150107498 2G Ericsson Nokia Mapping

1 Common Cell Data Description of Ericsson Parameter1

1 CELL

1 CGI CI, LAC, MCC, MNC

1 BSIC BSIC BCC

1 BSPWRB BS Tx Pwr Max

1 BCCHNO BCCH Frequency

1 BCCHTYPE RTSL type 0

1 AGBLK Number Of Blocks For Access Grant Msg

1 MFRMS number of multiframes

1 FNOFFSET Frame Number Offset - Indicates the time difference from the FN generator in the BTS

1 ECSC Early Sending Indication

1

1 SCTYPE Subcell type

1 MSTXPWR MS Tx Pwr Max GSM

1 BSPWRT Base Station output power for the non-BCCH RF channel numbers

1

1 Channel Group Data 01

1 CHGR A cell is divided into one or more channel groups which contain all physical channels on an arbitrary number of frequencies. Cells with a subcell structure must have at least one channel group defined in each subcell.

1 BAND 0


1 HOP BTS Hopping Mode

1 BCCD 0

1 HSN HSN1/HSN2

1 NUMREQBPC The number of required basic physical channels (BPCs) in a channel group

1 DCHNO Absolute RF channel number

1 SDCCH Required number of SDCCH/8

1 CCHPOS 0

1 TN Timeslot number where the SDCCH/8 will be located.

1 CBCH Cell Broadcast Channel

1 MAIO MAIO Offset,MAIO Step

1

1 Idle Mode Behaviour Cell Data 01

1 ACCMIN rxlev access min

1 CCHPWR MS txpwr max CCH(TXP1),MS txpwr max CCH1x00(TXP2)

1 CRH cell reselect hysteresis

1 NCCPERM BSIC NCC

1 CB cell barred (BAR)

1 MSGDIST (SIMSG=1) System Information BCCH Message is distributed

1 MSGDIST (SIMSG=7) MSGDIST type 7 = OFF

1 MSGDIST (SIMSG=8) MSGDIST type 8 = OFF

1 CBQ Cell Bar Qualify

1 ACC not allowed access classes

1 MAXRET max number of retransmission

1 TX number of slots spread trans

1 ATT allow IMSI attach detach

1 T3212 timer for periodic MS location updating

1 CRO cell reselect offset

1 TO temporary offset

1 PT penalty time

1

1 Locating Filter Cell Data 01

1 SSEVALSD Signal strength filter for speech/data

1 QEVALSD Quality filter for speech./data

1 SSEVALSI 0

1 QEVALSI Quality filter for signalling only

1 SSLENSD Length of signal strength filter speech/data

1 QLENSD Length of quality filter for speech/data

1 SSLENSI Length of signal strength filter for signalling only

1 QLENSI Length of quality filter for signalling only

1 SSRAMPSD Ramping length of signal strength for speech/data

1 SSRAMPSI Ramping length of signal strength for signalling only

1 MISSNM Max no of consecutive missing measurements for serving cell or neighbouring cell permitted

1

1 Locating Basic Ranking Cell Data 01

1 BSPWR BCCH TRX TX pwr reduction

1 MSRXMIN RX lev min cell

1 BSRXMIN Minimum required signal strength received at the BTS, at the reference point, to consider the

1 MSRXSUFF Sufficient signal strength received at the MS to consider the cell selectable for further ranking

1 BSRXSUFF Sufficient signal strength received at the BTS, at the reference point, to consider the cell

1


1 BSTXPWR BS TX pwr max

1

1 Locating Urgency Cell Data 01

1 TALIM MS distance threshold param MS max range

1 PSSBQ Signal strength penalty when handover due to bad quality. This penalty is valid during PTIMBQ

1 PSSTA Signal strength penalty when handover doe to too large timing advance. It is valid during PTIMTA

1 PTIMBQ Penalty time when handover due to bad quality

1 PTIMTA Penalty time when handover due to too large timing advance

1 PSSHF Signal strength penalty at handover failure

1 PTIMHF Penalty time at handover failure

1


1 QLIMDL threshold qual downlink Rx qual

1 QLIMUL threshold qual uplink Rx qual

1 QLIMDLAFR threshold dl Rx qual for AMR FR

1 QLIMULAFR threshold ul Rx qual AMR FR

1

1 Locating Misc Cell Data 01

1 SCHO enable SDCCH handover

1 CELLQ Chained Adj Cell

1 MAXTA MS max distance in call setup

1 RLINKUP Radio Link Time-out

1 RLINKT radio link timeout

1

1 Handover Power Boost Cell Data01

1 HPBSTATE 0

1

1 GPRS/EGPRS Cell Reselection Cell Data01

1 PLAYER 0

1 PHCSTHR 0

1

1 Channel Administration / Immediate Assignment On TCH Cell Data 01

1 CMDR 0

1 CHAP TRX priority in TCH allocation

1 NECI new establishment causes support

1 MC 0

1

1 Channel Administration Channel Group Data01


1 SAS 0

1

1 GPRS/EGPRS Channel Administration Cell Data 01

1 GPRS EGPRS Enabled

1 FPDCH Dedicated GPRS Capacity

1 PDCHALLOC Dedicated GPRS Capacity

1 PSKONBCCH 0

1 SCALLOC prefer BCCH frequency GPRS

1

1 GPRS/EGPRS Channel Administration Channel Group Data 01


1 NUMREQCS3CS4BPC 0

1 NUMREQEGPRSBPC 0

1 TN7BCCH 0

1

1 MS Power Control Cell Data 01

1 DMPSTATE power ctrl enabled

1 AMRPCSTATE Requires Progressive AMR Power Control feature in BSC. There are 32 thresholds for this feature

1


1 SSDESUL pc lower thresholds lev ul Rx level

1 SSLENUL pc lower thresholds qual dl Nx

1 LCOMPUL Path loss compensator factor, uplink. When set to zero, no power control towards SSDES is performed.

1 QDESUL pc lower thresholds qual ul RX qual

1 QLENUL pc lower thresholds qual ul Nx

1 QCOMPUL Quality deviation compensation factor, uplink

1 REGINTUL power control interval

1 DTXFUL Number of measurements periods before the full set of measurements are used

1 SSDESULAFR 0

1 QDESULAFR 0

1 UPDWNRATIO 0

1

1 GPRS/EGPRS MS Power Control Cell Data 01

1 GAMMA 0

1

1 BTS Power Control Cell Data 01

1 DBPSTATE Dynamic BTS power control state

1 AMRPCSTATE Requires Progressive AMR Power Control feature in BSC. There are 32 thresholds for this feature

1


1 SDCCHREG SDCCH power control switch

1 SSDESDL pc lower thresholds lev dl Rx level

1 REGINTDL power control interval

1 SSLENDL pc lower thresholds lev dl Nx

1 LCOMPDL Path Loss compensator factor, downlink

1 QDESDL pc lower thresholds qual dl Rx qual

1 QCOMPDL Quality deviation compensation factor, downlink

1 QLENDL pc lower thresholds qual dl Nx

1 BSPWRMIN BS Tx Pwr Min

1 BSPWRMINP 0

1 SSDESDLAFR 0

1 QDESDLAFR 0

1

1 DTX Cell Data 01

1 DTXD DOWNLINK DTX ( BSC Parameter)

1 DTXU DTX Mode

1

1 Intra Cell Handover Cell Data 01


1 IHO enable intracell handover interference DL, enable intracell handover interference UL

1 TMAXIHO Timer for handover counter

1 TIHO Intra cell handover inhibition timer

1 MAXIHO Maximum number of consecutive intra-cell handovers

1 QOFFSETUL Offset for quality uplink

1 QOFFSETDL Offset for quality downlink

1 SSOFFSETUL Offset for signal strength uplink

1 SSOFFSETDL Offset for signal strength downlink

1 QOFFSETULAFR Intra HO Threshold Rx Qual AMR FR

1 QOFFSETDLAFR 0

1 SSOFFSETULAFR 0

1 SSOFFSETDLAFR 0

1

1 Assignment To Other Cell - Cell Data 01

1 AW Assignment to worst cell switch

1 ASSOC directed retry used

1 IBHOASS 0

1 AWOFFSET Signal strength region where assignment to worse cell is allowed

1

1 Overlaid Subcell Locating Data 01


1 LOL non BCCH layer exit threshold

1 LOLHYST 0

1 TAOL 0

1 TAOLHYST 0

1 DTCB non BCCH layer access threshold

1 DTCBHYST non BCCH layer exit threshold nx,non BCCH layer exit threshold px

1 NDIST 0

1 NNCELLS 0

1

1 Subcell Load Distribution Data 01

1 SCLD AMH traffic control IUO

1 SCLDTIMEINT 0

1 SCLDLL AMH lower load threshold

1 SCLDUL AMH upper load threshold

1

1 HCS Cell Data 01

1 LAYER priority class

1 LAYERTHR The signal strength threshold is used for ranking of cells in different layer within each HCSBAND

1 LAYERHYST Layer Hysteresis - signal strength is used for ranking cells in different layers within each HCSBAND

1 PSSTEMP Signal strength penalty temporary offset

1 PTIMTEMP specifies the duration during which PSSTEMP is valid

1 FASTMSREG fast moving threshold

1

1 Extended Range Cell Data 01

1 XRANGE E-TRX type

1

1 Double BA Lists Cell Data (Measurement Frequencies) 01

1

1 LISTTYPE identifies which type pf list the chosen frequencies will be on

1 MBCCHNO frequency

1

1 MRNIC 0

1

1

1 LISTTYPE identifies which type pf list the chosen frequencies will be on

1 MBCCHNO frequency

1

1 MRNIC 0

1

1

1 Idle Channel Measurements Cell Data 01

1 ICMSTATE N/A

1 INTAVE N/A

1 LIMIT1 boundary 0

1 LIMIT2 boundary 1, boundary 2

1 LIMIT3 boundary 3, boundary4

1 LIMIT4 boundary 5

1

1 Cell Load Sharing Cell Data 01

1 CLSSTATE BTS load in SEG

1 CLSACC BTS load threshold

1 CLSLEVEL Percentage of available full rate capable traffic channels at which or below which Cell load sharing

1 CLSRAMP Cell load sharing ramping time parameter.

1 HOCLSACC TRHO target level

1 RHYST Hysteresis reduction parameter - determines how much hysteresis can be reduced in the cell load sharing

1

1 Multi Band Operation Cell Data 01

1 CSYSTYPE Specifies the system type for the cell

1 MBCR multiband cell reporting

1 FBOFFS non BCCH layer offset

1

1 Enhanced Multi-Level Precedence and Pre-emption Service (eMLPP) Cell Data01

1 RESLIMIT 0

1 QLENGTH max queue length

1

1 Differential Channel Allocation Priority Profile Data 01

1 CHTYPE RTSL type 0

1 CHRATE 0

1 SDCCHUL 0

1 SDCCHOL 0

1 TCHUL 0

1 TCHOL 0

1

1 Adaptive Configuration of Logical Channels 01


1 ACSTATE 0

1 SLEVEL 0

1 STIME 0

1

1 GSM-UMTS Cell Reselection and Handover01

1 UMFI 0

1 FDDQMIN 0

1 FDDQOFF 0

1 SPRIO 0

1 QSI 0

1 ISHOLEV 0

1 FDDMRR 0

1 QSC 0

1 QSCI 0

1

1 GPRS Link Adaptation 0

11 LA adaptive LA algorithm

1 CHCSDL DL coding scheme in acknowledged mode,UL coding scheme in acknowledged mode

1

1 GPRS/EGPRS Quality of Service01

1 BPDCHBR 0

1 GPDCHBR 0

1 EPDCHBR 0

1 STREAMSUP 0

1

1 Interference Rejection Combining Cell Data01

1 IRC STIRC enabled

1

1 Multi Band Cell Cell Data 01


1 FBOFFSP 0

1 FBOFFSN 0

1

1 Dynamic FR/HR mode Adaptation(AMR)01

1 DHA 0

1 DMQB 0

1 DMQBAMR C/I target AMR HR

1 DMQBNAMR C/I target HR

1 DMQG 0

1 DMQGAMR C/I target AMR FR

1 DMQGNAMR C/I Target FR

1 DMSUPP 0

1 DMTHAMR AMR Upper Limit For FR Resources,AMR lower limit for FR resources

1 DMTHNAMR FRU/FRL

1 DTHAMR 0

1 DTHNAMR 0

1

1 Neighbour Cell Relation Data 01

1 CELLR Reference Cell CI

1 CTYPE IDR Cell Type

1 RELATION Reference Cell CI

1 CS Reference Cell CI

1 CAND Candidate Type

1 AWOFFSET Signal strength region where assignment to worse cell is allowed

1 BQOFFSET Signal strength region for bad quality urgency handovers

1 BQOFFSETAFR 0

1

1 IF EVALTYPE=1: 0

1 KHYST HO Margin Lev

1 KOFFSET Signal strength offset when evaluating K-cells

1 LHYST Path Loss hystersis when evaluating L-cells

1 LOFFSET Path Lloss offset when evalutaing L-cells

1 TRHYST

1 TROFFSET Signal strength offset for a K- and L-cell border segment

1

1 IF EVALTYPE=3:

1 HIHYST Signal strength hysteresis when evaluating high signal strength cells

1 LOHYST Signal strength hysteresis when evaluating low signal strength cells

1 HYSTSEP Signal strength separator for high and low signal strength cells

1 OFFSET Signal strength offset

470-02-

existing

47(for 2202) & 45(for 2206)

existing

NCOMB

1

4

0

YES

UL OL

33 30

45 45

0 1

900 1800

UL OL

(follow existing) ON

YES NO

Number of TRX*8 Number of TRX*8

(follow existing) (hopping channels)

TN

2

NO NO

105

33

4

0,1,2,3,4,5,6,7

NO

ON

OFF

OFF

HIGH

CLEAR

450

YES

60

0

0

0

6

6

6

6

6

6

4

4

5

2

3

44 44

100

150 150

0

150

UL OL

44 44

62

20

20

20

30

20

10

UL OL

50 50

50 50

55 55

55 55

OFF

HIGH

63

20

20

INACTIVE

MAPPED

MAPPED

144

6

1

OFF

0 1

QUALITY QUALITY

ON

0

NOPREF

ENABLED

UL

1

0

0

GPRS

ACTIVE (Dynamic MS Pwr Control)

ACTIVE (AMR)

UL OL

85 85

3 3

5 5

30 30

3 3

45 45

1 1

5 5

85 85

30 30

300 300

0

ACTIVE (Dynamic BTS Pwr Control)

INACTIVE (AMR)

UL OL

OFF OFF

90 90

1 1

3 3

5 5

30 30

55 55

3 3

20 20

- -

90 90

30 30

OFF (DTX DL)

1 (MS Shall use)

UL OL

ON ON

6 6

30 30

2 2

0 0

0 0

0 0

0 0

0 0

0 0

0 0

0 0

ON

ON

ON

3

OL

115

5

61

0

-63

2

10

3OFF

-

-

-

2

75

2

0

0

OFF

NO

IDLE

YES

ACTIVE

NO

ACTIVE

12

2

6

12

22

ACTIVE

35

20

5

ON

100

900

0 Will vary if any stand alone 1800 site exists as neighbour

6

-

-

-

-

-

-

-

-

0 1

ON

2

20

-

-

-

-

-

-

-

-

-

DL coding scheme in acknowledged mode,UL coding scheme in acknowledged mode

-

UL OL

- 6

- -

ON

ON

50

45

ON

35

30

ON

20

10

30

15

Cell 2 Cell 3

- -

- -

YES YES

BOTH BOTH

3(FOR FLP ZONE), 6(OTHERWISE) 3(FOR FLP ZONE), 6(OTHERWISE)

6 6

6 6

30

3

0

2

0

3 3

3 3

90 90

0 0

NSN Eq Param Range

CI, LAC, MCC, MNC

BSIC BCC 0...7

BS Tx Pwr Max 0...30

BCCH Frequency 0...65535

RTSL type 0

TCHF (0), TCHH (1), TCHD (2), SDCCH (3),

MBCCH(4), MBCCHC (5), MBCCB (7), Not allowed in

CH0 (8),Not In Use (9), ERACH (10), Not allowed in

CH0 (13),EGTCH (14), Not allowed in CH0 (15)

Number Of Blocks For Access Grant Msg0...7

number of multiframes 2...9

FNO

Early Sending Indication

early classmark sending is forbidden (N) (0),

earlyclassmark sending is accepted (Y) (1)

MS Tx Pwr Max GSM 5...39

BS Tx Pwr Max

BAND

BTS Hopping Mode Non-hopping (0), Baseband hopping (1),

RadioFrequency hopping (2)

HSN1/HSN2 063

MA List

SDCCH

RTSL

CBCH

MAIO Offset,MAIO Step 0...62/1...62

rxlev access min -110...-47

MS txpwr max CCH(TXP1),MS txpwr max CCH1x00(TXP2)5...39/0...36

cell reselect hysteresis 0...14

BSIC NCC 0...7

cell barred (BAR) cell not barred (0), cell barred (1)

QUA

not allowed access classes false (0), true (1)

max number of retransmission 1 (1), 2 (2), 4 (4), 7 (7)

number of slots spread trans

3 (0), 4 (1), 5 (2), 6 (3), 7 (4), 8 (5), 9 (6), 10 (7), 11

(8),12 (9), 14 (10), 16 (11), 20 (12), 25 (13), 32 (14),

50(15)

allow IMSI attach detach

IMSI attach/detach is not used (N) (0), IMSI

attach/detach is used (Y) (1)

timer for periodic MS location updating0...25.5

cell reselect offset 0...126

temporary offset 0...70

penalty time 20...640

BCCH TRX TX pwr reduction 0...2

RX lev min cell -110...-47

BS TX pwr max 0...30

MS distance threshold param MS max range0...63

threshold qual downlink Rx qual

< 0.2% (0), 0.2% - 0.4% (1), 0.4% - 0.8% (2), 0.8% -

1.6% (3), 1.6% - 3.2% (4), 3.2% - 6.4% (5), 6.4% -

12.8% (6), > 12.8% (7)

threshold qual uplink Rx qual

< 0.2% (0), 0.2% - 0.4% (1), 0.4% - 0.8% (2), 0.8% -

1.6% (3), 1.6% - 3.2% (4), 3.2% - 6.4% (5), 6.4% -

12.8% (6), > 12.8% (7)

threshold dl Rx qual for AMR FR

< 0.2% (0), 0.2% - 0.4% (1), 0.4% - 0.8% (2), 0.8% -

1.6% (3), 1.6% - 3.2% (4), 3.2% - 6.4% (5), 6.4% -

12.8% (6), > 12.8% (7)

threshold ul Rx qual AMR FR

< 0.2% (0), 0.2% - 0.4% (1), 0.4% - 0.8% (2), 0.8% -

1.6% (3), 1.6% - 3.2% (4), 3.2% - 6.4% (5), 6.4% -

12.8% (6), > 12.8% (7)

enable SDCCH handover

handover is disabled (N) (0), handover is enabled

(Y)(1)

Chained Adj Cell

adjacent cell is not chained (N) (0), adjacent cell is

chained (Y) (1)

MS max distance in call setup 0...255

RLT

radio link timeout 4...64

TRX priority in TCH allocation

No Priority (0), From BCCH TRX (1), Beyond BCCH

TRX (2), From the BCCH TRX for the non AMR and

AMR users (3)

new establishment causes support

New establishment causes support is not

allowed(N)(0), New establishment causes support is

allowed(Y) (1)

EGPRS Enabled EGPRS is disabled (N) (0), EGPRS is enabled (Y) (1)

Dedicated GPRS Capacity 0...100

Dedicated GPRS Capacity 0...100

prefer BCCH frequency GPRS

No (0), Yes (1), GPRS channels are allocated beyond

the BCCH TRX (2)

power ctrl enabled

power control is disabled (N) (0), power control is

enabled (Y) (1)

Requires Progressive AMR Power Control feature in BSC. There are 32 thresholds for this feature

pc lower thresholds lev ul Rx level -110...-47

pc lower thresholds qual dl Nx 1...32

pc lower thresholds qual ul RX qual

< 0.2% (0), 0.2% - 0.4% (1), 0.4% - 0.8% (2), 0.8% -

1.6% (3), 1.6% - 3.2% (4), 3.2% - 6.4% (5), 6.4% -

12.8% (6), > 12.8% (7)

pc lower thresholds qual ul Nx 1...32

power control interval 0...31

GAMMA

PENA

pc lower thresholds lev dl Rx level -110...-47

power control interval 0...31

pc lower thresholds lev dl Nx 1...32

pc lower thresholds qual dl Rx qual

< 0.2% (0), 0.2% - 0.4% (1), 0.4% - 0.8% (2), 0.8% -

1.6% (3), 1.6% - 3.2% (4), 3.2% - 6.4% (5), 6.4% -

12.8% (6), > 12.8% (7)

pc lower thresholds qual dl Nx 1...32

BS Tx Pwr Min 0...30

DOWNLINK DTX ( BSC Parameter) yes/No

DTX Mode

MS may use DTX (0), MS shall use DTX (1), MS shall

not use DTX (2)

enable intracell handover interference DL, enable intracell handover interference UL

handover control is disabled (N) (0), handover control

is enabled (Y) (1)

Intra HO Threshold Rx Qual AMR FR

< 0.2% (0), 0.2% - 0.4% (1), 0.4% - 0.8% (2), 0.8% -

1.6% (3), 1.6% - 3.2% (4), 3.2% - 6.4% (5), 6.4% -

12.8% (6), > 12.8% (7)

directed retry used

directed retry is not in use (N) (0), directed retry is in

use (Y) (1)

DRT

non BCCH layer exit threshold -110...-47

non BCCH layer access threshold -110...-47non BCCH layer exit threshold nx,non BCCH

layer exit threshold px 1...32/1...32

AMH traffic control IUO method is not used (N) (0), method is used (Y) (1)

AMH lower load threshold 0...100

AMH upper load threshold 0...100

priority class 0...7

fast moving threshold 0...255

E-TRX type

The TRX is a normal TRX (N) (0), The TRX is an

extended TRX (E) (1)

frequency 0...1023

frequency 0...1023

N/A

N/A

boundary 0 -110 dBm. Fixed boundary (0)

boundary 1, boundary 2 -110...-47

boundary 3, boundary4 -110...-47

boundary 5 -47 dBm. Fixed boundary (63)

BTS load in SEG 0...100

BTS load threshold 0...100

TRHO target level -109...-47

multiband cell reporting 0...3

non BCCH layer offset -40...40

max queue length 0...100

RTSL type 0

TCHF (0), TCHH (1), TCHD (2), SDCCH (3),

MBCCH(4), MBCCHC (5), MBCCB (7), Not allowed in

CH0 (8),Not In Use (9), ERACH (10), Not allowed in

CH0 (13),EGTCH (14), Not allowed in CH0 (15)

DYNAMIC_SDCCH

adaptive LA algorithm

Adaptive LA algorithm is enabled (Y) (0), Adaptive LA

algorithm is disabled (N) (1)

DL coding scheme in acknowledged mode,UL coding scheme in acknowledged mode

CS1 (0), CS2 (1), CS3 (2), CS4 (3), LA with initial

CS1 (4), LA with initial CS2 (5), LA with initial CS3 (6),

LA with initial CS4 (7)

STIRC enabled STIRC is disabled (N) (0), STIRC is enabled (Y) (1)

NA

C/I target AMR HR 0...63

C/I target HR 0...63

C/I target AMR FR 0...63

C/I Target FR 0...63

AMR Upper Limit For FR Resources,AMR lower limit for FR resources0...100

FRU/FRL 0...100

Reference Cell CI

IDR Cell Type

Reference Cell CI

Reference Cell CI

DRT

HO Margin Lev -24...24

-24...63

LDR

Default Value

-

0

-

-

1

4

early classmark sending is

accepted (Y) (1)

33 dBm

Non-hopping (0)

0

0,1

-105 dBm

33 dBm/30 dBm

4 dB

-

cell not barred (0)

false (0)

4 (4)

IMSI attach/detach is used (Y) (1)

0.5 h

0 dB

0 dB

20 s

0 dB

-100 dBm

0

63 bits

1.6% - 3.2% (4)

1.6% - 3.2% (4)

1.6% - 3.2% (4)

1.6% - 3.2% (4)

handover is disabled (N) (0)

adjacent cell is not chained (N) (0)

255 *550m

20 blocks

No Priority (0)

New establishment causes support

is not allowed(N) (0)

EGPRS is disabled (N) (0)

0%

0%

No (0)

power control is enabled (Y) (1)

Requires Progressive AMR Power Control feature in BSC. There are 32 thresholds for this feature

-85 dBm

4

0.8% - 1.6% (3)

4

2

-85 dBm

2

1

0.8% - 1.6% (3)

430 dB

No

MS shall not use DTX (2)

handover control is disabled (N) (0)

< 0.2% (0)

directed retry is not in use (N) (0)

-95 dBm

-90 dBm

1-Jan

method is not used (N) (0)

20%

80%

0

0 SACCH frame

The TRX is a normal TRX (N) (0)

-

-

-110 dBm. Fixed boundary (0)

-105/-100

-95/-90

-47 dBm. Fixed boundary (63)

70%

70%

0 dBm

1

0

50%

-

Adaptive LA algorithm is enabled (Y) (0)

CS2 (1)

STIRC is disabled (N) (0)

12 dB

14 dB

12 dB

14 dB

60%/40 %

0%/100 %

3 dB

6 dB

(Maximum of 32) note: reduce as much as possible this list for a fast and decisive handoff

Documents

150107498 2G Ericsson Nokia Mapping