio Ratio of dropped SDCCH due to system problem in relation to all dropped SDCCH (system + radio).

GSDCDBR X SDCCH_drop_BSS_rate Rate of dropped SDCCH because of system problem.

GSDCDHN X X OK OK SDCCH_drop_HO Number of dropped SDCCH during handover execution.

GSDCDHO X SDCCH_drop_HO_ratio Ratio of dropped SDCCH during handover execution in relation to all dropped SDCCH.

GSDCDHR X SDCCH_drop_HO_rate Rate of dropped SDCCH during handover execution.

GSDCDHRN X X SDCCH_drop_HO_radio Number of dropped SDCCH (radio+HO). GSDCDN X X OK OK SDCCH_drop Number of dropped SDCCH (system+radio+HO). GSDCDR X X OK OK SDCCH_drop_rate Rate of dropped SDCCH (system+radio+HO). GSDCDRN X X OK OK SDCCH_drop_radio Number of dropped SDCCH because of radio

problem. GSDCDRO X SDCCH_drop_radio_ratio Ratio of dropped SDCCH due to radio problem in

relation to all dropped SDCCH (system + radio).


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GSDCDRR X SDCCH_drop_radio_rate Rate of dropped SDCCH because of radio problem. GSDCGT X X OK SDCCH_time_system_congestion Time during which all available SDCCH

subchannels are busy. Note : If the SDCCH Dynamic is activated, the static SDCCH sub-channels and dynamic SDCCH sub-channels which are allocated on the dynamic SDCCH/8 timeslots are taken into account.

GSDHOCAN X X OK SDCCH_HO_allocated Number of SDCCH allocated during incoming external and internal intercell SDCCH handover. This includes also intracell handovers.

GSDHOCAO X SDCCH_HO_allocated_ratio Ratio of SDCCH allocated during incoming external and internal intercell SDCCH handover in relation to all SDCCH allocated (normal assignment+handover). This includes intracell handovers.

GSDHOCAR X SDCCH_HO_allocated_rate Rate of SDCCH allocated over all the SDCCH requests during incoming external and internal intercell SDCCH handover. This includes also intracell handovers.

GSDHOCGN X SDCCH_HO_cong Number of SDCCH not allocated during incoming external and internal SDCCH handover because of congestion on Air interface. This includes intracell handovers.

GSDHOCGO X SDCCH_HO_cong_ratio Ratio of SDCCH not allocated during incoming external and internal SDCCH handover because of congestion on Air interface in relation to all SDCCH not allocated because of congestion (normal assignment+handover). This includes intracell handovers.

GSDHOCGR X X SDCCH_HO_cong_rate Rate of SDCCH not allocated because of congestion on Air interface over the amount of SDCCH requests during incoming external and internal SDCCH handover. This includes intracell handovers.

GSDHOFLN X SDCCH_HO_fail Number of SDCCH seizures failed during incoming external and internal intercell SDCCH handover.

GSDHOFLO X SDCCH_HO_fail_ratio Ratio of SDCCH seizures failed during incoming external and internal intercell SDCCH handover in relation to all SDCCH failures(normal assignment + handover).

GSDHOFLR X SDCCH_HO_fail_rate Rate of SDCCH seizures failed over the total amount of SDCCH requests during incoming external and internal intercell SDCCH handover.

GSDHOOSUN X X SDCCH_HO_Out_success Number of outgoing internal or external successful SDCCH handovers.

GSDHORQN X X OK SDCCH_HO_request Number of SDCCH requests during incoming external and internal intercell SDCCH handover. This includes also intracell handovers.

GSDHORQO X SDCCH_HO_request_ratio Ratio of SDCCH requests during incoming external and internal intercell SDCCH handover in relation to all SDCCH requests (normal assignment+handover). This includes also intracell handovers.

GSDHOSUN X X OK SDCCH_HO_success Number of successful SDCCH seizures during incoming external and internal intercell SDCCH handovers.

GSDHOSUO X SDCCH_HO_success_ratio Ratio of successful SDCCH seizures during incoming external and internal intercell SDCCH handover in relation to all successful SDCCH seizures (normal assignment + handover).

GSDHOSUR X SDCCH_HO_success_rate Rate of successful SDCCH seizures during


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incoming external and internal intercell SDCCH handovers.

GSDHOUCGO X SDCCH_HO_unsuccess_cong_ratio Ratio of SDCCH not allocated because of congestion on Air interface in relation to all unsuccessful SDCCH seizures (congestion+failures) during incoming external and internal intercell SDCCH handover.

GSDHOUFLO X SDCCH_HO_unsuccess_fail_ratio Ratio of SDCCH seizures failed in relation to all unsuccessful SDCCH seizures (congestion+failures) during incoming external and internal intercell SDCCH handover.

GSDHOUN X SDCCH_HO_unsuccess Number of unsuccessful SDCCH seizures (congestion+failures) during incoming external and internal intercell SDCCH handover.

GSDHOUO X SDCCH_HO_unsuccess_ratio Ratio of unsuccessful SDCCH seizures (congestion+failures) during incoming external and internal intercell SDCCH handover procedure in relation to all unsuccessful SDCCH seizures (normal assignment+handover).

GSDHOUR X SDCCH_HO_unsuccess_rate Rate of unsuccessful (congestion+failures) SDCCH seizures over the amount of SDCCH requests during incoming external and internal intercell SDCCH handover.

GSDNACAN X X OK SDCCH_assign_allocated Number of SDCCH allocated during radio link establishment procedure.

GSDNACAO X SDCCH_assign_allocated_ratio Ratio of SDCCH allocated during radio link establishment procedure in relation to all SDCCH allocated (normal assignment+handover).

GSDNACAR X SDCCH_assign_allocated_rate Rate of SDCCH allocated during radio link establishment procedure over the amount of SDCCH seizure requests during radio link establishment procedure.

GSDNACGN X X OK OK SDCCH_assign_cong Number of SDCCH not allocated during radio link establishment procedure because of congestion on Air interface.

GSDNACGO X SDCCH_assign_cong_ratio Ratio of SDCCH not allocated during radio link establishment procedure because of congestion on Air interface in relation to all SDCCH not allocated (normal assignment+handover) because of congestion on Air interface.

GSDNACGR X X OK SDCCH_assign_cong_rate Rate of SDCCH not allocated during radio link establishment procedure due to congestion on Air interface.

GSDNAFLBN X X OK SDCCH_assign_fail_BSS Number of SDCCH seizure failed during radio link establishment procedure due to system problem.

GSDNAFLBO X SDCCH_assign_fail_BSS_ratio Ratio of SDCCH seizures failed during radio link establishment procedure due to system problem in relation to all SDCCH seizures failed (system+radio) during radio link establishment procedure.

GSDNAFLBR X SDCCH_assign_fail_BSS_rate Rate of SDCCH seizures failed during radio link establishment procedure due to system problem over the total amount SDCCH seizure request during radio link establishment.

GSDNAFLN X X SDCCH_assign_fail Number of SDCCH seizure failed (system+radio) during radio link establishment procedure.

GSDNAFLO X SDCCH_assign_fail_ratio Ratio of SDCCH seizure failed (system+radio) during radio link establishment procedure in relation to all SDCCH seizure failed (normal assignment+handover).

GSDNAFLR X X OK SDCCH_assign_fail_rate Rate of SDCCH seizure failed (system+radio) during radio link establishment procedure over the total amount of SDCCH seizure requests during radio link establishment procedure.

GSDNAFLRN X X OK SDCCH_assign_fail_radio Number of SDCCH seizure failed during radio link establishment procedure due to radio problem.

GSDNAFLRO X SDCCH_assign_fail_radio_ratio Ratio of SDCCH seizure failed during radio link establishment procedure due to radio problem in relation to all SDCCH seizure failed (system+radio) during radio link establishment procedure.

GSDNAFLRR X SDCCH_assign_fail_radio_rate Rate of SDCCH seizures failed during radio link establishment procedure due to radio problem over


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the total amount of SDCCH seizure requests during radio link establishment procedure.

GSDNARJN X X OK SDCCH_assign_reject Number of SDCCH channel requests rejected with IMMEDIATE ASSIGNMENT REJECT message (due to congestion).

GSDNARJO X X OK SDCCH_assign_reject_ratio Ratio of IMMEDIATE ASSIGNMENT REJECT usage over the total amount of SDCCH not allocated during radio link establishment procedure because of congestion on Air interface.

GSDNARJR X OK SDCCH_assign_reject_rate Rate of SDCCH channel requests rejected with IMMEDIATE ASSIGNMENT REJECT message (due to congestion) over the amount of SDCCH seizure requests during radio link establishment procedure.

GSDNARQN X X OK OK SDCCH_assign_request Number of SDCCH seizure requests during radio link establishment procedure.

GSDNARQO X SDCCH_assign_request_ratio Ratio of SDCCH seizure requests during radio link establishment procedure in relation to all SDCCH seizure requests (normal assignment+handover).

GSDNASUN X X OK OK SDCCH_assign_success Number of successful SDCCH seizures during radio link establishment procedure.

GSDNASUO X SDCCH_assign_success_ratio Ratio of successful SDCCH seizures during radio link establishment procedure in relation to all successful SDCCH seizures (normal assignment+handover).

GSDNASUR X SDCCH_assign_success_rate Rate of successful SDCCH seizures during radio link establishment procedure over the total amount of SDCCH seizure requests during radio link establishment procedure.

GSDNAUCGO X SDCCH_assign_unsuccess_cong_ratio Ratio of SDCCH seizure failed during radio link establishment procedure because of congestion on Air interface in relation to all unsuccessful SDCCH seizures (congestion+failures) during radio link establishment procedure.

GSDNAUFLBO X SDCCH_assign_unsuccess_BSS_ratio Ratio of SDCCH seizure failed during radio link establishment procedure because of system problem in relation to all unsuccessful SDCCH seizures (congestion+failures) during radio link establishment procedure.

GSDNAUFLO X SDCCH_assign_unsuccess_fail_ratio Ratio of SDCCH seizure failed (radio+system) during radio link establishment procedure in relation to all unsuccessful SDCCH seizures (congestion+failures) during radio link establishment procedure.

GSDNAUFLRO X SDCCH_assign_unsuccess_radio_ratio Ratio of SDCCH seizure failed during radio link establishment procedure because of radio problem in relation to all unsuccessful SDCCH seizures (congestion+failures) during radio link establishment procedure.

GSDNAUN X SDCCH_assign_unsuccess Number of unsuccessful SDCCH seizures (congestion+failures) during radio link establishment procedure.

GSDNAUO X SDCCH_assign_unsuccess_ratio Ratio of unsuccessful SDCCH seizures (congestion+failures) during radio link establishment procedure in relation to all unsuccessful SDCCH seizures (normal assignment+handover).

GSDNAUR X X SDCCH_assign_unsuccess_rate Rate of unsuccessful SDCCH seizures (congestion+failures) during radio link establishment procedure over the total amount of SDCCH seizure requests during radio link establishment procedure.

GSDRRN X X SDCCH_nb_avg Number of configured static and dynamic SDCCH subchannels at any hour.

GSDRRSN X X SDCCH_static_nb_avg Number of configured static SDCCH subchannels at any hour.

GSDTCDRR X SDCCH_tot_drop_radio_rate Rate of dropped calls (radio + handover) over the total number of successful SDCCH seizures for normal assignment and handover purpose.


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GSDTRCAMN X X SDCCH_allocated_peak Average of maximum number of simultaneously busy SDCCH subchannels, taking into account the following SDCCH sub-channels: 1) Static SDCCH/x sub-channels, 2) Dynamic SDCCH sub-channels which are dynamically allocated on the dynamic SDCCH/8 timeslots.

GSDTRE X X OK SDCCH_Erlang_total SDCCH Erlang (hourly measurement) If the SDCCH dynamic feature is activated, static SDCCH sub-channels and dynamic SDCCH sub-channels which are allocated on the dynamic SDCCH/8 timeslots are taken into account.

GSDTRMHT X X SDCCH_duration_avg Averaged SDCCH seizure duration (holding time). If the SDCCH dynamic feature is activated, static SDCCH sub-channels and dynamic SDCCH sub-channels which are allocated on the dynamic SDCCH/8 timeslots are taken into account.

GSDTROFE X X SDCCH_traffic_offered Offered SDCCH traffic (with blocking rate of 1%) This indicator is consolidated in day/week/month with the average of hour/day/week values. Note : If the SDCCH dynamic feature is activated, static and dynamic SDCCH sub-channels are taken into account.

GSDTROFSE X SDCCH_static_traffic_offered Offered static SDCCH traffic (with blocking rate of 1%).

GSDTRR X SDCCH_load Load of SDCCH channels at Busy Hour. Note : If the SDCCH dynamic feature is activated, static SDCCH sub-channels and dynamic SDCCH sub-channels which are allocated on the dynamic SDCCH/8 timeslots are taken into account.

GSDTRT X X OK SDCCH_occy_total Cumulated time during which the SDCCH subchannels are busy. If the SDCCH dynamic feature is activated, static SDCCH sub-channels and dynamic SDCCH sub-channels which are allocated on the dynamic SDCCH/8 timeslots are taken into account.

GSDUVAN X X SDCCH_unavailable_nb_avg Average number of unavailable static and dynamic SDCCH subchannels at any hour. -"Unavailable" has here to be understood as the operational state of a resource. The resource is unavailable if it is "blocked" or "out of service"

GSDUVAR X X SDCCH_unavailable_nb_avg_rate Average rate of unavailable static and dynamic SDCCH subchannels at any hour. - "Unavailable" has here to be understood as the operational state of a resource. The resource is unavailable if it is "blocked" or "out of service"

GSDUVSAN X X SDCCH_static_unavailable_nb_avg Average number of unavailable static SDCCH subchannels at any hour. "Unavailable" has here to be understood as the operational state of a resource. The resource is unavailable if it is "blocked" or "out of service"

GSDUVSAR X X SDCCH_static_unavailable_nb_avg_rate Average rate of unavailable static SDCCH subchannels at any hour. -"Unavailable" has here to be understood as the operational state of a resource. The resource is unavailable if it is "blocked" or "out of service"


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GTAGALSUA X X GPRS_transmission_GCH_busy_max_percent

Maximum average number of GIC 16k busy (i.e. operational and used) per hour. Consolidated in Day/Week/Month with the MAX value.

GTAGALSUCEI X X GPRS_transmission_GCH_minimum_busy

Minimum number of GIC 16k busy (i.e. operational and used) at cell level. For a DRFU BTS, a GCH is said busy when it is connected to a given PDCH. For an Evolium BTS, a GCH is said busy when it is connected to a given TRX

GTAGALSUCEM X X GPRS_transmission_GCH_maximum_busy

Maximum number of busy GCH (16k channel) in the cell. For a DRFU BTS, a GCH is said busy when it is connected to a given PDCH. For an Evolium BTS, a GCH is said busy when it is connected to a given TRX (as part as an M-EGCH).

GTAGALSUM X X GPRS_transmission_GCH_max_busy Maximum number of busy GCH (16k channel) in the GPU. Note: A GCH is seen as busy when it is connected to a given PDCH.

GTALAPDLN X X GPRS_LAPD_DL_traffic_sent_to_BSC Number of kilo bytes sent to the BSC on the LapD link.

GTALAPULN X X GPRS_LAPD_UL_traffic_received_from_BSC

Number of kilo bytes received from the BSC on the LapD link.

GTCAHAFLR X RTCH_fail_rate Rate of RTCH seizures failed over the total amount of RTCH requests during normal assignment or incoming intracell, internal intercell and external handover. This includes also internal and external DR.

GTCAHCAFN X X RTCH_full_allocated Number of times a TCH radio timeslot or a dynamic SDCCH/8 timeslot is allocated in FR usage, for normal assignment, for DTM assignment or handover, in traffic or in signaling mode.

GTCAHCAFO X X RTCH_full_allocated_ratio Ratio of TCH allocations in FR (classical FR, EFR and AMR FR) usage in relation with all TCH allocations. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCAHCAHN X X RTCH_half_allocated Number of TCH allocations in HR (classical HR and AMR HR) usage, for normal assignment or handover. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCAHCAHO X X RTCH_half_allocated_ratio Ratio of TCH allocations in FR (classical HR and AMR HR) usage, for normal assignment or handover. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into


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account.

GTCAHCAN X RTCH_allocated Number of RTCH allocated for normal assignment or incoming intracell, internal intercell and external handover. This includes also internal and external DR.

GTCAHCAR X RTCH_allocated_rate Rate of RTCH allocated over all RTCH requests during normal assignment or incoming intracell, internal intercell and external handover. This includes also internal and external DR.

GTCAHCCN X X OK RTCH_success_end Number of RTCH connections ending in observed entity.

GTCAHCDRR X X RTCH_drop_radio_rate Rate of TCH call drops due to radio problems. GTCAHCDRTO X RTCH_drop_radio_ratio Ratio of TCH call drops due to radio problems in

relation to all TCH call drops due to radio, HO or BSS transcoder problems.

GTCAHCDRTR X X TRX_RTCH_drop_radio_rate Rate of TCH call drops due to radio problems. Note : Available only per TRX. See "RTCH_drop_radio_rate" for the availability per other objects.

GTCAHCGN X RTCH_cong Number of RTCH not allocated due to congestion on Air interface for normal assignment or incoming intracell, internal intercell and external handover.

GTCAHCGR X X OK RTCH_cong_rate Rate of RTCH not allocated due to congestion on Air interface during normal assignment or incoming intracell, internal intercell and external handover.

GTCAHEFR X RTCH_efficiency_rate Rate of successful RTCH seizures in relation to all RTCH allocated during normal assignment or incoming intracell, internal intercell and external handover. This includes also internal and external DR.

GTCAHFLN X RTCH_fail Number of failures during normal assignment or incoming intracell, internal intercell and external handover. This includes also internal and external DR.

GTCAHISUN X RTCH_assign_HO_Inc_success Number of successful RTCH seizures during normal assignment or incoming intracell, internal intercell and external handovers.

GTCAHRQN X RTCH_request Number of RTCH requests for normal assignment or incoming intracell, internal intercell and external handover.This includes also internal and external DR.

GTCAHSUBN X RTCH_success_begin Number of RTCH successfully seized by the MS except during intracell handover procedure.

GTCAHSUN X X RTCH_success Number of successful RTCH seizures during normal assignment or incoming intracell, internal intercell and external handover. This includes also internal and external DR.

GTCAHSUR X RTCH_success_rate Rate of successful RTCH seizures over the amount of RTCH seizure requests during normal assignment or incoming intracell, internal intercell and external handover. This includes also internal and external DR.

GTCAHUCGO X RTCH_unsuccess_cong_ratio Ratio of RTCH not allocated due to congestion on Air interface in relation to all unsuccessful RTCH seizures (congestion + failures) during normal assignment or incoming intracell, internal intercell and external handover.

GTCAHUFLO X RTCH_unsuccess_fail_ratio Ratio of RTCH seizures failed in relation to all unsuccessful RTCH seizures (congestion + failures) during normal assignment or incoming intracell, internal intercell and external handover. This includes also internal and external DR.

GTCAHUN X RTCH_unsuccess Number of unsuccessful RTCH seizures


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GTCAHUR X RTCH_unsuccess_rate Rate of unsuccessful RTCH seizures (congestion + failures)

GTCAVAN X X OK OK RTCH_available_nb_avg Average number of available static and dynamic radio timeslots for traffic usage (i.e TCH (HR or FR) or PDCH) at any hour. - "Available" has here to be understood as the operational state of a TS. The timeslot is available if it is not "blocked" or "out of service". - A dynamic SDCCH/8 timeslot can not be a PDCH; it can not carry GPRS traffic.

GTCAVAR X X RTCH_available_nb_avg_rate Average rate of available static and dynamic radio timeslots for traffic usage (i.e TCH (HR or FR) or PDCH) at any houir. - "Available" has here to be understood as the operational state of a timeslot. The TS is available if it is not "blocked" or "out of service" - A dynamic SDCCH/8 timeslot can not be a PDCH; it can not carry GPRS traffic.

GTCAVSAN X X OK RTCH_static_available_nb_avg Average number of available static radio timeslots for traffic usage (i.e TCH (HR or FR usage) or PDCH) at any hour. -"Available" has here to be understood as the operational state of a timeslot. The timeslot is available if it is not "blocked" or "out of service".

GTCAVSAR X X RTCH_static_available_nb_avg_rate Average rate of available static radio timeslots for traffic usage (i.e TCH (HR or FR usage) or PDCH) at any hour. - "Available" has here to be understood as the operational state of a timeslot. The timeslot is available if it is not "blocked" or "out of service"

GTCCGT X X OK RTCH_time_system_congestion Cumulated time (in seconds) during which there is no free FR TCH sub-channel to serve an incoming FR TCH request. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots are taken into account.

GTCHOCAN X X OK RTCH_HO_allocated Number of RTCH allocated for incoming intracell, internal intercell and external handover. This includes also internal and external DR.

GTCHOCAO X X RTCH_HO_allocated_ratio Ratio of RTCH allocated during incoming intracell, internal intercell and external handover in relation to all RTCH allocated (normal assignment + incoming handover). This includes also internal and external DR.

GTCHOCAR X RTCH_HO_allocated_rate Rate of RTCH allocated over the amount of RTCH requests during incoming intracell, internal intercell and external handover. This includes also internal and external DR.

GTCHOCATSN X X RTCH_HO_allocated_TCH_source Number of RTCH allocated for incoming intracell, internal intercell and external handover. This excludes internal and external DR.

GTCHOCDR X X RTCH_drop_HO_rate Rate of TCH call drops due to HO failures. GTCHOCDTO X RTCH_drop_HO_ratio Ratio of TCH call drops due to HO problems in

relation to all TCH call drops due to radio, HO or BSS transcoder problems.

GTCHOCDTR X X TRX_RTCH_drop_HO_rate Rate of TCH call drops due to HO failures. Note : Available only per TRX. See "RTCH_drop_HO_rate" for the availability per other objects.


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GTCHOCGN X X OK RTCH_HO_cong Number of RTCH not allocated due to congestion on Air interface during incoming intracell, internal intercell and external handover.

GTCHOCGO X RTCH_HO_cong_ratio Ratio of RTCH not allocated during incoming intracell, internal intercell and external handover due to congestion on Air interface in relation to all RTCH not allocated due to congestion (normal assignment + incoming handover).

GTCHOCGR X X RTCH_HO_cong_rate Rate of RTCH not allocated due to congestion on Air interface over the amount of RTCH requests during incoming intracell, internal intercell and external handover.

GTCHOECAN X X RTCH_HO_preservation_allocated Number of external or internal emergency handovers whose resource is allocated in the BSC when 1) the number of free resources is less than or equal to NUM_TCH_EGNCY_HO and, 2) the queue for this cell is not empty.

GTCHOECAO X RTCH_HO_preservation_allocated_ratio Ratio of external or internal emergency handovers whose resource is allocated during a preservation of on-going call over all RTCH allocated for incoming handovers (including DR).

GTCHOEFR X RTCH_HO_efficiency_rate Rate of successful RTCH seizures in relation to all RTCH allocated during incoming intracell, internal intercell and external handover. This includes also internal and external DR .

GTCHOFLN X RTCH_HO_fail Total number of failures during incoming intracell, internal intercell and external handover.This includes also internal and external DR.

GTCHOFLO X RTCH_HO_fail_ratio Ratio of RTCH seizure failed during incoming intracell, internal intercell and external handover in relation to all RTCH seizures failed (normal assignement + incoming handover). This includes also internal and external DR

GTCHOFLR X RTCH_HO_fail_rate Rate of RTCH seizure failed over the amount of RTCH requests during incoming intracell, internal intercell and external handover. This includes also internal and external DR.

GTCHOISUN X X RTCH_HO_Inc_success Number of RTCH successfully seized for incoming intracell, internal intercell and external handover.

GTCHOOSUGN X X OK RTCH_HO_Out_2G_2G_success Number of successful outgoing intracell, internal intercell and external handovers. Doesn't include 2G-3G Handovers.

GTCHOOSUN X X RTCH_HO_Out_success Number of successful outgoing intracell, internal intercell and external handovers. Include 2G-2G and 2G-3G Handovers.

GTCHOOSUTN X RTCH_HO_Out_success_TRX Number of successful outgoing intracell, internal intercell and external handovers. Include 2G-2G and 2G-3G Handovers. Auxiliary indicator, per TRX, for the indicators Call_drop_radio_rate_TRX, Call_drop_BSS_remote_TC_rate_TRX and Call_drop_HO_rate_TRX.

GTCHOOSUXN X RTCH_HO_Out_success_aux Auxiliary Indicator for the Indicator RTCH_HO_Out_success. Number of successful outgoing intracell, internal intercell and external handovers. Include 2G-2G and 2G-3G Handovers only in B10.

GTCHORQN X X RTCH_HO_request Number of RTCH requests for incoming intracell, internal intercell and external handover.This includes also internal and external DR.

GTCHORQO X RTCH_HO_request_ratio Ratio of RTCH requests for incoming intracell, internal intercell and external handover in relation to all RTCH requests (normal assignment + incoming handover). This includes also internal and external


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DR.

GTCHOSUN X X OK RTCH_HO_success Number of RTCH successfully seized during incoming intracell, internal intercell and external handover.This includes also internal and external DR. Note: This indicator counts both inter-PLMN and intra-PLMN handover events and doesnt count handover to 3G.

GTCHOSUO X RTCH_HO_success_ratio Ratio of successful RTCH seizures during incoming intracell, internal intercell and external handover in relation to all successful RTCH seizures (normal assignment + incoming handover). This includes also internal and external DR.

GTCHOSUR X RTCH_HO_success_rate Rate of successful RTCH seizures over the amount of RTCH requests during incoming intracell, internal intercell and external handover handover. This includes also internal and external DR.

GTCHOUCGO X RTCH_HO_unsuccess_cong_ratio Ratio of RTCH not allocated due to congestion on Air interface in relation to all unsuccessful RTCH seizures (congestion + failures) during incoming intracell, internal intercell and external handover.

GTCHOUFLO X RTCH_HO_unsuccess_fail_ratio Ratio of RTCH seizures failed in relation to all unsuccessful RTCH seizures (congestion+failures) during incoming intracell, internal intercell and external handover purpose. This includes also internal and external DR

GTCHOUN X RTCH_HO_unsuccess Number of unsuccessful RTCH seizures (congestion + failures) during incoming intracell, internal intercell and external handover. This includes also internal and external DR

GTCHOUO X RTCH_HO_unsuccess_ratio Ratio of unsuccessful RTCH seizures (congestion + failures) during incoming intracell, internal intercell and external handover in relation to all unsuccessful RTCH seizures (normal assignment + incoming handover) This includes also internal and external DR.

GTCHOUR X RTCH_HO_unsuccess_rate Rate of unsuccessful RTCH seizures (congestion + failures) in relation to all RTCH requests during incoming intracell, internal intercell and external handover. This includes also internal and external DR

GTCNA3CAFAO X X RTCH_assign_AMR_FR_allocated_AMR_ratio

Ratio of AMR FR TCH allocations per AMR allocations.

GTCNA3CAFFO X X RTCH_assign_AMR_FR_allocated_FR_ratio

Ratio of AMR FR allocations per all FR allocations.

GTCNA3CAFN X X RTCH_assign_AMR_FR_allocated Number of TCH normal assignment/mode modify in FR AMR usage - whose channel is allocated in the BSC. This counter takes into account mode modify from TCH signaling to TCH traffic (following a DTM assignment with a TCH in signaling mode).

GTCNA3CAFTO X X RTCH_assign_AMR_FR_allocated_ratio Ratio of AMR FR allocations over all allocations. GTCNA3CAHAO X X RTCH_assign_AMR_HR_allocated_AMR

_ratio Ratio of AMR HR TCH allocations per AMR allocations.

GTCNA3CAHHO X X RTCH_assign_AMR_HR_allocated_HR_ratio

Ratio of AMR HR allocations per all HR allocations.

GTCNA3CAHN X X RTCH_assign_AMR_HR_allocated Number of TCH normal assignment/modify in HR AMR usage- whose channel is allocated in the BSC.

GTCNA3CAHTO X X RTCH_assign_AMR_HR_allocated_ratio Ratio of AMR HR allocations over all allocations. GTCNA3RQTN X X RTCH_assign_AMR_request Number of TCH normal assignment requests from

AMR mobiles. GTCNA3RQTTO X X RTCH_assign_AMR_request_ratio Ratio of TCH normal assignment requests from

AMR mobiles over all TCH normal assignment requests from all mobiles types.

GTCNA3SUR X X RTCH_assign_AMR_success_rate Rate of AMR call successes. GTCNAACGR X RTCH_assign_allocated_cong_rate Rate of RTCH seizures not allocated during normal

assignment procedure due to congestion on Air interface in relation to all RTCH allocated for normal assignment procedure.


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GTCNAACMR X RTCH_assign_allocated_command_rate Rate of normal assignment commands in relation to all RTCH allocated during normal assignment procedure.

GTCNAAFLABO X A_assign_fail_BSS_not_equiped_ratio Ratio of ASSIGNMENT FAILURE with cause = "BSS not equiped" over the total amount of ASSIGNMENT FAILURE, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLABR X X A_assign_fail_BSS_not_equiped_rate Rate of ASSIGNMENT FAILURE with cause = "BSS not equiped" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLAR X X A_assign_fail_rate Rate of ASSIGNMENT FAILURE sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLARO X A_assign_fail_radio_ratio Ratio of ASSIGNMENT FAILURE with cause = "radio interface failure" over the total amount of ASSIGNMENT FAILURE, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLARR X X A_assign_fail_radio_rate Rate of ASSIGNMENT FAILURE with cause = "radio interface failure" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLBN X X A_assign_fail_BSS_not_equiped Number of 08.08 ASSIGNMENT FAILURE with cause = "BSS not equiped" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLBR X RTCH_assign_allocated_fail_BSS_rate Rate of RTCH seizures failed due to system problems during normal assignment execution phase in relation to all RTCH allocated for normal assignment procedure.


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GTCNAAFLCGN X X A_assign_fail_cong_radio Number of 08.08 ASSIGNMENT FAILURE with cause = "no radio resource available" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLCGO X A_assign_fail_cong_radio_ratio Ratio of 08.08 ASSIGNMENT FAILURE with cause = "no radio resource available" over the total amount of ASSIGNMENT FAILURE, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLCGR X X A_assign_fail_cong_radio_rate Rate of ASSIGNMENT FAILURE with cause = "no radio resource available" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLCIN X X A_assign_fail_ciphering Number of 08.08 ASSIGNMENT FAILURE with cause = "ciphering algorithm not supported" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLCIO X A_assign_fail_ciphering_ratio Ratio of ASSIGNMENT FAILURE with cause = "ciphering algorithm not supported" over the total amount of ASSIGNMENT FAILURE, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLCIR X X A_assign_fail_ciphering_rate Rate of ASSIGNMENT FAILURE with cause = "ciphering algorithm not supported" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLEQN X X A_assign_fail_equipment Number of 08.08 ASSIGNMENT FAILURE with cause = "equipment failure" sent to the MSC. Note: New in RNO V4.


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Available only if Type 18 is activated at the OMC-R.

GTCNAAFLEQO X A_assign_fail_equipment_ratio Ratio of ASSIGNMENT FAILURE with cause = "equipment failure" over the total amount of ASSIGNMENT FAILURE, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLEQR X X A_assign_fail_equipment_rate Rate of ASSIGNMENT FAILURE with cause = "equipment failure" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLHN X X A_assign_fail_radio_int_message Number of 08.08 ASSIGNMENT FAILURE with cause = "radio interface message failure" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLHO X A_assign_fail_radio_int_message_ratio Ratio of ASSIGNMENT FAILURE with cause = "radio interface message failure" over the totla amount of ASSIGNMENT FAILURE, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLHR X X A_assign_fail_radio_int_message_rate Rate of ASSIGNMENT FAILURE with cause = "radio interface message failure" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLN X X A_assign_fail Total Number of 08.08 ASSIGNMENT FAILURE sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.


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GTCNAAFLOCN X X A_assign_fail_ROC Number of 08.08 ASSIGNMENT FAILURE with cause = "radio interface failure -reversion to old channel" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLOCO X A_assign_fail_ROC_ratio Ratio of ASSIGNMENT FAILURE with cause = "radio interface failure -reversion to old channel" over the total amount of ASSIGNMENT FAILURE, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLOCR X X A_assign_fail_ROC_rate Rate of ASSIGNMENT FAILURE with cause = "radio interface failure -reversion to old channel" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLOMN X X A_assign_fail_OM Number of 08.08 ASSIGNMENT FAILURE with cause = "O&M intervention" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLOMO X A_assign_fail_OM_ratio Ratio of ASSIGNMENT FAILURE with cause = "O&M intervention" over the total amount of ASSIGNMENT FAILURE, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLOMR X X A_assign_fail_OM_rate Rate of ASSIGNMENT FAILURE with cause = "O&M intervention" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLPBR X RTCH_assign_allocated_prep_fail_BSS_rate

Rate of RTCH seizures failed due to system problems during normal assignment preparation phase in relation to all RTCH allocated during normal assignment procedure.


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GTCNAAFLPEN X X A_assign_fail_protocol Number of 08.08 ASSIGNMENT FAILURE with cause = "protocol error between BSC and MSC" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLPEO X A_assign_fail_protocol_ratio Ratio of ASSIGNMENT FAILURE with cause = "protocol error between BSC and MSC" over the total amount of ASSIGNMENT FAILURE, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLPER X X A_assign_fail_protocol_rate Rate of ASSIGNMENT FAILURE with cause = "protocol error between BSC and MSC" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLR X RTCH_assign_allocated_fail_rate Rate of RTCH seizures failed during normal assignment procedure because of system and radio problem in relation to all RTCH allocated for normal assignment procedure.

GTCNAAFLRN X X A_assign_fail_radio Number of 08.08 ASSIGNMENT FAILURE with cause = "radio interface failure" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLRR X RTCH_assign_allocated_fail_radio_rate Rate of RTCH seizures failed during normal assignment procedure because of radio problems in relation to all RTCH allocated for normal assignment procedure.

GTCNAAFLSVN X X A_assign_fail_speechVersion Number of 08.08 ASSIGNMENT FAILURE with cause = "requested speech version unavailable" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLSVO X A_assign_fail_speechVersion_ratio Ratio of ASSIGNMENT FAILURE with cause = "requested speech version unavailable" over the total amount of ASSIGNMENT FAILURE, sent to the MSC. Note:


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New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLSVR X X A_assign_fail_speechVersion_rate Rate of ASSIGNMENT FAILURE with cause = "requested speech version unavailable" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLTCN X X A_assign_fail_transcoding Number of 08.08 ASSIGNMENT FAILURE with cause = "requested transcoding/rate adaptation unavailable" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLTCO X A_assign_fail_transcoding_ratio Ratio of ASSIGNMENT FAILURE with cause = "requested transcoding/rate adaptation unavailable" over the total amount of ASSIGNMENT FAILURE, sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLTCR X X A_assign_fail_transcoding_rate Rate of ASSIGNMENT FAILURE with cause = "requested transcoding/rate adaptation unavailable" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLTMN X X A_assign_fail_trans_mismatch Number of 08.08 ASSIGNMENT FAILURE with cause = "requested terrestrial resource unavailable" or "terrestrial resource already allocated" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLTMO X A_assign_fail_trans_mismatch_ratio Ratio of ASSIGNMENT FAILURE with cause = "requested terrestrial resource unavailable" or "terrestrial resource already allocated" over the total amount of ASSIGNMENT FAILURE sent to the MSC.


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Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAFLTMR X X A_assign_fail_trans_mismatch_rate Rate of ASSIGNMENT FAILURE with cause = "requested terrestrial resource unavailable" or "terrestrial resource already allocated" sent to the MSC. Note: New in RNO V4. Available only if Type 18 is activated at the OMC-R.

GTCNAAMN X X RTCH_assign_AMR_allocated Number of TCH normal assignment/mode modify in AMR usage

GTCNACAAN X RTCH_assign_all_speech_channel_allocated

Number of TCH normal assignment/modify in FR, HR, EFR, AMR FR, AMR HR or data usage - whose channel is allocated in the BSC.

GTCNACADN X X RTCH_assign_Data_allocated Number of TCH normal assignment/modify for data- whose channel is allocated in the BSC.

GTCNACADTO X X RTCH_assign_Data_allocated_ratio Ratio of allocations for data calls over all allocations.

GTCNACAEFO X X RTCH_assign_EFR_allocated_FR_ratio Ratio of EFR allocations per all FR allocations. GTCNACAEN X X RTCH_assign_EFR_allocated Number of TCH normal assignment/modify in EFR

usage- whose channel is allocated in the BSC. GTCNACAETO X X RTCH_assign_EFR_allocated_ratio Ratio of EFR allocations over all allocations. GTCNACAFAN X RTCH_assign_all_FR_allocated Number of TCH normal assign/modify in FR, EFR or

AMR FR usage - whose channel is allocated in the BSC.

GTCNACAFFO X X RTCH_assign_FR_allocated_FR_ratio Ratio of no AMR FR allocations per all FR allocations

GTCNACAFN X X RTCH_assign_FR_allocated Number of TCH normal assignment/modify in FR usage- whose channel is allocated in the BSC.

GTCNACAFTO X X RTCH_assign_FR_allocated_ratio Ratio of FR allocations over all allocations. GTCNACAHAN X RTCH_assign_all_HR_allocated Number of TCH normal assignment/modify in HR or

HR AMR usage - whose channel is allocated in the BSC.

GTCNACAHHO X X RTCH_assign_HR_allocated_HR_ratio Ratio of no AMR HR allocations per all HR allocations.

GTCNACAHN X X RTCH_assign_HR_allocated Number of TCH normal assignment/modify in HR usage- whose channel is allocated in the BSC.

GTCNACAHTO X X RTCH_assign_HR_allocated_ratio Ratio of HR allocations over all allocations. GTCNACAN X X OK OK RTCH_assign_allocated Number of RTCH allocated during normal

assignment procedure. GTCNACAO X RTCH_assign_allocated_ratio Ratio of RTCH allocated during normal assignment

procedure in relation to all RTCH allocated (normal assignment + handover).

GTCNACAR X RTCH_assign_allocated_rate Rate of RTCH allocated during normal assignment procedure.

GTCNACDDN X X OK RTCH_assign_DTAP_drop Number of TCH drop (in HR or FR usage) in TCH DTAP established phase due to 1)radio link failure, 2)BSS pb, 3)remote transcoder failure

GTCNACFLR X RTCH_assign_command_fail_rate Rate of RTCH seizures failed during normal assignment execution phase (system and radio) in relation to all normal assignment commands.

GTCNACFLRR X RTCH_assign_command_fail_radio_rate Rate of RTCH seizures failed due to radio problems in relation to all normal assignment commands for TCH establishment.

GTCNACGBR X X RTCH_blocking_peak Rate of blocking for RTCH seizure : based on offered traffic and Grade of Service computation (Erlang B or C)

GTCNACGN X X OK OK RTCH_assign_cong Number of RTCH not allocated during normal assignment due to congestion on Air interface


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GTCNACGO X RTCH_assign_cong_ratio Ratio of RTCH not allocated during normal assignment due to congestion on Air interface by all congestion

GTCNACGR X X OK RTCH_assign_cong_rate Rate of RTCH not allocated during normal assignment due to congestion on Air interface

GTCNACMN X X OK RTCH_assign_command Number of normal assignment commands for TCH establishment (in HR or FR usage).

GTCNACMR X RTCH_assign_command_rate Rate of normal assignment commands for TCH establishment (in HR or FR usage).

GTCNACSUR X RTCH_assign_command_success_rate Rate of successful RTCH seizures in relation to all normal asssignment commands during TCH establishment.

GTCNAEFR X X RTCH_assign_efficiency_rate Rate of successful RTCH seizures in relation to all RTCH allocated, during normal assignment procedure.

GTCNAFLBN X X OK RTCH_assign_fail_BSS Number of RTCH seizures failed due to system problems during normal assignment execution phase.

GTCNAFLBO X RTCH_assign_fail_BSS_ratio Ratio of RTCH seizures failed due to system problems in relation to all RTCH seizures failed (system + radio), during normal assignment execution phase.

GTCNAFLBR X OK RTCH_assign_fail_BSS_rate Rate of RTCH seizures failed due to system problems during normal assignment execution phase.

GTCNAFLN X X RTCH_assign_fail Number of failures (system + radio) during normal assignment execution phase.

GTCNAFLO X RTCH_assign_fail_ratio Ratio of RTCH seizure failed (system + radio) during normal assignment procedure

GTCNAFLPBN X X OK OK RTCH_assign_prep_fail_BSS Number of RTCH seizures failed due to system problems during normal assignment preparation phase.

GTCNAFLPBR X OK RTCH_assign_prep_fail_BSS_rate Rate of RTCH seizures failed due to system problems during normal assignment preparation phase.

GTCNAFLR X X RTCH_assign_fail_rate Rate of RTCH seizure failed (system + radio) during normal assignment procedure over the total amount of RTCH request for normal assignment procedure

GTCNAFLRN X X OK RTCH_assign_fail_radio Number of RTCH seizures failed due to radio problems during normal assignment procedure.

GTCNAFLRO X RTCH_assign_fail_radio_ratio Ratio of RTCH seizures failed because of radio problem in relation to all RTCH seizures failed (system + radio), during normal assignment execution phase.

GTCNAFLRR X X OK RTCH_assign_fail_radio_rate Rate of RTCH seizures failed due to radio problems during normal assignment procedure.

GTCNARQAN X RTCH_assign_all_speech_channel_request

Number of TCH normal assignment requests from mobiles supporting : - FR - DR - DR, EFR - AMR - FR, EFR - HR only, EFR&HR only or EFR only or from data calls.

GTCNARQBN X X RTCH_assign_DR_request Number of TCH normal assignment requests from Dual Rate mobiles.

GTCNARQBTO X X RTCH_assign_DR_request_ratio Ratio of TCH normal assignment requests from dual rate mobiles (FR & HR) over all TCH normal assignment requests from all mobiles types.

GTCNARQDN X X RTCH_assign_Data_request Number of TCH normal assignment requests for data calls.


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GTCNARQDRN X X OK RTCH_assign_request_and_DR_Out_success

Number of normal assignment requests for TCH establishment (in HR or FR usage) plus Number of BSCGP DTM assignment command received from MFS, for MS camping on a SDCCH (i.e. the cases where a TCH was already allocated to the MS are not taken into account). In this case, the TCH is established in signaling mode

GTCNARQDTO X X RTCH_assign_Data_request_ratio Ratio of TCH normal assignment requests for Data calls over all TCH normal assignment requests for all mobiles types.

GTCNARQEN X RTCH_assign_FR_EFR_request Number of TCH normal assignments requests from mobiles supporting only FR and EFR (after possible filtering from the MSC).

GTCNARQETO X RTCH_assign_FR_EFR_request_ratio Ratio of TCH normal assignment requests from FR&EFR only over all TCH normal assignment requests from all mobiles types.

GTCNARQHN X RTCH_assign_HR_EFR_request Number of TCH normal assignments requests from mobiles with following speech capability (after possible filtering of the MSC): - HR only, - EFR&HR only, - EFR only.

GTCNARQHTO X RTCH_assign_HR_EFR_request_ratio Ratio of TCH normal assignment requests from HR only, EFR&HR only and EFR only mobiles over all TCH normal assignment requests from all mobiles types.

GTCNARQMN X X RTCH_assign_FR_request Number of TCH normal assignments requests from FR only mobiles (after possible filtering from the MSC).

GTCNARQMTO X X RTCH_assign_FR_request_ratio Ratio of TCH normal assignment requests from FR only over all TCH normal assignment requests from all mobiles types.

GTCNARQN X X OK OK RTCH_assign_request Number of RTCH seizure requests during normal assignment procedure.

GTCNARQO X RTCH_assign_request_ratio Ratio of RTCH seizure requests during normal assignment procedure in relation to all RTCH seizure requests (normal assignment + handover)

GTCNARQTN X X RTCH_assign_DR_EFR_request Number of TCH normal assignment requests from mobiles supporting FR, DR, EFR.

GTCNARQTTO X X RTCH_assign_DR_EFR_request_ratio Ratio of TCH normal assignment requests from mobiles supporting FR, HR and EFR over all TCH normal assignment requests from all mobiles types.

GTCNASUDN X X RTCH_assign_DTAP_success Number of MO and MT normal assignment -DTAP successes (the 04.08CONNECT ACK message is received on Abis)

GTCNASUN X X OK OK RTCH_assign_success Number of RTCH succesfully seized by the mobile during normal assignment procedure.

GTCNASUO X X RTCH_assign_success_ratio Ratio of successful RTCH seizures for normal assignment purpose in relation to all successful RTCH seizures (normal assignment + incoming intracell, internal intercell and external handover + incoming internal and external DR).

GTCNASUR X X OK RTCH_assign_success_rate Rate of RTCH succesfully seized by the mobile during normal assignment procedure

GTCNAUCGO X OK RTCH_assign_unsuccess_cong_ratio Ratio of RTCH not allocated during normal assignment because of congestion on Air interface in relation to all unsuccessful RTCH seizures (congestion + failures) during normal assignment

GTCNAUFLBO X RTCH_assign_unsuccess_BSS_ratio Ratio of RTCH seizures failed due to system problems during normal assignment execution phase in relation to all unsuccessful RTCH seizures during normal assigment procedure.

GTCNAUFLO X RTCH_assign_unsuccess_fail_ratio Ratio of RTCH seizures failed (system + radio) during normal assignment in relation to all unsuccessful RTCH seizures (congestion + failures) during normal assignment

GTCNAUFLPBO X RTCH_assign_unsuccess_prep_fail_BSS_ratio

Ratio of RTCH seizures failed due to system problems during normal assignment preparation


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phase in relation to all unsuccessful RTCH seizures during normal assignment procedure.

GTCNAUFLRO X RTCH_assign_unsuccess_radio_ratio Ratio of RTCH seizures failed because of radio problems in relation to all RTCH seizures failed (system + radio) during normal assignment procedure.

GTCNAUN X X RTCH_assign_unsuccess Number of unsuccessful RTCH seizures (failures + congestion) during normal assignment procedure.

GTCNAUO X RTCH_assign_unsuccess_ratio Ratio of unsuccessful RTCH seizures (congestion + failures) for normal assignment purpose

GTCNAUR X X OK RTCH_assign_unsuccess_rate Rate of unsuccessful RTCH seizures (congestion + failures) for normal assignment purpose

GTCPPCACN X X RTCH_MSC_pci_allocated Number of RTCH requests with preemption ability (pci=1) during normal assignment and incoming external handover/DR allocated with or without using the preemption feature.

GTCPPCACR X RTCH_MSC_pci_allocated_rate Rate of RTCH requests with preemption ability (pci=1) during normal assignment and incoming external handover/DR allocated with or without using the preemption feature.

GTCPPCDR X RTCH_drop_preemption_rate Rate of preempted calls over the total amount of calls established.

GTCPPDSUCR X RTCH_MSC_pci_DR_success_rate Rate of RTCH requests with preemption ability (pci=1) successfully seized during outgoing directed retry in relation to all RTCH requests with preemption ability (pci=1) during normal assignment and incoming external handover/DR.

GTCPPFLCN X X RTCH_MSC_pci_fail Number of failures during normal assignment and incoming external handover/DR with the ability to preempt another call with lower priority.

GTCPPFLCR X RTCH_MSC_pci_fail_rate Rate of failures during normal assignment and incoming external handover/DR with the ability to preempt another call with lower priority.

GTCPPRQCN X X RTCH_MSC_pci_request Number of RTCH requests during normal assignment and incoming external handover/DR with the ability to preempt another call with lower priority (pci=1).

GTCPPSUNVN X RTCH_no_pvi_success Number of successful RTCH seizures for normal assignment or incoming external and internal handover / DR indicating no possibility of being preemt-able by a call with a higher priority (pvi=0).

GTCPPSUNVO X RTCH_no_pvi_success_ratio Ratio of successful RTCH seizures indicating no possibility of being preemt-able by a call with a higher priority (pvi=0) in relation to all successful RTCH seizures, during normal assignment or incoming external and internal handover/DR.

GTCPPSUVN X X RTCH_pvi_success Number of successful RTCH seizures for normal assignment or incoming external and internal handover/DR indicating the facility of being preemt-able by a call with a higher priority (pvi=1).

GTCPPSUVO X RTCH_pvi_success_ratio Ratio of successful RTCH seizures indicating the facility of being preemt-able by a call with a higher priority (pvi=1) in relation to all successful RTCH seizures, during normal assignment or incoming external and internal handover/DR.

GTCPPWCACN X X RTCH_MSC_pci_allocated_without_preemption

Number of RTCH requests with preemption ability (pci=1) during normal assignment and incoming external handover/DR allocated without using the preemption feature.

GTCPPWCACO X RTCH_MSC_pci_allocated_without_preemption_ratio

Ratio of RTCH requests with preemption ability (pci=1) allocated without using the preemption feature in relation to all RTCH requests with preemption ability (pci=1) allocated, during normal assignment and incoming external handover/DR.

GTCPPWCACR X RTCH_MSC_pci_allocated_without_preemption_rate

Rate of RTCH requests with preemption ability (pci=1) during normal assignment and incoming external handover/DR allocated without using the preemption feature.

GTCQUAVN X X OK OK

RTCH_queued_queue_avg Averaged number of assignment or external handover requests in queue


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GTCQUFLFN X X OK RTCH_queued_fail_full Number of RTCH requests for normal assignment rejected because queue is full

GTCQUFLFO X RTCH_queued_fail_full_ratio Ratio of RTCH requests for normal assignment rejected because queue is full, among all failures.

GTCQUFLFR X RTCH_queued_fail_full_rate Rate of RTCH requests for normal assignment rejected because queue is full over all RTCH requests for normal asignment queued.

GTCQUFLN X X RTCH_queued_fail Number of RTCH requests for normal assignment rejected without being queued.

GTCQUFLNO X RTCH_queued_fail_rate Rate of unavailable RTCH GTCQUFLO X X RTCH_queued_fail_ratio Ratio of RTCH requests for normal assignment

rejected without being queued over all failures. GTCQUFLRN X X OK RTCH_queued_fail_reject Number of RTCH reuqests for normal assignment

queued and rejected due to a receipt of a higher priority request.

GTCQUFLRO X RTCH_queued_fail_reject_ratio Ratio of RTCH requests for normal assignment queued and rejected due to a receipt of a higher priority request, among all failures.

GTCQUFLRR X RTCH_queued_fail_reject_rate Rate of RTCH requests for normal assignment queued and rejected due to a receipt of a higher priority request over all RTCH requests for normal assignment queued.

GTCQUFLTN X X RTCH_queued_fail_timeout Number of RTCH requests for normal assignment queued and rejected because of queuing timer expiry (T11 or T11_forced).

GTCQUFLTO X RTCH_queued_fail_timeout_ratio Ratio of RTCH requests for normal assignment queued and rejected because of queuing timer expiry (T11 or T11_forced), among all failures.

GTCQUFLTR X RTCH_queued_fail_timeout_rate Rate of RTCH requests for normal assignment queued and rejected because of queuing timer expiry (T11 or T11_forced) over all RTCH requests for normal assignment queued.

GTCQUHON X X OK RTCH_HO_queued Number of RTCH requests for handover queued. GTCQUMRQN X RTCH_MSC_request Number of RTCH request for normal assignment

and incoming external handover purpose GTCQUN X X OK RTCH_queued Number of RTCH requests for normal assignment or

incoming external handover queued. GTCQUNAN X X OK RTCH_assign_queued Number of RTCH requests for normal assignment

queued. GTCQUNANN X X OK RTCH_no_queue Number of TCH (in HR or FR usage) normal

assignment preparation failures because of the non-queuing of the ASSIGNMENT REQUEST message.

GTCQUNAO X RTCH_assign_queued_ratio Ratio of RTCH requests for normal assignment queued over all RTCH requests for normal ssignment and incoming external handover queued.

GTCQUNAR X X RTCH_assign_queued_rate Rate of RTCH requests for normal assignment queued over all RTCH requests for normal assignment.

GTCQUR X X RTCH_queued_rate Rate of RTCH requests for normal assignment and incoming external handover queued over all RTCH requests for normal assignement and incoming external handover.

GTCQURJN X RTCH_queued_and_reject Number of RTCH requests for normal assigment queued and rejected dur to receipt of a higher priority request or because of queuing timer expiry (T11 or T11_forced).

GTCQUSUAN X RTCH_queued_assign Number of RTCH requestss for normal assignment queued and allocated in the serving cell.

GTCQUSUAO X RTCH_queued_assign_ratio Ratio of RTCH requests for normal assignment queued and allocated in the serving cell over all RTCH requests for normal assignment queued and lead to RTCH allocation.

GTCQUSUAR X RTCH_queued_assign_rate Rate of RTCH requests for normal assignment queued and allocated in the serving cell over all RTCH requests for normal assignment queued.

GTCQUSUDSN X RTCH_queued_DR_success Number of outgoing internal and external directed retry (forced + normal) successes.

GTCQUSUDSO X RTCH_queued_DR_success_ratio Ratio of outgoing internal and external directed retry (forced + normal) successes over all RTCH requests for normal assignment queued and


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successfully allocated in the serving cell.

GTCQUSUDSR X RTCH_queued_DR_success_rate Rate of outgoing internal and external directed retry (forced + normal) successes over all RTCH requests for normal assignment queued.

GTCQUSUN X RTCH_queued_success Number of RTCH requests for normal assignment queued and successfully leading to RTCH allocation

GTCQUSUO X RTCH_queued_success_ratio Ratio of RTCH requests for normal assignment queued and successfully leading to RTCH allocation over all RTCH requests for normal assignment queued.

GTCRRCGTSN X TCH_block_BSC_cong Number of TCH channel allocation rejected for cause : Maximum TCH processing capacity of CCP reached.

GTCRRIF1N X X RTCH_idle_interferference_band1 Average number of idle TCH belonging to interference band1. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots are taken into account.





GTCRRN X X OK RTCH_nb_avg Number of configured static and dynamic RTCH resources at any hour. This indicator is consolidated in day/week/month with the average of the hour/day/week values.

GTCRRSN X X RTCH_static_nb_avg Number of configured static RTCH resources at any hour.

GTCTCDRR X RTCH_tot_drop_radio_rate Rate of dropped calls due to radio problems during normal assignment and handovers..

GTCTR3CAFTO X X RTCH_assign_AMR_FR_allocated_NA_ratio

Ratio of AMR FR TCH allocations for TCH normal assignment only.

GTCTR3CAHTO X X RTCH_assign_AMR_HR_allocated_NA_ratio

Ratio of AMR HR TCH allocations for TCH normal assignment only.

GTCTR3CATTO X X RTCH_assign_AMR_allocated_NA_ratio Ratio of AMR TCH allocations for TCH normal assignment only.

GTCTRCAMN X X RTCH_allocated_peak Maximum number of simultaneously busy TCH radio timeslots (in HR or FR usage) and


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simultaneously busy dynamic SDCCH/8 radio timeslots allocated as TCH.

GTCTRCAN X X RTCH_channel_allocated Number of RTCH channel (ie (FR or HR) TCH) allocated (CHANNEL ACTIVATION). Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRCDBR X RTCH_drop_BSS_rate Rate of TCH call drops due to BSS problems. GTCTRCDE X RTCH_Erlang_total_per_call_drop Average RTCH traffic in Erlang between call drops. GTCTRDE X RTCH_DCS_Erlang_total RTCH traffic in Erlang (FR&HR, hourly

measurement) for channels in the DCS/PCS frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRDR X RTCH_DCS_occy_total_rate Rate of RTCH channels (ie (FR or HR) TCH) time occupancy in the DCS/PCS frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRDT X RTCH_DCS_occy_total Total time occupancy of RTCH channels (ie (FR or HR) TCH) in the DCS/PCS frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRE X X OK RTCH_Erlang_total RTCH traffic in Erlang (hourly measurement). Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRFDE X RTCH_DCS_full_Erlang_total RTCH traffic in Erlang (hourly measurement) for Full Rate (classical FR, EFR and AMR FR) Channels in the DCS/PCS frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRFDR X RTCH_DCS_full_occy_total_rate Rate of FR RTCH channels time occupancy in the DCS/PCS frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRFDT X X RTCH_DCS_full_occy_total Total time occupancy of Full Rate (classical FR, EFR and AMR FR) RTCH channels in the DCS/PCS frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRFE X X RTCH_full_Erlang_total RTCH traffic in Erlang (hourly measurement) for Full Rate (classical FR, EFR and AMR FR) Channels.


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Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRFGE X RTCH_GSM_full_Erlang_total RTCH traffic in Erlang (hourly measurement) for Full Rate (classical FR, EFR and AMR FR) Channels in the GSM frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRFGR X RTCH_GSM_full_occy_total_rate Rate of FR RTCH channels time occupancy in the GSM frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRFGT X X RTCH_GSM_full_occy_total Total time occupancy of Full Rate (classical FR, EFR and AMR FR) RTCH channels in the GSM frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRFMHT X X RTCH_full_duration_avg Averaged Full Rate (classical FR, EFR and AMR FR) RTCH seizure duration (holding time). Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRFR X RTCH_full_occy_total_rate Rate of time occupancy of Full Rate (classical FR, EFR and AMR FR) RTCH channels. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRFT X X RTCH_full_occy_total Total time occupancy of Full Rate (classical FR, EFR and AMR FR) RTCH channels. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRGE X RTCH_GSM_Erlang_total RTCH traffic in Erlang (FR& HR, hourly measurement) for channels in the GSM frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRGR X RTCH_GSM_occy_total_rate Rate of RTCH channels (ie (FR or HR) TCH) time occupancy in the GSM frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.


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GTCTRGT X RTCH_GSM_occy_total Total time occupancy of RTCH channels (ie (FR or HR) TCH) in the GSM frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRHDE X RTCH_DCS_half_Erlang_total RTCH traffic in Erlang (hourly measurement) for Half Rate (classical HR and AMR HR) Channels in the DCS/PCS frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRHDR X RTCH_DCS_half_occy_total_rate Rate of HR RTCH channels time occupancy in the DCS/PCS frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRHDT X X RTCH_DCS_half_occy_total Total time occupancy of Half Rate (classical HR and AMR HR) RTCH channels in the DCS/PCS frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRHE X X RTCH_half_Erlang_total RTCH traffic in Erlang (hourly measurement) for Half Rate (classical HR and AMR HR) Channels. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRHGE X RTCH_GSM_half_Erlang_total RTCH traffic in Erlang (hourly measurement) for Half Rate (classical HR and AMR HR) Channels in the GSM frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRHGR X RTCH_GSM_half_occy_total_rate Rate of HR RTCH channels time occupancy in the GSM frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRHGT X X RTCH_GSM_half_occy_total Total time occupancy of Half Rate (classical HR and AMR HR) RTCH channels in the GSM frequency band. If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRHMHT X X RTCH_half_duration_avg Averaged Half Rate (classical HR and AMR HR) RTCH seizure duration (holding time). Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.


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GTCTRHR X RTCH_half_occy_total_rate Rate of time occupancy of Half Rate (classical HR and AMR HR) RTCH channels. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRHT X X RTCH_half_occy_total Total time occupancy of Half Rate (classical HR and AMR HR) RTCH channels. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRICDBR X RTCH_drop_BSS_int_failure_rate Rate of TCH call drops due to internal BSS problems.

GTCTRME X X RTCH_multiband_Erlang_total RTCH Erlang (half and full rate) for multiband MS. Note: * If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account. * A MS is considered as multiband if it supports: - the P-GSM (or E-GSM or R-GSM) and the DCS1800 bands, or, - the GSM850 and the DCS1800 bands, or, - the GSM850 and the DCS1900 bands.

GTCTRMER X RTCH_multiband_Erlang_total_rate RTCH Erlang rate (half and full rate) for multiband MS. Note: * If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account. * A MS is considered as multiband if it supports: - the P-GSM (or E-GSM or R-GSM) and the DCS1800 bands, or, - the GSM850 and the DCS1800 bands, or, - the GSM850 and the DCS1900 bands.

GTCTRMHT X X RTCH_duration_avg Averaged RTCH seizure duration (holding time). Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.


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GTCTRMR X RTCH_multiband_occy_total_rate Rate of time occupancy of RTCH channels (ie. (FR or HR) TCH) allocated to multiband MS. Note: * If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account. * A MS is considered as multiband if it supports: - the P-GSM (or E-GSM or R-GSM) and the DCS1800 bands, or, - the GSM850 and the DCS1800 bands, or, - the GSM850 and the DCS1900 bands.

GTCTRMT X X RTCH_multiband_occy_total Total time occupancy of RTCH channels (ie. (FR or HR) TCH) allocated to multiband MS. Note: * If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account. * A MS is considered as multiband if it supports: - the P-GSM (or E-GSM or R-GSM) and the DCS1800 bands, or, - the GSM850 and the DCS1800 bands, or, - the GSM850 and the DCS1900 bands.

GTCTROFE X X RTCH_traffic_offered RTCH traffic offered in Erlang with blocking probability of 2%. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots are taken into account. Note: MIN_PDCH is subtracted from TCH (note that in case of constant high load of GPRS traffic, the formula may not be accurate as MAX_PDCH_HIGH_LOAD time-slots are reserved for GPRS); All TS are assumed to be in Full-Rate mode (Dual-Rate capability is not considered in this formula)

GTCTROFSE X RTCH_static_traffic_offered RTCH traffic offered in Erlang with blocking probability of 2%. Note : - Only the static TCH radio timeslots are taken into account.

GTCTRR X X RTCH_load Load of RTCH channels at Busy Hour Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots are taken into account.


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GTCTRSE X RTCH_singleband_Erlang_total RTCH Erlang (FR & HR) for singleband. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRSR X RTCH_singleband_occy_total_rate Rate of time occupancy of RTCH channels (ie. (FR or HR) TCH) allocated to singleband MS. Note: * If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account. * A MS is considered as multiband if it supports: - the P-GSM (or E-GSM or R-GSM) and the DCS1800 bands, or, - the GSM850 and the DCS1800 bands, or, - the GSM850 and the DCS1900 bands.

GTCTRST X RTCH_singleband_occy_total Total time occupancy of RTCH channels (ie (FR or HR) TCH) allocated to singleband MS. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRT X X OK RTCH_occy_total Total time occupancy of RTCH channels (ie (FR or HR) TCH). Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots allocated as TCH are taken into account.

GTCTRTCDR X X OK RTCH_drop_BSS_remote_TC_rate Rate of TCH call drops due to BSS transcoder problems.

GTCTRTCDTO X RTCH_drop_BSS_remote_TC_ratio Ratio of TCH call drops due to BSS transcoder problems in relation to all TCH call drops due to radio, HO or BSS transcoder problems.

GTCTRTCDTR X X TRX_RTCH_drop_BSS_remote_TC_rate Rate of TCH call drops due to BSS transcoder problems. Note : Available only per TRX. See "RTCH_drop_BSS_remote_TC_rate" for the availability per other objects.

GTCTRWOFME X RTCH_traffic_offered_without_MAXPDCH

RTCH traffic offered in Erlang with blocking probability of 2% and without MAX_PDCH. Note : If the SDCCH Dynamic feature is activated, the static TCH radio timeslots and the dynamic SDCCH/8 timeslots are taken into account.

GTCTRWOFSME X RTCH_static_traffic_offered_without_MAXPDCH

RTCH traffic offered in Erlang with blocking probability of 2% and without MAX_PDCH.


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Note : - Only the static TCH radio timeslots are taken into account.

GTCUVAN X X RTCH_unavailable_nb_avg Average number of unavailable static or dynamic radio timeslots for traffic usage (i.e TCH (HR or FR) or PDCH) at any hour. - "Unavailable" has here to be understood as the operational state of a TS. The timeslot is unavailable if it is "blocked" or "out of service" - A dynamic SDCCH/8 timeslot can not be a PDCH;it can not carry GPRS traffic.

GTCUVAR X X RTCH_unavailable_nb_avg_rate Average rate of unavailable static or dynamic radio timeslots for traffic usage ( i.e TCH (HR or FR) or PDCH) at any hour. - "Unavailable" has here to be understood as the operational state of a timeslot. The timeslot is unavailable if it is "blocked" or "out of service" - A dynamic SDCCH/8 timeslot can not be a PDCH ; it can not carry GPRS traffic.

GTCUVSAN X X RTCH_static_unavailable_nb_avg Average number of unavailable static radio timeslots for traffic usage (i.e TCH (HR or FR) or PDCH) at any hour. - "Unavailable" has here to be understood as the operational state of a timeslot. The timeslot is unavailable if it is "blocked" or "out of service". - A dynamic SDCCH/8 timeslot can not be a PDCH ; it can not carry GPRS traffic.

GTCUVSAR X X RTCH_static_unavailable_nb_avg_rate Average rate of unavailable static radio timeslots for traffic usage (i.e TCH (HR or FR) or PDCH) at any hour. - "Unavailable" has here to be understood as the operational state of a timeslot. The timeslot is unavailable if it is "blocked" or "out of service" - A dynamic SDCCH/8 timeslot can not be a PDCH ; it can not carry GPRS traffic.

Gtest4 X Gtest4 To be completed Gtest5 X Gtest5 To be completed Gtest6 X Gtest6 To be completed GTGBVCDLA X X GPRS_DL_useful_throughput_GB_avg Average useful throughput (in kb/s) on downlink at

Gb interface per cell. The LLC bytes discarded due to congestion are not counted. Reference: Granularity period. The eventual retransmission of some rerouted LLC bytes is not taken into account

GTGBVCDLEAN X X GPRS_DL_LLC_bytes_EGPRS_ack_mode

Number of DL LLC bytes transmitted and acknowledge on established DL TBF in EGPRS mode and RLC acknowledged mode

GTGBVCDLENN X X GPRS_DL_LLC_bytes_EGPRS_unack_mode

Number of DL LLC bytes transmitted and acknowledge on established DL TBF in EGPRS mode and RLC unacknowledged mode

GTGBVCDLGAN X X GPRS_DL_LLC_bytes_GPRS_ack_mode

Number of DL LLC bytes transmitted and acknowledge on established DL TBF in GPRS mode and RLC acknowledged mode

GTGBVCDLGNN X X GPRS_DL_LLC_bytes_GPRS_unack_mode

Number of DL LLC bytes transmitted and acknowledge on established DL TBF in GPRS mode and RLC unacknowledged mode

GTGBVCDLN X X GPRS_DL_LLC_bytes Number of DL LLC bytes received from the SGSN


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at BSSGP level per cell. GTGBVCTDEAN X GPRS_DL_LLC_throughput_per_EGPR

S_ack_TBF Average LLC throughput per UL TBF established in EGPRS and RLC ack mode.

GTGBVCTDENN X GPRS_DL_LLC_throughput_per_EGPRS_unack_TBF

Average LLC throughput per DL TBF established in EGPRS and RLC unack mode.

GTGBVCTDGAN X GPRS_DL_LLC_throughput_per_GPRS_ack_TBF

Average LLC throughput per UL TBF established in GPRS and RLC ack mode.

GTGBVCTDGNN X GPRS_DL_LLC_throughput_per_GPRS_unack_TBF

Average LLC throughput per DL TBF established in GPRS and RLC unack mode.

GTGBVCTP10N X TGBVCTP10 Lower limit of the 10th class for EGPRS LLC THROUGHTPUT distribution

GTGBVCTP11N X TGBVCTP11 Upper limit of the 10th class for EGPRS LLC THROUGHTPUT distribution

GTGBVCTUEAN X GPRS_UL_LLC_throughput_per_EGPRS_ack_TBF

Average LLC throughput per UL TBF established in EGPRS and RLC ack mode.

GTGBVCTUENN X GPRS_UL_LLC_throughput_per_EGPRS_unack_TBF

Average LLC throughput per UL TBF established in EGPRS and RLC unack mode.

GTGBVCTUGAN X GPRS_UL_LLC_throughput_per_GPRS_ack_TBF

Average LLC throughput per UL TBF established in GPRS and RLC ack mode.

GTGBVCTUGNN X GPRS_UL_LLC_throughput_per_GPRS_unack_TBF

Average LLC throughput per UL TBF established in GPRS and RLC unack mode.

GTGBVCULEAN X X GPRS_UL_LLC_bytes_EGPRS_ack_mode

Number of UL LLC bytes received on UL TBFs established in EGPRS mode and RLC ackowledged mode

GTGBVCULENN X X GPRS_UL_LLC_bytes_EGPRS_unack_mode

Number of UL LLC bytes received on UL TBFs established in EGPRS mode and RLC unackowledged mode

GTGBVCULGAN X X GPRS_UL_LLC_bytes_GPRS_ack_mode

Number of UL LLC bytes received on UL TBFs established in GPRS mode and RLC ack mode

GTGBVCULGNN X X GPRS_UL_LLC_bytes_GPRS_unack_mode

Number of UL LLC bytes received on UL TBFs established in GPRS mode and RLC unackowledged mode

GTGBVCULN X X GPRS_UL_LLC_bytes Number of UL LLC bytes sent to the SGSN at BSSGP level per cell.

GTGPVCDLN X X GPRS_PVC_DL_traffic_from_SGSN Number of kilo bytes received from the SGSN at SNS sublayer.

GTGPVCULN X X GPRS_PVC_UL_traffic_to_SGSN Number of kilo bytes sent to the SGSN at SNS sublayer.

GTMAHSTO X SDCCH_per_RTCH_assign Number of successful SDCCH seizures for normal assignment per successful RTCH seizures for normal assignment purpose.

GTMHOCO X X RTCH_HO_per_Call Rate of incoming intracell, internal intercell and external handovers successes per call. This includes also internal and external DR.

GTMHOOCO X X RTCH_HO_Out_per_Call Rate of successful RTCH seizures during outgoing intracell, internal intercell and external handovers in relation to successful RTCH seizures during normal assignment.

GTMHOOIO X X RTCH_HO_Out_per_Inc Rate of successful outgoing handovers in relation to successful incoming handovers. Intracell, internal intercell and external are taken into account.

GTMMHT X X Call_duration_avg Averaged call duration (including the average number of handover per call).

GTMMOCEN X X OK SDCCH_traffic_moc Number of successful SDCCH assignments for mobile originating calls (normal or emercency).

GTMMOCEO X X SDCCH_traffic_moc_ratio Ratio of mobile originating calls (normal or emercency) among all SDCCH successful assignments for mobile originated procedures.

GTMMOCER X SDCCH_traffic_moc_rate Rate of mobile originating calls (normal or emercency) among all SDCCH successful assignments.

GTMMOCRN X X OK SDCCH_traffic_Call_reestab Number of successful SDCCH assignments for call re-establishment.

GTMMOCRO X X SDCCH_traffic_Call_reestab_ratio Ratio of call re-establishment among all SDCCH successful assignments for mobile originated procedures.

GTMMOCRR X SDCCH_traffic_Call_reestab_rate Rate of call re-establishment among all SDCCH successful assignments.

GTMMOLSN X X OK SDCCH_traffic_LCS Number of successful SDCCH seizures for Location services


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GTMMOLSO X X SDCCH_traffic_LCS_ratio Ratio of SDCCH seizures for Location Services GTMMOLSR X X SDCCH_traffic_LCS_rate Rate of SDCCH seizures for Location Services

among all SDCCH successful assignments. GTMMOLUDN X X OK SDCCH_traffic_imsi_detach Number of successful SDCCH assignments for imsi

detach indication procedure. GTMMOLUDO X X SDCCH_traffic_imsi_detach_ratio Ratio of imsi detach indication procedure among all

SDCCH successful assignments for mobile originated procedures.

GTMMOLUDR X SDCCH_traffic_imsi_detach_rate Rate of imsi detach indication procedure among all SDCCH successful assignments.

GTMMOLUFN X X OK SDCCH_traffic_lu_for Number of successful SDCCH assignments for location updating requests with follow-on request included.

GTMMOLUFO X X SDCCH_traffic_lu_for_ratio Ratio of location updating requests with follow-on request included among all SDCCH successful assignments for mobile originated procedures.

GTMMOLUFR X SDCCH_traffic_lu_for_rate Rate of location updating requests with follow-on request included among all SDCCH successful assignments.

GTMMOLUN X X OK SDCCH_traffic_lu Number of successful SDCCH assignments for location updating requests.

GTMMOLUO X X SDCCH_traffic_lu_ratio Ratio of location updating requests among all SDCCH successful assignments for mobile originated procedures.

GTMMOLUR X SDCCH_traffic_lu_rate Rate of location updating requests among all SDCCH successful assignments.

GTMMON X X OK SDCCH_traffic_ms_originated Number of successful SDCCH assignments for mobile originating procedures.

GTMMOO X SDCCH_traffic_ms_originated_ratio Ratio of mobile originating procedures over all SDCCH successful assignments.

GTMMOSMN X X SMS_PP_connection_mo Number of Mobile Originating SMS connections on SDCCH or SACCH. Note: Available only if Type 19 is activated at the OMC-R.

GTMMOSMO X SMS_PP_connection_mo_ratio Ratio of Mobile Originating SMS connections on SDCCH or SACCH over the total amount of SMS connection successes (MO or MT, on SDCCH or SACCH). Note: Available only if Type 19 is activated at the OMC-R.

GTMMOSMSAN X X SACCH_SMS_PP_connection_mo Number of Mobile Originating SMS connections on SACCH Note: Available only if Type 19 is activated at the OMC-R.

GTMMOSMSAO X SACCH_SMS_PP_connection_mo_ratio Ratio of Mobile Originating SMS connections on SACCH over the total amount of Mobile Originating SMS connections (on SDCCH or SACCH). Note: Available only if Type 19 is activated at the OMC-R.

GTMMOSMSDN X X SDCCH_SMS_PP_connection_mo Number of Mobile Originating SMS connections on SDCCH. Note: Available only if Type 19 is activated at the OMC-R.


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GTMMOSMSDO X SDCCH_SMS_PP_connection_mo_ratio Ratio of Mobile Originating SMS connections on SDCCH over the total amount of Mobile Originating SMS connections (on SDCCH or SACCH). Note: Available only if Type 19 is activated at the OMC-R.

GTMMOSMSN X X OK SDCCH_traffic_sms_mo Number of successful SDCCH assignments for mobile originating short message service request.

GTMMOSMSO X X SDCCH_traffic_sms_mo_ratio Ratio of mobile originating short message service request among all SDCCH successful assignments for mobile originated procedures.

GTMMOSMSR X SDCCH_traffic_sms_mo_rate Rate of mobile originating short message service request among all SDCCH successful assignments.

GTMMOSSN X X SDCCH_traffic_ss_mo Number of successful SDCCH assignments for mobile originating supplementary service request.

GTMMOSSO X X SDCCH_traffic_ss_mo_ratio Ratio of mobile originating supplementary service request among all SDCCH successful assignments for mobile originated procedures.

GTMMOSSR X SDCCH_traffic_ss_mo_rate Rate of mobile originating supplementary service request among all SDCCH successful assignments.

GTMMOUKN X X OK SDCCH_traffic_other_mo Number of successful SDCCH assignments for unknown cause.

GTMMOUKO X X SDCCH_traffic_other_mo_ratio Ratio of unknown cause among all SDCCH successful assignments for mobile originated procedures.

GTMMOUKR X SDCCH_traffic_other_mo_rate Rate of unknown cause among all SDCCH successful assignments.

GTMMSAMR X X RTCH_assign_AMR_penetration_rate Penetration rate of AMR mobiles GTMMSDER X X RTCH_assign_DR_EFR_penetration_rat

e Penetration rate of mobiles supporting FR, HR and EFR.

GTMMSDRR X X RTCH_assign_DR_penetration_rate Penetration rate of dual rate mobiles (FR & HR). GTMMSEGN X X SDCCH_traffic_MS_EGSM Number of CLASSMARK CHANGE messages in

the context of any establishment cause different from location update stating that MS supports the E-GSM band.

GTMMSEGR X X SDCCH_traffic_MS_EGSM_rate EGSM MS penetration rate. GTMMSMBN X X SDCCH_traffic_MS_MB Number of CLASSMARK CHANGE messages in

the context of any establishment cause different from location update stating that MS is multiband. A MS is considered as multiband if it supports: - the P-GSM (or E-GSM or R-GSM) and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM900 and DCS1800 bands", or, - the GSM850 and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM850 and DCS1800 bands", or, - ....

GTMMSMBR X X SDCCH_traffic_MS_MB_rate Multiband MS penetration rate. A MS is considered as multiband if it supports: - the P-GSM (or E-GSM or R-GSM) and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM900 and DCS1800 bands" - the GSM850 and the DCS1800 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM850 and DCS1800 bands" - the GSM850 and the DCS1900 bands if the PLMN_FREQUENCY_BANDS parameter is set to "GSM850 and DCS1900 bands".

GTMMTN X X SDCCH_traffic_ms_terminated Number of successful SDCCH assignments for


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mobile terminating calls. GTMMTO X SDCCH_traffic_ms_terminated_ratio Ratio of mobile terminating calls over all SDCCH

successful assignments. GTMMTSMN X X SMS_PP_connection_mt Number of Mobile Terminating SMS connections on

SDCCH or SACCH. Note: Available only if Type 19 is activated at the OMC-R.

GTMMTSMO X SMS_PP_connection_mt_ratio Ratio of Mobile Terminating SMS connections (on SDCCH or SACCH) over the total amount of SMS connection successes (MO or MT, on SDCCH or SACCH). Note: Available only if Type 19 is activated at the OMC-R.

GTMMTSMSAN X X SACCH_SMS_PP_connection_mt Number of Mobile Terminating SMS connections on SACCH. Note: Available only if Type 19 is activated at the OMC-R.

GTMMTSMSAO X SACCH_SMS_PP_connection_mt_ratio Ratio of Mobile Terminating SMS connections on SACCH over the total amount of Mobile Terminating SMS connections (on SDCCH or SACCH). Note: Available only if Type 19 is activated at the OMC-R.

GTMMTSMSDN X X SDCCH_SMS_PP_connection_mt Number of Mobile Terminating SMS connections on SDCCH. Note: Available only if Type 19 is activated at the OMC-R.

GTMMTSMSDO X SDCCH_SMS_PP_connection_mt_ratio Ratio of Mobile Terminating SMS connections on SDCCH over the total amount of Mobile Terminating SMS connections (on SDCCH or SACCH). Note: Available only if Type 19 is activated at the OMC-R.

GTMN X SDCCH_traffic Number of successful SDCCH assignments. GTMOTSMFN X SDCCH_SMS_PP_connection_fail Number of SMS PP (MO or MT, on SDCCH or

SACCH) connection failures. GTMOTSMSN X SDCCH_SMS_PP_connection_success Number of SMS PP (MO or MT, on SDCCH or

SACCH) connection successes. GTMSMARJBN X X SMS_Reject_BSS_not_Equiped Number of SMS connection rejections by the BSC

with the cause "BSS not equipped". Note: Available only if Type 19 is activated at the OMC-R.

GTMSMARJBO X SMS_Reject_BSS_not_Equiped_ratio Ratio of SMS connection rejections by the BSC with the cause "BSS not equipped" over the total amount of SMS connection unsuccesses. Note: Available only if Type 19 is activated at the OMC-R.


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GTMSMARJBR X X SMS_Reject_BSS_not_Equiped_rate Rate of SMS connection rejections by the BSC with the cause "BSS not equipped". Note: Available only if Type 19 is activated at the OMC-R.

GTMSMARJPEN X X SMS_Reject_Protocol Number of SMS connection rejections by the BSC with the cause "protocol error between BSC and MSC". Note: Available only if Type 19 is activated at the OMC-R.

GTMSMARJPEO X SMS_Reject_Protocol_ratio Ratio of SMS connection rejections by the BSC with the cause "protocol error between BSC and MSC" over the total amount of SMS connection unsuccesses. Note: Available only if Type 19 is activated at the OMC-R.

GTMSMARJPER X X SMS_Reject_Protocol_rate Rate of SMS connection rejections by the BSC with the cause "protocol error between BSC and MSC". Note: Available only if Type 19 is activated at the OMC-R.

GTMSMARJRN X X SMS_Reject_Radio Number of SMS connection rejections by the BSC with the cause "radio interface failure". Note: Available only if type 19 is activated at the OMC-R.

GTMSMARJRO X SMS_Reject_Radio_ratio Ratio of SMS connection rejections by the BSC with the cause "radio interface failure" over the total amount of SMS connection unsuccesses Note: Available only if type 19 is activated at the OMC-R.

GTMSMARJRR X X SMS_Reject_Radio_rate Rate of SMS connection rejections by the BSC with the cause "radio interface failure". Note: Available only if type 19 is activated at the OMC-R.

GTMSMCDN X X SMS_Release_LAPDm Number of SMS connection releases of established SMS SAPI 3 connections by the BSC due to a LAPDm error. Note: Available only if Type 19 is activated at the OMC-R.

GTMSMCDO X SMS_Release_LAPDm_ratio Ratio of SMS connection releases of established SMS SAPI 3 connections by the BSC due to a LAPDm error over the total amount of SMS connection unsuccesses. Note: Available only if Type 19 is activated at the OMC-R.


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GTMSMCDR X X SMS_Release_LAPDm_rate Rate of SMS connection releases of established SMS SAPI 3 connections by the BSC due to a LAPDm error. Note: Available only if Type 19 is activated at the OMC-R.

GTMSMFLN X X SMS_PP_connection_fail Number of SMS PP (MO or MT, on SDCCH or SACCH) connection failures.

GTMSMFLR X SMS_PP_connection_fail_rate Rate of SMS PP (MO or MT, on SDCCH or SACCH) connection failures.

GTMSMRQN X X SMS_PP_request Number of SMS PP (MO or MT, on SDCCH or SACCH) connection requests.

GTMSMSUN X X SMS_PP_connection_success Number of SMS PP (MO or MT, on SDCCH or SACCH) connection successes.

GTMSMSUR X X SMS_PP_connection_success_rate Rate of SMS PP (MO or MT, on SDCCH or SACCH) connection successes.

Gtoto X Gtoto To be completed GTRAGCCSN X GPRS_CS_Immediate_Assign Number of CS (Circuit Switch ie GSM) Immediate

Assignment Command in relation with all Immediate Assignment Command (GSM + GPRS). only on AGCH channel

GTRAGCCSR X GPRS_CS_Immediate_Assign_Rate Rate of CS (Circuit Switch ie GSM) Immediate Assignment Command in relation with all Immediate Assignment Command (GSM + GPRS). only on AGCH channel

GTRAGCE X X OK GPRS_AGCH_load Load rate per cell on AGCH logical channel(s) due to (E)GPRS only, in case of fixed AGCH configuration (BS_AGBLK_RES logical parameter not null) and with AG_PREEMPT_PCH = disable. Reference: maximum number of AGCH bursts that can be sent on CCCH during the granularity period (e.g. 30mn) this indicator is not relevant for the cells with master PDCH

GTRAGCN X X OK GPRS_AGCH_immediate_assignment Number of (BSCGP) IMMEDIATE ASSIGNMENT sent to the MS (through the BSC which manages the AGCH resource), for an UL or DL TBF establisment. this indicator is not relevant for the cells with master PDCH

GTRAGCPSR X GPRS_PS_Immediate_Assign_Rate Rate of PS (Packet Switch ie GPRS) Immediate Assignment Command in relation with all Immediate Assignment Command (GSM + GPRS). only immediate assignment on AGCH

GTRATERQN X GPRS_TBF_request Number of UL and DL TBF establishment request per cell.

GTRATESUN X GPRS_TBF_success Number of UL and DL TBF establishment success per cell.

GTRCCHCNE X GPRS_CCCH_uncombined_BCCH_load Load rate per cell on PCH+AGCH logical channel(s) due to GPRS in uncombined BCCH mode.

GTRCCHCYE X GPRS_CCCH_combined_BCCH_load Load rate per cell on PCH+AGCH logical channel(s)


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due to GPRS in combined BCCH mode. GTRCCHE X X OK GPRS_CCCH_load Load rate per cell on PCH+AGCH logical channel(s)

due to GPRS. Reference: maximum number of AGCH and PCH bursts that can be sent on CCCH during the Granularity period (eg 30mn) according to the channe configuration.

GTRCR2AKDN X X GPRS_DL_TBF_PCCO_ack Number of Packet Cell Change Order acknowledged by the MS while in DL transfer.

GTRCR2AKUN X X GPRS_UL_TBF_PCCO_ack Number of Packet Cell Change Order acknowledged by the MS while in UL transfer.

GTRCR2RQDN X X GPRS_DL_TBF_NC2_reselect_request Number of NC2 reselections requests (Packet Cell Change Order messages sent) while in DL transfer.

GTRCR2RQN X X GPRS_NC2_reselect_request Total Number of cell reselection NC2 requests GTRCR2RQP1N X X GPRS_NC2_reselect_PT1_request Number of cell reselection NC2 requests due to "too

low downlink received signal" GTRCR2RQP1O X X GPRS_NC2_reselect_PT1_request_ratio Ratio of cell reselection NC2 requests for cause "too

low downlink received signal". Reference: total of NC2 cell reselection requests

GTRCR2RQP2N X X OK GPRS_NC2_reselect_PT2_request Number of cell reselection NC2 requests due to "detection of a better neighbour cell""

GTRCR2RQP2O X X OK GPRS_NC2_reselect_PT2_request_ratio Ratio of cell reselection NC2 requests for cause "detection of a better neighbour cell". Reference: total of NC2 cell reselection requests

GTRCR2RQP3N X X GPRS_NC2_reselect_PT3_request Number of cell reselection NC2 requests due to "too bad downlink radio quality "

GTRCR2RQP3O X X GPRS_NC2_reselect_PT3_request_ratio Ratio of cell reselection NC2 requests for cause "too bad downlink radio quality". Reference: total of NC2 cell reselection requests

GTRCR2RQP4N X X GPRS_NC2_reselect_PT4_request Number of cell reselection NC2 requests due to "too bad uplink radio quality"

GTRCR2RQP4O X X GPRS_NC2_reselect_PT4_request_ratio Ratio of cell reselection NC2 requests for cause "too bad uplink radio quality". Reference: total of NC2 cell reselection requests

GTRCR2RQUN X X GPRS_UL_TBF_NC2_reselect_request Number of NC2 reselections requests (Packet Cell Change Order messages sent) while in UL transfer.

GTRCRNN X X OK GPRS_NC_reselect_NACC_procedures Number of times the procedure of broadcast of neighbour (P)SI messages is invoked.

GTRCRPN X X OK GPRS_NC_reselect_PSI_procedures Number of times the procedure of broadcast of serving cell PSI for Packet SI Status or the procedure of sending of Packet Serving Cell Data for Packet SI Status is invoked..

GTRDDTLNAVN X X GPRS_DL_LLC_bytes_not_rerouted_per_cell_reselect

Average number of bytes discarded during a cell reselection leading to data not rerouted.

GTRDDTLRAVN X X GPRS_DL_LLC_bytes_rerouted_per_cell_reselect

Average number of bytes rerouted during a cell reselection leading to data rerouting

GTRDDTLREBR X X GPRS_DL_LLC_inter_NSE_inter_BSS_rerouting_rate

Rate of rerouting inter BSC

GTRDDTLRIBR X X GPRS_DL_LLC_intra_BSS_rerouting_rate

Rate of rerouting intra BSC

GTRDDTLRN X GPRS_DL_LLC_reroute Reroute DL LLC PDUs to another cell belonging to: Same NSE Another NSE but same BSS Another NSE and another BSS

GTRDRRRQN X X GPRS_DL_TBF_realloc_request Total number of DL TBF reallocation requests (T1+T2+T3+T4)

GTRDRRSUN X X GPRS_DL_TBF_realloc_success Total number of DL TBF reallocation success (T1+T2+T3+T4)

GTRDRRSUR X GPRS_DL_TBF_realloc_success_rate Rate of DL TBF reallocation success over the total number of DL reallocation requests.

GTRDRRT1N X X GPRS_DL_TBF_realloc_T1_request Number of DL TBFs candidate for resource reallocation (trigger T1).


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GTRDRRT1O X X GPRS_DL_TBF_realloc_T1_request_ratio

Ratio of DL TBF reallocation request Trigger T1 over the total number DL TBF reallocation request

GTRDRRT2N X X GPRS_DL_TBF_realloc_T2_request Number of DL TBFs candidate for resource reallocation (trigger T2).



GTRDRRT3N X X GPRS_DL_TBF_realloc_T3_request Number of DL TBF candidate for resource reallocation (trigger T3).



GTRDRRT4N X X GPRS_DL_TBF_realloc_T4_request Number of DL TBF candidate for resource reallocation (trigger T4).


Ratio of DL T4 reallocation request

GTRDTBA X X GPRS_DL_TBF_estab_avg Average number of DL TBF simultaneously established over the granularity period. Consolidated in Day/Week/Month with the MAX value.

GTRDTBM X X OK GPRS_DL_TBF_estab Maximum number of DL TBF simultaneously established over the Granularity period. Consolidated in Day/Week/Month with the MAX value.

GTRDTDLPN X X OK GPRS_DL_LLC_PDU_to_RLC Number of DL LLC PDU transmitted to the RLC layer.

GTRDTERQN X X OK OK GPRS_DL_TBF_request Number of DL TBF establishment requests. GTRDTES1O X X GPRS_DL_TBF_1_TS_success_ratio Rate of DL TBF establishment requests (1 slot

allocated) which are satisfied. Reference: number of DL TBF establishments which are satisfied with the required number of slots

GTRDTES3O X X OK GPRS_DL_TBF_2_OR_3_TS_success_ratio

Rate of DL TBF establishment requests requesting 2 or 3 slots which are satisfied. Reference: number of DL TBF establishments which are satisfied with the required number of slots

GTRDTES5O X X GPRS_DL_TBF_4_OR_5_TS_success_ratio

Rate of DL TBF establishment requests requesting 4 or 5 slots which are satisfied. Reference: number of DL TBF establishments which are satisfied with the required number of slots

GTRDTESUN X X OK OK GPRS_DL_TBF_success Number of DL TBF establishment successes (seized by the mobile).

GTRDTESURTN MR4

X GPRS_DL_TBF_RT_mode_established Number of time the established DL TBF is in RT mode.

GTRDTESURTO MR4

X GPRS_DL_TBF_RT_mode_ratio Percentage of DL TBF established in RT mode.

GTRDTREGN X X OK GPRS_DL_TBF_MS_idle_EGPRS_request

Number of DL TBF establishment requests per cell when MS is in packet idle mode and is EGPRS capable

GTRDTREGO X X OK GPRS_DL_TBF_MS_idle_EGPRS_request_ratio

Ratio of DL TBF establishment requests per cell when MS is in packet idle mode and is EGPRS capable

GTRDTRV1N X X GPRS_DL_TBF_MS_idle_drx_no_mpdch_request

Number of DL TBF establishment requests per cell (seized by the mobile) when MS is in idle mode and DRX mode and no master channel is established in the cell.

GTRDTRV1O X X GPRS_DL_TBF_MS_idle_drx_no_mpdch_request_ratio

Ratio of DL TBF establishment requests per cell (seized by the mobile) when MS is in idle mode and DRX mode and no master channel is established in the cell. Reference: number of DL TBF establishment requests.

GTRDTRV2N X X GPRS_DL_TBF_MS_idle_non_drx_no_mpdch_request

Number of DL TBF establishment requests per cell (seized by the mobile) when MS is in idle mode and non-DRX mode without master channel established in the cell.


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GTRDTRV2O X X GPRS_DL_TBF_MS_non_idle_drx_no_mpdch_request_ratio

Ratio of DL TBF establishment requests per cell (seized by the mobile) when MS is in idle mode and non-DRX mode with no master channel established in the cell. Reference: number of DL TBF establishment requests.

GTRDTRV3N X X GPRS_DL_TBF_MS_idle_drx_mpdch_request

Number of DL TBF establishment requests per cell (seized by the mobile) when MS is in idle mode and DRX mode and master channel is established in the cell.

GTRDTRV3O X X GPRS_DL_TBF_MS_idle_drx_mpdch_request_ratio

Ratio of DL TBF establishment requests per cell (seized by the mobile) when MS is in idle mode and DRX mode and master channel is established in the cell. Reference: number of DL TBF establishment requests.

GTRDTRV4N X X GPRS_DL_TBF_MS_T3192_request Number of DL TBF establishment requests per cell (seized by the mobile) during the MS timer T3192.

GTRDTRV4O X X GPRS_DL_TBF_MS_T3192_request_ratio

Ratio of DL TBF establishment requests per cell (seized by the mobile) during the MS timer T3192. Reference: number of DL TBF establishment requests.

GTRDTRV5N X X GPRS_DL_TBF_MS_transfer_request Number of DL TBF establishment requests per cell (seized by the mobile) when MS is in packet transfer mode UL.

GTRDTRV5O X X GPRS_DL_TBF_MS_transfer_request_ratio

Ratio of DL TBF establishment requests per cell (seized by the mobile) when MS is in packet transfer mode UL. Reference: number of DL TBF establishment requests.

GTRDTRV6N X X GPRS_DL_TBF_MS_idle_non_drx_mpdch_request

Number of DL TBF establishment requests per cell (seized by the mobile) when MS is in idle mode and non-DRX mode with master channel established in the cell.

GTRDTRV6O X X GPRS_DL_TBF_MS_idle_non_drx_mpdch_request_ratio

Ratio of DL TBF establishment requests per cell (seized by the mobile) when MS is in idle mode and non-DRX mode with master channel established in the cell. Reference: number of DL TBF establishment requests.

GTRDTSEGN X X GPRS_DL_EGPRS_TBF_MS_idle_EGPRS_success

Number of DL TBF establishment successes in EGPRS mode per cell when MS is in packet idle mode and is EGPRS capable

GTRDTSEGO X X GPRS_DL_EGPRS_TBF_MS_idle_EGPRS_success_ratio

Ratio of DL TBF establishment successes in EGPRS mode per cell when MS is in packet dle mode and is EGPRS capable Reference value: all DL TBF establishment successes

GTRDTSEGR X OK GPRS_DL_EGPRS_TBF_MS_idle_EGPRS_success_rate

Rate of DL TBF establishment successes in EGPRS mode per cell when MS is in packet idle mode and is EGPRS capable.

GTRDTSV1N X X GPRS_DL_TBF_MS_idle_drx_no_mpdch_success

Number of DL TBF establishment successes per cell (seized by the mobile) when MS is in idle mode and DRX mode and no master channel is established in the cell.

GTRDTSV1O X X GPRS_DL_TBF_MS_idle_drx_no_mpdch_success_ratio

Ratio of DL TBF establishment success per cell (seized by the mobile) when MS is in idle mode and DRX mode and no master channel is established in the cell. Reference: number of DL TBF establishment successes.

GTRDTSV2N X X GPRS_DL_TBF_MS_idle_non_drx_no_mpdch_success

Number of DL TBF establishment successes per cell (seized by the mobile) when MS is in idle mode and non-DRX mode with no master channel established in the cell..


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GTRDTSV2O X X GPRS_DL_TBF_MS_idle_non_drx_no_mpdch_success_ratio

Ratio of DL TBF establishment success per cell (seized by the mobile) when MS is in idle mode and non-DRX mode with no master channel established in the cell. Reference: number of DL TBF establishment successes.

GTRDTSV3N X X GPRS_DL_TBF_MS_idle_drx_mpdch_success

Number of DL TBF establishment successes per cell (seized by the mobile) when MS is in idle mode and DRX mode and master channel is established in the cell.

GTRDTSV3O X X GPRS_DL_TBF_MS_idle_drx_mpdch_success_ratio

Ratio of DL TBF establishment success (seized by the mobile) when MS is in idle mode and DRX mode and master channel is established in the cell. Reference: number of DL TBF establishment successes.

GTRDTSV4N X X GPRS_DL_TBF_MS_T3192_success Number of DL TBF establishment successes per cell (seized by the mobile) during the MS timer T3192.

GTRDTSV4O X X GPRS_DL_TBF_MS_T3192_success_ratio

Ratio of DL TBF establishment success (seized by the mobile) during the MS timer T3192. Reference: number of DL TBF establishment successes.

GTRDTSV5N X X GPRS_DL_TBF_MS_transfer_success Number of DL TBF establishment successes per cell (seized by the mobile) when MS is in packet transfer mode UL.

GTRDTSV5O X X GPRS_DL_TBF_MS_transfer_success_ratio

Ratio of DL TBF establishment success per cell (seized by the mobile) when MS is in packet transfer mode UL. Reference: number of DL TBF establishment successes.

GTRDTSV6N X X GPRS_DL_TBF_MS_idle_non_drx_mpdch_success

Number of DL TBF establishment successes per cell (seized by the mobile) when MS is in idle mode and non-DRX mode with master channel established in the cell..

GTRDTSV6O X X GPRS_DL_TBF_MS_idle_non_drx_mpdch_success_ratio

Ratio of DL TBF establishment success per cell (seized by the mobile) when MS is in idle mode and non-DRX mode with master channel established in the cell. Reference: number of DL TBF establishment successes.

GTRGPUCOT X X GPRS_GPU_high_Ater_usage_time Time (cumulated over a granularity period) during which the GPU remains in "high" Ater usage.

GTRGPULDLP X X GPRS_DSP_CPU_load_percent Percentage of time during which at least a DSP is in CPU load state

GTRGPULDLT X X GPRS_DSP_CPU_load_time Time during which at least a DSP is in CPU load state.

GTRGPULDOLP X X GPRS_DSP_CPU_overload_percent Percentage of time during which a DSP is in CPU overload state.

GTRGPULDOLT X X GPRS_DSP_CPU_overload_time Time during which at least a DSP is in CPU overload state.

GTRGPULPN X X GPRS_GPU_LLC Number of LLC PDU transferred (UL + DL) GTRGPUM X X GPRS_MS_idle_context Maximum number of active contexts of MS (in RRM)

observed. Consolidated in Day/Week/Month with the MAX value.

GTRGPUMCA X X GPRS_MS_idle_context_avg Average number of contexts of MS (in RRM) observed. Consolidated in Day/Week/Month with the MAX value.

GTRGPUOP X X GPRS_PMU_overload_percent Percentage of time during which the GPU stays in the PMU CPU overload state due to PMU CPU power limitations.Reference: display/consolidation period.

GTRGPUOT X X GPRS_PMU_overload_time Time during which the GPU stays in the PMU CPU


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coverload state due to PMU CPU power limitations. GTRGPUPBA X X GPRS_PMU_CPU_power_budget_avg Average PMU CPU power budget observed.

Consolidated in Day/Week/Month with the MAX value.

GTRGPUPBM X X GPRS_PMU_CPU_power_budget Maximum PMU CPU power budget observed. Consolidated in Day/Week/Month with the MAX value.

GTRLADRQN X X LCS_GPS_assist_data_request Number of received LCS requests for GPS assistance data (initially requested by the MS) received from the BSC.

GTRLADRQO X LCS_GPS_assist_data_request_ratio Ratio of received LCS requests for GPS assistance data (initially requested by the MS) received from the BSC.

GTRLCSADR X X LCS_GPS_assist_data_request_rate Rate of LCS requests for sending of assistance data

GTRLCSRQN X X LCS_total_request Total number of LCS requests (considering all types of LCS requests coming from BSC, including requests for MS location estimate, requests for sending of assistance data to MS and all the other LCS rejected requests)

GTRLCSSUN X LCS_total_success Total number of successful LCS responses sent to the BSC.

GTRLOCRQN X X LCS_MS_pos_request Number of received LCS requests for MS positioning received from the BSC.

GTRLOCRQO X X LCS_MS_pos_request_ratio Ratio of received LCS requests for MS positioning received from the BSC.

GTRLOCSUAGN X X LCS_MS_assist_AGPS_pos_success Number of successful location responses sent to the BSC using MS Assisted A-GPS positioning method.

GTRLOCSUAGO X X LCS_MS_assist_AGPS_pos_success_ratio

Ratio of successes on LCS requests for MS location estimate using the "MS assisted AGPS" method

GTRLOCSUBGN X X LCS_MS_base_AGPS_pos_success Number of successful location response sent to the BSC using MS Based A-GPS positioning method.

GTRLOCSUBGO X X LCS_MS_base_AGPS_pos_success_ratio

Sucess ratio on LCS requests for MS location estimate using the "MS based A-GPS" method

GTRLOCSUCGN X X LCS_conv_GPS_pos_success Number of successful location response sent to the BSC using Conventional GPS positioning method.

GTRLOCSUCGO X X LCS_conv_GPS_pos_success_ratio Success ratio on LCS requests for MS location estimate using the conventional GPS method

GTRLOCSUN X X LCS_location_estim_success Total number of location estimate success GTRLOCSUO X LCS_location_estim_success_ratio LCS location estimate success ratio. GTRLOCSUR X X LCS_location_success_rate Rate of successes on LCS requests for MS location

estimate GTRLOCSUTAN X X LCS_TA_pos_success Number of successes on LCS requests for MS

location estimate using the TA-based method GTRLOCSUTAO X X LCS_TA_pos_success_ratio Ratio of successes on LCS requests for MS

location estimate using the TA-based method GTRPADCRTMN X X GPRS_DL_RLC_block_PACCH_NC2_re

select_PTM Number of DL RLC blocks sent on PACCH, due to NC2 cell reselection for MS in Packet transfer mode

GTRPADCRTMR X X GPRS_DL_RLC_block_PACCH_NC2_reselect_PTM_rate

"Rate of DL RLC blocks sent on PACCH, due to NC2 cell reselection for MS in Packet transfer mode. Therefore, this counter shall count the following downlink messages: - Packet Measurement Order - Packet Cell Change Order."

GTRPADDUE X GPRS_UL_RLC_block_PACCH_from_dummy_load

Load on UL PACCH due to the Packet DL ack/nack sent during delayed phase on the DL path. Reference (B8): maximum number of PDTCH/PACCH blocks that can be sent considering the cumulative time during which PDCH(s) (slave ) are established. Reference (B9): maximum number of


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PDTCH/PACCH blocks that can be sent on the average number of PDCH(s) (slave and master) active in the cell for UL (i.e. used by at least one UL TBF) during the granularity period (e.g. 30 mn) according to the channel configuration.

GTRPADDUR X GPRS_UL_RLC_block_PACCH_from_dummy_rate

Rate of DL RLC dummy blocks (i.e. containing only dummy LLC UI Command PDU) on PDTCH over the number of UL RLC blocks sent on PDTCH excluding the dummy blocks.

GTRPADE X X GPRS_DL_PACCH_load PACCH downlink load per cell Note: PSCD/PNCD blocks are not taken into account Reference: B8: max number of PDTCH/PACCH blocks that can be sent on the PDCHs (slave and master) allocated for the cell during the observation period (eg. 30 mn) according to the channel configuration B9: max number of PDTCH/PACCH blocks that can be sent on the PDCHs (slave and master) active in the cell for DL (i.e. used by at least one DL TBF) during the observation period (eg. 30 mn) according to the channel configuration

GTRPADN X X GPRS_DL_RLC_block_PACCH Number of DL RLC blocks sent on PACCH (excluding the dummy blocks). The retransmitted blocks are counted. Note : PSCD/PNCD blocks are not taken into account.

GTRPADNAN X X OK GPRS_NC_reselect_NACC_messages_load

Signalling load induced in the cell by the procedure of braodcast of neighbour (P)SI messages (NACC).

GTRPADNAR X X OK GPRS_DL_RLC_block_NACC_rate Rate of DL RLC blocks sent on PACCH, due to broadcast neighbour (P)SI messages. Therefore, this counter shall count the number of RLC blocks used to broadcast a PACKET NEIGHBOUR CELL DATA message for NACC feature.

GTRPADPSN X X OK GPRS_NC_reselect_PSI_status_messages_load

Signalling load induced in the cell by the procedure of broadcast of (P)SI messages.

GTRPADPSR X X OK GPRS_DL_RLC_block_PSI_status_rate Rate of DL RLC blocks sent on PACCH, due to broadcast of (P)SI messages.

GTRPAGN X X GPRS_PAGCH Dedicated PAGCH signalling load on all the existing MPDCHs. The dedicated PAGCH signalling load represents the number of blocks dedicated to Packet Uplink Assignment and Packet Access Reject messages over the granularity period.

GTRPALSRI X X GPRS_PDCH_used_min Minimum number of PDCHs used in the cell. Note: B8: It count the established PDCHs. An established PDCH is a PDCH to which one (several) transmission resource(s) is (are) connected. B9: It count the used (active) PDCH. An used PDCH is a PDCH that carries at least one UL or DL TBF.

GTRPALSRM X X GPRS_PDCH_used_max Maximum number of PDCHs used in the cell Note: B8: It count the established PDCHs. An established PDCH is a PDCH to which one (several) transmission resource(s) is (are) connected. B9: It count the used (active) PDCH. An used


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PDCH is a PDCH that carries at least one UL or DL TBF. Consolidated in Day/Week/Month with the MAX value.

GTRPAMCRN X X GPRS_UL_RLC_block_PACCH_PCCCH_reselect_PIM

UL PACCH signalling load due to cell reselection for MS in idle mode with at least one PCCCH in the cell

GTRPAMCRR X X GPRS_UL_RLC_block_PACCH_PCCCH_reselect_PIM_rate

rate of UL PACCH signalling load due to cell reselection on all the existing PCCCHs.

GTRPAMN X X GPRS_UL_PACCH_MPDCH UL PACCH signalling load on all the existing MPDCHs.

GTRPAUCRIMN X X GPRS_UL_RLC_block_PACCH_NC2_reselect_PIM

UL PACCH signalling load due to cell reselection for MS in idle mode with no PCCCH in the cell

GTRPAUCRIMR X X GPRS_UL_RLC_block_PACCH_NC2_reselect_PIM_rate

Occupancy rate due to cell reselection on PACCH, for MS in packet idle mode

GTRPAUCRITN X GPRS_UL_RLC_block_PACCH_NC2 UL PACCH signalling load due to NC2 cell reselection for MS in idle and PTM mode

GTRPAUCRITR X X GPRS_UL_RLC_block_PACCH_NC2_rate

Rate of UL PACCH signalling blocks due to NC2 cell reselection

GTRPAUCRTMN X X GPRS_UL_RLC_block_PACCH_NC2_reselect_PTM

Number of UL RLC blocks received on PACCH , due to NC2 cell reselection when MS is in Packet transfert mode

GTRPAUCRTMR X GPRS_UL_RLC_block_PACCH_NC2_reselect_PTM_rate

Rate of UL RLC blocks received on PACCH , due to NC2 cell reselection when MS is in Packet transfert mode

GTRPAUE X X GPRS_UL_PACCH_load PACCH uplink occupancy per cell. Reference (B8): maximum number of PDTCH/PACCH blocks that can be sent considering the cumulative time during which PDCH(s) (slave ) are established. Reference (B9): maximum number of PDTCH/PACCH blocks that can be sent on the average number of PDCH(s) (slave and master) active in the cell for UL (i.e. used by at least one UL TBF) during the granularity period (e.g. 30 mn) according to the channel configuration.

GTRPAUIMN X X GPRS_packet_resource_request Number of Packet Resource Request messages received on PACCH/U for MS in packet idle mode (when no PCCCH is established in the cell).

GTRPAUN X X GPRS_UL_RLC_block_PACCH Number of UL RLC blocks received on PACCH (excluding the dummy blocks). The retransmitted blocks are counted.

GTRPCFAGN X X LCS_PCF_MS_assist_AGPS_pos_attempt

Number of location calculation attempts with MS Assisted A-GPS PCF.

GTRPCFAGO X X LCS_PCF_MS_assist_AGPS_pos_attempt_ratio

Ratio of location calculation attempts with MS Assisted A-GPS PCF.

GTRPCFBGN X X LCS_PCF_MS_base_AGPS_pos_attempt

Number of attempts to provide MS location using 'MS based AGPS' method

GTRPCFBGO X X LCS_PCF_MS_base_AGPS_pos_attempt_ratio

Ratio of attempts to provide MS location using 'MS based AGPS' method

GTRPCFCGN X X LCS_PCF_conv_GPS_pos_attempt Number of location calculation attempts with Conventional GPS PCF.

GTRPCFCGO X X LCS_PCF_conv_GPS_pos_attempt_ratio

Ratio of location calculation attempts with Conventional GPS PCF.

GTRPCFTAN X X LCS_PCF_TA_pos_attempt Number of location calculation attempts with TA positioning PCF. Incremented each times a geographical location is processed using PCF "CI+TA"

GTRPCFTAO X X LCS_PCF_TA_pos_attempt_ratio Ratio of location calculation attempts with TA positioning PCF. Incremented each times a geographical location is processed using PCF "CI+TA"

GTRPCFTORQN X LCS_PCF_total_attempt Total number of internal location calculation attempts

GTRPCFTOSUN X LCS_PCF_total_success Total number of internal location calculation successes


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GTRPCFTOSUR X LCS_PCF_total_success_rate Rate of internal location calculation successes GTRPCHCIGPN X X GPRS_GPU_CS_paging_request Number of CS paging requests processed by the

GPU. GTRPCHCIN X X GPRS_CS_Paging_Request_in_PS Number of (BSCGP) PAGING REQUEST for CS

paging sent to SGSN and to the MS (through the BSC which manages the PCH resource).

GTRPCHCIR X GPRS_CS_Paging_Request_in_PS_rate rate of (BSCGP) PAGING REQUEST for CS paging sent to the MS (through the BSC which manages the PCH resource) over the overall amount of paging requests (CCCH_PCH)

GTRPCHCNE X GPRS_PCH_uncombined_BCCH_load Load rate per cell on PCH logical channel due to GPRS in uncombined BCCH mode.

GTRPCHCSN X GPRS_CS_Paging_Request Number of CS (Circuit Switch ie GSM) Paging Request.

GTRPCHCSR X GPRS_CS_Paging_Request_Rate Rate of CS (Circuit Switch ie GSM) Paging Request in relation with all Paging Request (GSM + GPRS).

GTRPCHCYE X GPRS_PCH_combined_BCCH_load Load rate per cell on PCH logical channel due to GPRS in combined BCCH mode.

GTRPCHE X X OK GPRS_PCH_load Load rate per cell on PCH logical channel(s) due to GPRS with the AG_PREEMPT_PCH parameter set to disable. Reference: maximum number of PCH bursts that can be sent on CCCH during the granularity period according to the channel configuration.

GTRPCHIAN X X GPRS_PCH_immediate_assignment Number of (BSCGP) IMMEDIATE ASSIGNMENT sent to the MS (through the BSC which manages the PCH resource).

GTRPCHO X X GPRS_PS_by_CS_paging_PCH_ratio Ratio PS Paging / CS Paging on PCH. GTRPCHPAGPN X X GPRS_GPU_PS_paging_request Number of PS paging requests processed by the

GPU. GTRPCHPAN X X OK GPRS_PS_Paging_Request Number of PAGING REQUEST for PS paging sent

to the MS (through the BSC which manages the PCH resource).

GTRPCHPAR X GPRS_PS_Paging_Request_Rate Rate of PS (Packet Switch ie GSM) Paging Request in relation with all Paging Request (GSM + GPRS).

GTRPDCUDN X GPRS_PDCH_active_DL_avg Average number of slave PDCHs carrying at least one DL TBF.(established in GPRS mode or EGPRS mode). Reference: observation period

GTRPDCUSN X GPRS_PDCH_active_avg For B8: average number of established slave PDCHs. For B9: average number of slave PDCHs carrying at least one UL or DL TBF.(established in GPRS mode or EGPRS mode). Reference: observation period

GTRPDCUUN X GPRS_PDCH_active_UL_avg Average number of slave PDCHs carrying at least one UL TBF.(established in GPRS mode or EGPRS mode). Reference: observation period

GTRPDD12GAN X GPRS_DL_useful_RLC_blocks_CS1_CS2_ack

Number of DL useful data blocks sent on PDTCH in RLC ack mode and encoded in CS1-2

GTRPDD12GAO X GPRS_DL_useful_RLC_blocks_CS1_CS2_ack_ratio

Ratio of DL useful data blocks sent on PDTCH in RLC ack mode and encoded in CS1-2

GTRPDD12GAR X GPRS_DL_useful_RLC_blocks_CS1_CS2_ack_rate

Rate of DL useful data blocks sent on PDTCH in RLC ack mode and encoded in CS1-2. Reference : overall number of DL RLC data bloc in ack/unack mode sent on PDTCH

GTRPDD34GAN X GPRS_DL_useful_RLC_blocks_CS3_CS4_ack

Number of DL useful data blocks sent on PDTCH in RLC ack mode and encoded in CS3-4

GTRPDD34GAO X OK GPRS_DL_useful_RLC_blocks_CS3_CS4_ack_ratio

Ratio of DL useful data blocks sent on PDTCH in RLC ack mode and encoded in CS3-4

GTRPDD34GAR X GPRS_DL_useful_RLC_blocks_CS3_CS4_ack_rate

Rate of DL useful data blocks sent on PDTCH in RLC ack mode and encoded in CS3-4. Reference : overall number of DL RLC data bloc in


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ack/unack mode sent on PDTCH.

GTRPDDA X X OK GPRS_DL_useful_throughput_radio_avg Average useful DL throughput in RLC acknowledged mode. The DL retransmitted blocks are not counted.

GTRPDDBIEAN X GPRS_DL_useful_bits_MCSx_ack Number of useful RLC/MAC data bits sent on PDTCH, in EGPRS and RLC ack modes.

GTRPDDBIGAN X GPRS_DL_useful_bits_CSx_ack Number of useful RLC data bits sent on PDTCH in RLC ack mode and GPRS mode only.

GTRPDDBIN X GPRS_DL_useful_bits_ack Number of donwlink useful RLC/MAC data bits sent on PDTCH in RLC ack mode.

GTRPDDBYEAN X GPRS_DL_useful_bytes_MCSx_ack Number of useful RLC data bytes sent on PDTCH, in EGPRS and RLC ack modes.

GTRPDDBYGAN X NOK GPRS_DL_useful_bytes_CSx_ack Number of useful RLC data bytes sent on PDTCH, in GPRS and RLC ack modes.

GTRPDDBYN X X GPRS_DL_useful_bytes_ack Number of DL useful RLC data bytes sent on PDTCH in GPRS/EGPE and RLC ack modes.

GTRPDDC1N X X OK GPRS_DL_useful_RLC_blocks_CS1_ack

Number of useful DL RLC blocks sent on PDTCH encoded in CS-1, in RLC acknowledged. The retransmitted blocks are not counted.

GTRPDDC1O X GPRS_DL_useful_RLC_blocks_CS1_ack_ratio

Ratio of useful DL RLC blocks sent on PDTCH encoded in CS-1, in RLC acknowledged mode (the retransmitted blocks are not counted). Overall number of useful RLC data blocks encoded in CS1-2-3-4

GTRPDDC1R X GPRS_DL_useful_RLC_blocks_CS1_rate

Rate of useful DL RLC blocks sent on PDTCH encoded in CS-1, in RLC acknowledged mode (the retransmitted blocks are not counted). Reference : overall number ofDL RLC data blocks sent on PDTCH and encoded in CS1

GTRPDDC2N X X OK OK GPRS_DL_useful_RLC_blocks_CS2_ack

Number of useful DL RLC blocks sent on PDTCH encoded in CS-2, in RLC acknowledged mode. The retransmitted blocks are not counted.

GTRPDDC2O X OK GPRS_DL_useful_RLC_blocks_CS2_ack_ratio


GTRPDDC2R X GPRS_DL_useful_RLC_blocks_CS2_rate

Rate of useful DL RLC blocks sent on PDTCH encoded in CS-2, in RLC acknowledged mode (the retransmitted blocks are not counted). Ref : overall number of DL RLC data blocks sent on PDTCH and encoded in CS2.

GTRPDDC3N X X OK GPRS_DL_useful_RLC_blocks_CS3_ack

In RLC acknowledged mode, number of useful DL RLC blocks sent on PDTCH encoded in CS3. The retransmitted blocks and blocks containing LLC dummy UI commands are not counted.



GTRPDDC4N X X OK OK GPRS_DL_useful_RLC_blocks_CS4_ack

In RLC acknowledged mode, number of useful DL RLC blocks sent on PDTCH encoded in CS4. The retransmitted blocks and blocks containing LLC dummy UI commands are not counted.




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GTRPDDCLA X GPRS_DL_useful_throughput_radio_cell_avg

Average DL useful throughput in RLC acknowledged mode. The DL retransmissions are not counted. Reference: period.

GTRPDDCN X GPRS_DL_useful_RLC_blocks_CSx_ack

Total number of useful DL RLC blocks in RLC ack mode, sent on PDTCH and encoded in CS1/2/3/4. The retransmitted blocks are not counted.

GTRPDDCO X OK GPRS_DL_useful_RLC_blocks_CSx_ack_ratio

Ratio of useful DL RLC blocks sent on PDTCH encoded in CSx, in RLC acknowledged mode (the retransmitted blocks are not counted) over the total number of useful blocks encoded in CSx and MCSx.

GTRPDDCR X GPRS_DL_useful_RLC_blocks_CSx_rate

Rate of useful DL RLC blocks in RLC ack mode, sent on PDTCH and encoded in CS-1/2/3/4.

GTRPDDDUE X GPRS_DL_RLC_block_PDTCH_dummy_load

Load rate of the number of DL RLC dummy blocks (i.e. containing only dummy LLC UI Command PDU) on PDTCH. Reference: maximum number of PDTCH/PACCH blocks that can be sent on the average number of PDCH(s) (slave and master) active in the cell for DL (i.e. used by at least one DL TBF) during the granularity period (e.g. 30 mn) according to the channel configuration.

GTRPDDM1N X X OK GPRS_DL_useful_RLC_blocks_MCS1_ack

In RLC acknowledged mode, number of useful DL RLC blocks sent on PDTCH encoded in MCS1. The retransmitted blocks and blocks containing LLC dummy UI commands are not counted.

GTRPDDM1O X GPRS_DL_useful_RLC_blocks_MCS1_ack_ratio

Ratio of useful DL RLC blocks sent on PDTCH encoded in MCS-1, in RLC acknowledged mode (the retransmitted blocks are not counted).











GTRPDDM4O X OK GPRS_DL_useful_RLC_blocks_MCS4_ack_ratio













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GTRPDDM8PN X GPRS_DL_useful_RLC_blocks_MCSx_8PSK_ack

Total number of DL useful blocks in EGPRS mode, RLC acknowledged mode and encoded in 8PSK.

GTRPDDM8PO X OK GPRS_DL_useful_RLC_blocks_MCSx_8PSK_ack_ratio

Ratio of DL useful blocks in EGPRS mode, RLC acknowledged mode and encoded in 8PSK.

GTRPDDM8RN X GPRS_DL_useful_8PSK_radio_blocks Number of useful downlink radio blocks (RLC/MAC) sent on PDTCH in RLC ack mode, encoded in MCSx using 8PSK modulation





GTRPDDMB14N X GPRS_DL_useful_bytes_MCS1_MCS4_ack

Number of useful RLC/MAC data bytes sent on PDTCH, encoded in MCS1-4 iand n RLC ack mode.

GTRPDDMB59N X GPRS_DL_useful_bytes_MCS5_MCS9_ack

Number of useful RLC/MAC data bytes sent on PDTCH, encoded in MCS1-4 andi n RLC ack mode.

GTRPDDMGMN X GPRS_DL_useful_RLC_blocks_MCSx_GMSK_ack

Total number of downlink useful RLC data block in EGPRS mode, RLC acknowledged mode and encoded in GMSK.

GTRPDDMGMO X GPRS_DL_useful_RLC_blocks_MCSx_GMSK_ack_ratio

Ratio of downlink useful RLC data block in EGPRS mode, RLC acknowledged mode and encoded in GMSK.

GTRPDDMGMR X GPRS_DL_useful_RLC_blocks_MCSx_GMSK_ack_rate

Rate of downlink useful RLC data block in EGPRS mode, RLC acknowledged mode and encoded in GMSK. Reference : overall number of DL RLC data bloc in ack/unack mode sent on PDTCH

GTRPDDMGRN X GPRS_DL_useful_GMSK_radio_blocks Number of useful downlink radio blocks (RLC/MAC) sent on PDTCH in RLC ack mode, encoded in MCSx and using GMSK modulation

GTRPDDMI14N X GPRS_DL_useful_bits_MCS1_MCS4_ack

Number of useful RLC/MAC data bits sent on PDTCH, encoded in MCS1-4 and in RLC ack mode.

GTRPDDMI59N X GPRS_DL_useful_bits_MCS5_MCS9_ack

Number of useful RLC/MAC data bits sent on PDTCH, encoded in MCS5-9 and in RLC ack mode.

GTRPDDMN X GPRS_DL_useful_RLC_blocks_MCSx_ack

Total number of useful DL RLC blocks sent on PDTCH encoded in MCx, in RLC acknowledged mode. The retransmitted blocks are not counted.

GTRPDDMO X OK GPRS_DL_useful_RLC_blocks_MCSx_ack_ratio

Ratio of useful DL RLC blocks sent on PDTCH encoded in MCx, in RLC acknowledged mode. The retransmitted blocks are not counted.

GTRPDDMR X GPRS_DL_useful_RLC_blocks_MCSx_ack_rate

Rate of useful DL RLC blocks sent on PDTCH encoded in MCx, in RLC acknowledged mode. The retransmitted blocks are not counted Reference : overall number of DL RLC data bloc in ack/unack mode sent on PDTCH

GTRPDDMRMN X GPRS_DL_useful_MCSx_radio_blocks Number of useful downlink radio blocks (RLC/MAC) sent on PDTCH in RLC ack mode and encoded in MCSx

GTRPDDN X X GPRS_DL_RLC_block_PDTCH Number of DL RLC blocks sent on PDTCH. The retransmitted, the dummy blocks and lost blocks are counted.


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GTRPDDPDA X GPRS_DL_useful_throughput_radio_pdch_avg

Average DL useful throughput (in kbit/s) in RLC acknowledged mode. The DL retransmissions are not counted. Reference Time (B8): Cumulated time during which the PDCHs are established. Reference Time (B9): Cumulated time during which a PDCH is used by at least one DL TBF (in GPRS or EGPRS mode), cumulated over all the PDCHs of the cell.

GTRPDDPDSLE X X GPRS_DL_PDTCH_load Slave PDTCH downlink occupancy per cell. Reference: maximum number of PAGCH/PDTCH/PACCH blocks that can be sent considering the cumulative time during which PDCH(s) (slave ) are established and carry at least one UL or DL TBF.

GTRPDDTBA X X GPRS_DL_useful_throughput_radio_TBF_avg

Average DL useful throughput (in kbit/s) in RLC acknowledged mode. The DL retransmissions are not counted. Reference Time: Cumulated time duration of all active DL TBFs established.

GTRPDDTBEGA X GPRS_DL_useful_throughput_radio_EGPRS_TBF_avg

Average DL useful throughput (in kbit/s) in RLC acknowledged mode. The DL retransmissions are not counted. Reference Time: Cumulated time duration of all active DL TBFs established in EGPRS mode.

GTRPDDTBGPA X GPRS_DL_useful_throughput_radio_GPRS_TBF_avg

Average DL useful throughput (in kbit/s) in RLC acknowledged mode. The DL retransmissions are not counted. Reference Time : Cumulated time duration of all active DL TBFs established in GPRS mode.

GTRPDDTHA X GPRS_DL_real_useful_throughput_radio_pdch_avg

Average DL useful throughput (in kbit/s) in RLC acknowledged mode. The DL retransmissions are not counted. Reference time : Cumulated time during which the slave PDCHs carry at least one UL or DL TBF (established in GPRS mode or EGPRS mode).

GTRPDDTHEGA X GPRS_DL_real_useful_throput_radio_EGPRS_pdch_avg

Average DL useful throughput (in kbit/s) in RLC acknowledged mode. The DL retransmissions are not counted. Reference Time: Cumulated time during which the slave PDCHs carry at least one UL or DL TBF established in EGPRS mode.

GTRPDDTHGPA X GPRS_DL_real_useful_throput_radio_GPRS_pdch_avg

Average DL useful throughput (in kbit/s) in RLC acknowledged mode. The DL retransmissions are not counted. Reference Time: Cumulated time during which the slave PDCHs carry at least one UL or DL TBF established in GPRS mode.

GTRPDDUSN X X GPRS_DL_useful_RLC_blocks_ack In RLC acknowledged mode, number of useful DL RLC blocks sent on PDTCH encoded . The retransmitted blocks and blocks containing LLC dummy UI commands are not counted.

GTRPDDUSR X GPRS_DL_useful_RLC_blocks_ack_rate Rate of DL useful RLC/MAC blocks sent on the radio in RLC ack mode. Reference : overall number of DL RLC data bloc in


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ack/unack mode sent on PDTCH

GTRPDDUSRMN X GPRS_DL_useful_radio_block_ack_mode

Total number of useful RLC/MAC radio blocks sent on the radio in RLC ack mode.

GTRPDDUSRMR X GPRS_DL_useful_radio_blocks_ack_mode_rate

Rate of useful RLC/MAC blocks sent on the radio in RLC ack mode. Reference : overall number of DL RLC data bloc in ack/unack mode sent on PDTCH

GTRPDTO X X GPRS_DL_by_UL_throughput_radio_ratio

Ratio of DL useful throughput over UL useful throughput in RLC acknowledged mode. The RLC blocks retransmissions are not counted in both directions.

GTRPDU34GAN X GPRS_UL_useful_RLC_blocks_CS3_CS4_ack

Number of useful RLC data block encoded in CS3-4

GTRPDU34GAO X OK GPRS_UL_useful_RLC_blocks_CS3_CS4_ack_ratio

Ratio of UL useful RLC data blocks received and encoded in CS3-4

GTRPDUA X X GPRS_UL_useful_throughput_radio_avg Average useful UL throughput in RLC acknowledged mode. The UL retransmitted blocks are not counted.

GTRPDUBIEAN X GPRS_UL_useful_bits_MCSx_ack Number of useful RLC bits sent on PDTCH in EGPRS and RLC ack modes

GTRPDUBIGAN X GPRS_UL_useful_bits_CSx_ack Number of useful RLC bits sent on PDTCH in GPRS and RLC ack modes

GTRPDUBIN X GPRS_UL_useful_bits_ack Number of useful UL RLC/MAC data bits sent on PDTCH

GTRPDUBYEAN X GPRS_UL_useful_bytes_MCSx_ack Number of useful RLC bytes sent on PDTCH in EGPRS and RLC ack modes

GTRPDUBYGAN X OK GPRS_UL_useful_bytes_CSx_ack Number of useful RLC bytes sent on PDTCH in GPRS and RLC ack modes

GTRPDUBYN X X OK GPRS_UL_useful_bytes_ack Number of useful UL RLC data bytes sent on PDTCH

GTRPDUC1N X X OK GPRS_UL_useful_RLC_blocks_CS1_ack

Number of useful UL RLC blocks sent on PDTCH encoded in CS-1, in RLC acknowledged mode. The retransmitted blocks are not counted.

GTRPDUC1O X GPRS_UL_useful_RLC_blocks_CS1_ack_ratio

Ratio of useful UL RLC blocks sent on PDTCH encoded in CS-1, in RLC acknowledged mode (the retransmitted blocks are not counted). Overall number of useful RLC data blocks encoded in CS1-2-3-4

GTRPDUC1R X GPRS_UL_useful_RLC_blocks_CS1_rate

Rate of useful UL RLC blocks sent on PDTCH encoded in CS-1, in RLC acknowledged mode (the retransmitted blocks are not counted). Reference : overall number of UL RLC data blocks sent on PDTCH and encoded in CS1.


In RLC acknowledged mode, number of useful UL RLC blocks sent on PDTCH encoded in CS2. The retransmitted blocks are not counted.

GTRPDUC2O X OK GPRS_UL_useful_RLC_blocks_CS2_ack_ratio


GTRPDUC2R X GPRS_UL_useful_RLC_blocks_CS2_rate

Rate of useful UL RLC blocks sent on PDTCH encoded in CS-2, in RLC acknowledged mode (the retransmitted blocks are not counted). Reference : overall number of UL RLC data blocks sent on PDTCH and encoded in CS2


In RLC acknowledged mode, number of useful UL RLC blocks sent on PDTCH encoded in CS3. The not correctly received blocks are not counted.


Ratio of useful UL RLC blocks sent on PDTCH encoded in CS-3, in RLC acknowledged mode (the retransmitted blocks are not counted).


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Overall number of useful RLC data blocks encoded in CS1-2-3-4


In acknowledged mode, number of useful UL RLC blocks sent on PDTCH encoded in CS4. The not correctly received blocks are not counted.



GTRPDUC8N X X OK GPRS_UL_useful_RLC_blocks_MCSx_8PSK_ack

Total number of UL useful blocks in EGPRS mode, RLC acknowledged mode and encoded in 8PSK.

GTRPDUCLA X GPRS_UL_useful_throughput_radio_cell_avg

Average UL useful throughput in RLC acknowledged mode. The UL retransmissions are not counted. Reference: period.

GTRPDUCN X GPRS_UL_useful_RLC_blocks_CSx_ack

Number of useful UL RLC blocks sent on PDTCH encoded in CS-1-2-3-4, in RLC acknowledged mode. The retransmitted blocks are not counted.

GTRPDUCO X OK GPRS_UL_useful_RLC_blocks_CSx_ack_ratio

Ratio of useful UL RLC blocks sent on PDTCH encoded in CS-x, in RLC acknowledged mode (the retransmitted blocks are not counted), in relation with the overall useful UL RLC blocks sent on PDTCH

GTRPDUCR X GPRS_UL_useful_RLC_blocks_CSx_rate

Rate of useful UL RLC blocks sent on PDTCH encoded in CS-1-2-3-4, in RLC acknowledged mode (the retransmitted blocks are not counted) in relation with the overall UL RLC blocks sent on PDTCH

GTRPDUDUE X GPRS_UL_RLC_block_PDTCH_dummy_load

Load rate of the number of UL RLC dummy blocks (i.e. containing only dummy LLC UI Command PDU) on PDTCH. Reference: maximum number of PDTCH/PACCH blocks that can be sent on the average number of PDCH(s) (slave and master) active in the cell for UL (i.e. used by at least one UL TBF) during the granularity period (e.g. 30 mn) according to the channel configuration.

GTRPDUM1N X X OK GPRS_UL_useful_RLC_blocks_MCS1_ack

In acknowledged mode, number of useful UL RLC blocks sent on PDTCH encoded in MCS1. The not correctly received blocks are not counted.

GTRPDUM1O X GPRS_UL_useful_RLC_blocks_MCS1_ack_ratio

Ratio of useful UL RLC blocks sent on PDTCH encoded in MCS-1, in RLC acknowledged mode (the retransmitted blocks are not counted).






In RLC acknowledged mode, number of useful UL RLC blocks sent on PDTCH encoded in MCS3. The not correctly received blocks are not counted.





GTRPDUM4O X OK GPRS_UL_useful_RLC_blocks_MCS4_ack_ratio


GTRPDUM5N X X OK OK GPRS_UL_useful_RLC_blocks_MCS5_ack

In acknowledged mode, number of useful UL RLC blocks sent on PDTCH encoded in MCS5. The retransmitted blocks are not counted. Packet Uplink Dummy Control blocks shall not be


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taken into account.




In acknowledged mode, number of useful UL RLC blocks sent on PDTCH encoded in MCS6. The retransmitted blocks are not counted. Packet Uplink Dummy Control blocks shall not be taken into account.




In acknowledged mode, number of useful UL RLC blocks sent on PDTCH encoded in MCS7. The not correctly received blocks are not counted. Packet Uplink Dummy Control blocks shall not be taken into account.







GTRPDUM8PO X OK GPRS_UL_useful_RLC_blocks_MCSx_8PSK_ack_ratio

Ratio of UL useful blocks in EGPRS mode, RLC acknowledged mode and encoded in 8PSK.





GTRPDUMB14N X GPRS_UL_useful_bytes_MCS1_MCS4_ack

Number of useful UL RLC/MAC data bytes sent on PDTCH, encoded in MCS1-4 and in RLC ack mode.

GTRPDUMB59N X GPRS_UL_useful_bytes_MCS5_MCS9_ack

Number of useful UL RLC/MAC data bytes sent on PDTCH, encoded in MCS1-4 and in RLC ack mode.

GTRPDUMGMN X GPRS_UL_useful_RLC_blocks_MCSx_GMSK_ack

Total number of UL useful RLC data block in EGPRS mode, RLC acknowledged mode and encoded in GMSK.

GTRPDUMI14N X GPRS_UL_useful_bits_MCS1_MCS4_ack

Number of useful UL RLC/MAC data bits sent on PDTCH, encoded in MCS1-4 and in RLC ack mode.

GTRPDUMI59N X GPRS_UL_useful_bits_MCS5_MCS9_ack

Number of useful UL RLC/MAC data bits sent on PDTCH, encoded in MCS5-9 and in RLC ack mode.

GTRPDUMN X GPRS_UL_useful_RLC_blocks_MCSx_ack

Number of useful UL RLC blocks sent on PDTCH encoded in MCS-1-2-3-4, in RLC acknowledged mode. The retransmitted blocks are not counted.

GTRPDUMO X OK GPRS_UL_useful_RLC_blocks_MCSx_ack_ratio

Ratio of useful UL RLC blocks sent on PDTCH encoded in MCS-x, in RLC acknowledged mode. The retransmitted blocks are not counted.

GTRPDUMR X GPRS_UL_useful_RLC_blocks_MCSx_ack_rate

Rate of useful UL RLC blocks sent on PDTCH encoded in MCS-1-2-3-4, in RLC acknowledged mode. The retransmitted blocks are not counted. Reference : overall number of UL RLC data bloc in ack/unack mode sent on PDTCH

GTRPDUN X X OK GPRS_UL_RLC_block_PDTCH Number of UL RLC blocks sent on PDTCH. The not correctly received and lost blocks are counted.


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GTRPDUPDA X GPRS_UL_useful_throughput_radio_PDCH_avg

Average UL useful throughput (in kbit/s) in RLC acknowledged mode. The UL retransmissions are not counted. Reference time (B8): Cumulated time during which the PDCHs are established. Reference Time (B9): Cumulated time during which a PDCH is used by at least one UL TBF (in GPRS or EGPRS mode), cumulated over all the PDCHs of the cell.

GTRPDUPDSLE X X GPRS_UL_PDTCH_load PDTCH uplink occupancy per cell. Reference: maximum number of slave PDTCH/PACCH blocks that can be sent considering the cumulative time during which PDCH(s) (slave ) are established.

GTRPDUTBA X X OK GPRS_UL_useful_throughput_radio_TBF_avg

Average UL useful throughput (in kbit/s) in RLC acknowledged mode. The UL retransmissions are not counted. ReferenceTime: Cumulated time duration of all UL TBFs established (in active mode).

GTRPDUTBEGA X GPRS_UL_useful_throughput_radio_EGPRS_TBF_avg

Average UL useful throughput (in kbit/s) in RLC acknowledged mode. The UL retransmissions are not counted. Reference: Cumulated time duration of all UL TBFs established in EGPRS mode.

GTRPDUTBGPA X GPRS_UL_useful_throughput_radio_GPRS_TBF_avg

Average UL useful throughput (in kbit/s) in RLC acknowledged mode. The UL retransmissions are not counted. Reference Time: Cumulated time duration of all UL TBFs established in GPRS mode.

GTRPDUTHA X GPRS_UL_real_useful_throughput_radio_pdch_avg

Average UL useful throughput (in kbit/s) in RLC acknowledged mode. The UL retransmissions are not counted. Reference time : Cumulated time during which the slave PDCHs carry at least one UL or DL TBF (established in GPRS mode or EGPRS mode).

GTRPDUTHEGA X GPRS_UL_real_useful_throput_radio_EGPRS_pdch_avg

Average UL useful throughput (in kbit/s) in RLC acknowledged mode. The UL retransmissions are not counted. Reference Time: Cumulated time during which the slave PDCHs carry at least one Ul or DL TBF established in EGPRS mode.

GTRPDUTHGPA X GPRS_UL_real_useful_throput_radio_GPRS_pdch_avg

Average UL useful throughput (in kbit/s) in RLC acknowledged. The UL retransmissions are not counted. Reference Time: Cumulated time during which the slave PDCHs carry at least one UL or DL TBF established in GPRS mode.

GTRPDUUSN X X OK GPRS_UL_useful_RLC_blocks_ack In RLC acknowledged mode, number of useful UL RLC blocks sent on PDTCH encoded . The retransmitted blocks and blocks containing LLC dummy UI commands are not counted.

GTRPDXA X X GPRS_useful_throughput_radio_avg Average useful (DL + UL) throughput sent on PDTCH, in acknowledged or unacknowledged mode. The retransmitted blocks are not counted.

GTRPPCCIN X X GPRS_PPCH_CS_Paging_Request Number of paging requests for CS paging sent to the MS on PPCH.


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GTRPPCCIR X X GPRS_PPCH_CS_Paging_Request_rate Occupancy rate of CS paging messages on PAGCH load.

GTRPPCN X X GPRS_PPCH PPCH signalling load on all the existing MPDCHs. GTRPPCPAN X X GPRS_PPCH_PS_Paging_Request Number of paging requests for PS paging sent to

the MS on PPCH. GTRPPCPAR X X GPRS_PPCH_PS_Paging_Request_rate Occupancy rate of PS paging messages on PAGCH

load. GTRPPCPGN X GPRS_PPCH_Packet_DL_Assignment Number of packet downlink assignment messages

on PPCH load. GTRPPCPGR X X GPRS_PPCH_Packet_DL_Assign_rate Rate of packet downlink assignment messages on

PPCH load. GTRPPPCIN X X GPRS_PPCH_PCH_CS_Paging_Reque

st Number of paging requests for CS paging sent to the MS on PPCH or PCH.

GTRPPPPAN X X GPRS_PPCH_PCH_PS_Paging_Request

Number of paging requests for PS paging sent to the MS on PPCH or PCH.

GTRPRAN X X GPRS_PRACH Signalling load on PRACH. GTRRACCNE X GPRS_RACH_uncombined_BCCH_load Load rate per cell on RACH logical channel(s) due

to GPRS in uncombined BCCH mode. Reference: maximum number of RACH bursts that can be sent on CCCH during the granularity period .

GTRRACCSN X GPRS_CS_Channel_Required Number of CS (Circuit Switch ie GSM) Channel Required in relation with all Channel Required (GSM + GPRS).

GTRRACCSR X GPRS_CS_Channel_Required_Rate Rate of CS (Circuit Switch ie GSM) Channel Required in relation with all Channel Required (GSM + GPRS).

GTRRACCYE X GPRS_RACH_combined_BCCH_load Load rate per cell on RACH logical channel(s) due to GPRS in combined BCCH mode. Reference: maximum number of RACH bursts that can be sent on CCCH during the granularity period.

GTRRACE X X OK GPRS_RACH_load Load rate per cell on RACH logical channel(s) due to GPRS. Reference: maximum number of RACH bursts that can be sent on CCCH during the granularity period according to the channel configuration.

GTRRACN X GPRS_RACH_channel_request Number of CHANNEL REQUEST sent by the MS (through the BSC which manages the RACH resource), for an UL TBF establisment.

GTRRACPSN X GPRS_PS_Channel_Required Number of PS (Packet Switch ie GPRS) Channel Required in relation with all Channel Required (GSM + GPRS).

GTRRACPSR X GPRS_PS_Channel_Required_Rate Rate of PS (Packet Switch ie GPRS) Channel Required in relation with all Channel Required (GSM + GPRS).

GTRRRRQN X GPRS_TBF_realloc_request Total number of UL+DL TBF reallocation requests (T1+T2+T3)

GTRRRSUN X GPRS_TBF_realloc_success Total number of U+DL TBF reallocation success (T1+T2+T3)

GTRRRSUR X GPRS_TBF_realloc_success_rate Rate of UL+DL TBF reallocation success over the total number of UL+DL reallocation requests.

GTRRRT1N X GPRS_TBF_realloc_T1_request Number of UL+DL TBF candidate for resource reallocation (trigger T1).

GTRRRT1O X GPRS_TBF_realloc_T1_request_ratio Ratio of UL+DL TBF reallocation request Trigger T1 over the total number UL+DL TBF reallocation request







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GTRURRRQN X X GPRS_UL_TBF_realloc_request Total number of UL TBF reallocation requests (T1+T2+T3+T4)

GTRURRSUN X X GPRS_UL_TBF_realloc_success Total number of UL TBF reallocation success (T1+T2+T3+T4)

GTRURRSUR X GPRS_UL_TBF_realloc_success_rate Rate of UL TBF reallocation success over the total number of UL reallocation requests.

GTRURRT1N X X NOK FR 20/2163

14 GPRS_UL_TBF_realloc_T1_request Number of UL TBF candidate for resource

reallocation (trigger T1).

GTRURRT1O X X GPRS_UL_TBF_realloc_T1_request_ratio

Ratio of UL TBF reallocation request Trigger T1 over the total number UL TBF reallocation request

GTRURRT2N X X GPRS_UL_TBF_realloc_T2_request Number of UL TBFs candidate for resource reallocation (trigger T2).



GTRURRT3N X X GPRS_UL_TBF_realloc_T3_request Number of UL TBF candidate for resource reallocation (trigger T3).



GTRURRT4N X X GPRS_UL_TBF_realloc_T4_request Number of UL TBF candidate for resource reallocation (trigger T4).


Ratio of UL resource reallocation T4 over the total number of UL TBF reallocation attempts

GTRUTBA X X GPRS_UL_TBF_estab_avg Average number of UL TBF simultaneously estab over the Granularity period . COnsolidated in day-week-month with the MAX value.

GTRUTBM X X GPRS_UL_TBF_estab Maximum number of UL TBF simultaneously established over the Granularity period per cell. Consolidated in Day/Week/Month with the MAX value.

GTRUTDLPN X X GPRS_LLC_PDU Number of UL LLC PDU transferred . GTRUTERQN X X OK GPRS_UL_TBF_request Number of UL TBF establishment requests per cell. GTRUTES1O X X GPRS_UL_TBF_1_TS_success_ratio Ratio of UL TBF establishment requests (1 slot

allocated) which are satisfied. Reference: number of UL TBF establishments which are satisfied with the required number of slots

GTRUTES3O X X GPRS_UL_TBF_2_OR_3_TS_success_ratio

Ratio of UL TBF establishment requests requesting 2 or 3 slots which are satisfied. Reference: number of UL TBF establishments which are satisfied with the required number of slots

GTRUTES5O X X GPRS_UL_TBF_4_OR_5_TS_success_ratio

Ratio of UL TBF establishment requests requesting 4 or 5 slots which are satisfied. Reference: number of UL TBF establishments which are satisfied with the required number of slots

GTRUTESUN X X NOK Mono_GPRS_Tel

ecom

GPRS_UL_TBF_success Number of UL TBF establishment successes (seized by the mobile).

GTRUTESURTN MR4

X GPRS_UL_TBF_RT_mode_established Number of time the established UL TBF is in RT mode.

GTRUTESURTO MR4

X GPRS_UL_TBF_RT_mode_ratio Percentage of UL TBF established in RT mode.

GTRUTRV1N X X GPRS_UL_TBF_MS_idle_no_mpdch_request

Number of UL TBF establishment requests per cell (seized by the mobile) when MS is in idle mode and no master channel is established in the cell.

GTRUTRV1O X X GPRS_UL_TBF_MS_idle_no_mpdch_request_ratio

Ratio of UL TBF establishment success per cell (seized by the mobile) when MS is in idle mode and no master channel is established in the cell. Reference: number of UL TBF establishment successes.


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GTRUTRV2N X X OK GPRS_UL_TBF_MS_idle_EGPRS_request

Number of UL TBF establishment requests on (P)CCCH for EGPRS capable MS in packet idle mode.

GTRUTRV2O X X OK GPRS_UL_TBF_MS_idle_EGPRS_request_ratio

Ratio of UL TBF establishment requests on (P)CCCH for EGPRS capable MS in packet idle mode.

GTRUTRV3N X X GPRS_UL_TBF_MS_idle_mpdch_request

Number of UL TBF establishment requests per cell (seized by the mobile) when MS is in idle mode and master channel is established in the cell.

GTRUTRV3O X X GPRS_UL_TBF_MS_idle_mpdch_request_ratio

Ratio of UL TBF establishment success per cell (seized by the mobile) when MS is in idle mode and master channel is established in the cell. Reference: number of UL TBF establishment successes.

GTRUTRV5N X X GPRS_UL_TBF_MS_transfer_request Number of UL TBF establishment requests per cell (seized by the mobile) when MS is in packet transfer mode DL.

GTRUTRV5O X X GPRS_UL_TBF_MS_transfer_request_ratio

Ratio of UL TBF establishment success per cell (seized by the mobile) when MS is in packet transfer mode DL. Reference: number of UL TBF establishment successes.

GTRUTRVN X X GPRS_UL_access_CCCH_request Number of UL access requests on CCCH when the MS is in packet idle mode for GPRS and EGPRS MS.

GTRUTSV1N X X GPRS_UL_TBF_MS_idle_no_mpdch_success

Number of UL TBF establishment successes per cell (seized by the mobile) when MS is in idle mode and no master channel is established in the cell.

GTRUTSV1O X X GPRS_UL_TBF_MS_idle_no_mpdch_success_ratio

Ratio of UL TBF establishment successes on ccch rate per cell when MS is in idle mode . Applies to GPRS or EGPRS MS. Reference = number of requests

GTRUTSV1R X GPRS_UL_TBF_MS_idle_no_mpdch_success_rate

Rate of UL TBF establishment success per cell (seized by the mobile) when MS is in idle mode and no master channel is established in the cell. Reference: number of UL TBF establishment successes.

GTRUTSV2N X X GPRS_UL_EGPRS_TBF_MS_idle_EGPRS_success

Number of UL TBF establishments on (P)CCCH for EGPRS MS in packet idle mode successfully served in EGPRS mode.

GTRUTSV2O X X GPRS_UL_EGPRS_TBF_MS_idle_EGPRS_success_ratio

Ratio of UL TBF establishments on (P)CCCH for EGPRS MS in packet idle mode successfully served in EGPRS mode. Reference = all UL TBF establishment successes

GTRUTSV2R X OK GPRS_UL_EGPRS_TBF_MS_idle_EGPRS_success_rate

Rate of UL TBF establishments on (P)CCCH for EGPRS MS in packet idle mode and successfully served in EGPRS mode. Reference = TBF establishment requests of EGPRS capable MS

GTRUTSV3N X X GPRS_UL_TBF_MS_idle_mpdch_success

Number of UL TBF establishment successes per cell (seized by the mobile) when MS is in idle mode and master channel is established in the cell.

GTRUTSV3O X X GPRS_UL_TBF_MS_idle_mpdch_success_ratio

Ratio of UL TBF establishment on Pccch successes rate per cell when MS is in idle mode . Applies to GPRS or EGPRS MS. Reference = number of requests

GTRUTSV5N X X GPRS_UL_TBF_MS_transfer_success Number of UL TBF establishment successes per cell (seized by the mobile) when MS is in packet transfer mode DL.

GTRUTSV5O X X GPRS_UL_TBF_MS_transfer_success_ratio

Ratio of UL TBF establishment successes rate per cell when MS is in idle mode and master channel is established in the cell. Applies to GPRS or EGPRS MS.


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Reference = number of requests

GTRXTERQGPN X X OK GPRS_GPU_TBF_establishment_request

Number of DL and UL TBF establishment requests per GPU.

GTRXTESUGPN X X OK GPRS_GPU_TBF_establishment_success

Number of UL and DL TBF establishment successes per GPU.

BSRRTRN X BSC_TRX_Number Number of TRX in the BSC (comes from topology file)

HCRCARAR X HO_cause30_ReturnCsZone_attempt_rate

Rate of HO attempt with cause 30: "Whenever the BSC detects that a TCH needs to be moved from PS zone to CS zone" .

HOOTCDBN X HO_out_drop_BSS_pb Number of outgoing handover preparation failure due to BSS pb, on cell Number of outgoing handover preparation failure due to BSS pb. This indicator counts drops during 2G-3G Handover

HOOTCGN X HO_out_fail_cong Number of outgoing handover preparation failure due to congestion, on cell Note: This indicator counts both inter-PLMN and intra-PLMN handover events and handover to 3G in B9

QSTRN X OK A_channel_occ_time_alerter averaged Time during which A_channel is busy after allocation, in seconds

RIDMCR1T X Reliability_DTC_TCHRM_C_RTCH_1 Reliability indicator RIDMCSDT X Reliability_DTC_TCHRM_C_SDCCH Reliability indicator RIDPTSDT X Reliability_DTC_BSSAP_T_SDCCH Reliability indicator RIRTRGST X OK Reference_time_T_RTCH Reference time for TRX object in RTCH table. RISLCHCT X Reliability_SCPR_REL_C_HO_NC Reliability indicator RISLCHOT X Reliability_SCPR_REL_C_HO Reliability indicator RISLCR1T X Reliability_SCPR_REL_C_RTCH_1 Reliability indicator RITMCHCT X Reliability_TCU_RFM_C_HO_NC Reliability indicator RITMCR1T X Reliability_TCU_RFM_C_RTCH_1 Reliability indicator RITTCHCT X Reliability_TCU_RFMGT_C_HO_NC Reliability indicator RITTCHOT X Reliability_TCU_RFMGT_C_HO Reliability indicator RMPBAVN X RMVQIFN X noisy_call_interference Number of calls suffering from problem of

interference RMVQIFR X noisy_call_interference_rate Rate of number of calls suffering from problem of

interference RMVQLVN X Noisy_call_bad_coverage Number of calls suffering from bad coverage RMVQLVR X Noisy_call_bad_coverage_rate Rate of number of calls suffering from bad coverage RMVQUKN X noisy_call_undefined Number of calls suffering from both problem of

interference and bad coverage RMVQUKR X noisy_call_undefined_rate Rate of number of calls suffering from both problem

of interference and bad coverage TCTRAVE X NOK

45C14369

8

NOK 45/1436

98 RTCH_Erlang_avail Offered RTCH Erlang (based on Erlang law).

TCTRR X Occupation_Rate_per_TCH Occupation rate (half and full rate) per TCH BHGPQOS3 X USEFUL_THROUGHPUT_RADIO_AVE

RAGE Average useful throughput (in kbytes/s) on PDTCH Reference: display/consolidation period.

BHGPQOSC X USEFUL_THROUGHPUT_RADIO_AVERAGE

Average useful throughput (in kbytes/s) on PDTCH Reference: display/consolidation period.

BHSUBBSS NO

USEFUL_THROUGHPUT_RADIO_AVERAGE

Average useful throughput (in kbytes/s) on PDTCH Reference: display/consolidation period.

QRDDTGTN NO

DL_LLC_BYTES_RECEIVED_GTTP_NUMBER

Number of DL LLC bytes received from the MS with the GTTP protocol.

QRUDTGTN NO

UL_LLC_BYTES_RECEIVED_GTTP_NUMBER

Number of UL LLC bytes received from the MS with the GTTP protocol.

RIGPCG4T MR4

Reliability_GPRS_C_GPQOS4 Reliability indicator for cell block in PM GPRS file . The suspected flag (SF) is checked.


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RIRTBGPT X Reference_time_S_GPBTS Reference indicator on the BTS object RIRTEGPT X Reference_time_E_BEARCH Reference indicator for the period on the Bearer

Channel object RIRTFGPT X Reference_time_F_GPLAPD Reference indicator for the period on the LAPD

object RIRTGGPT X Reference_time_G_SUBBSS Reference indicator for the period on the Sub_BSS

object RIRTPGPT X Reference_time_P_GPPVC Reference indicator for the period on the PVC

object RIRTSGPT X Reference_time_C_GPQOSC Reference indicator on the cell object for special

aggregation.


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5 ANNEX

C:\Tmp\Indicators status B10_MR1.zip

C:\Tmp\Counters status B10_MR1.zip

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B10 Counters & Indicators Status