127919492 BSC6900 GSM V900R011C00SPC700 Parameter Reference Xls

7/30/2019 127919492 BSC6900 GSM V900R011C00SPC700 Parameter Reference Xls

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Huawei Industrial Base

Bantian, Longgang

Shenzhen 518129

People's Republic of China

Website: http://www.huawei.com

Email: [email protected]

Copyright Huawei Technologies Co., Ltd. 2009. All rights reserved.

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Notice

The information in this document is subject to change without notice. Every effort has been made in the pre

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BSC6900 GSM V900R011C00

Parameter Reference

Huawei Technologies Co., Ltd. provides customers with comprehensive technical support and service. Forheadquarters.
http://www.huawei.com/mailto:[email protected]:[email protected]://www.huawei.com/


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n consent of Huawei Technologies Co., Ltd.

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tions in this document do not constitute the warranty of any kind, express or implied.


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Description

Parameter ID

Parameter Name

NE

MML Command

Meaning

Feature ID

Feature Name

Value TypeGUI Value Range

Actual Value Range

Unit

Default Value

Recommended Value

Impact

Parameter Relationship

Access

Service Interrupted After Modification

Interruption Scope

Interruption Duration (min)

Each parameter is described in the following as

Field engineers

System engineers

Shift operators

Organization

Purpose

This document provides information about the B

Intended Audience

Network planners


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Remarks

Simple string for identifying a parameter

Full name of the parameter

NEs on which the parameter is set

Commands for setting the parameter, and optional/mandatory attribute of theparameter in each command

Functions, functioning ways, and protocols of the parameter

Relevant feature ID

Features using the parameter

Parameter value typeParameter value range displayed on the GUI

Actual parameter value range corresponding to the GUI Value Range. For example,

the GUI Value Range is 0, and the corresponding Actual Value Range is OFF.

Parameter value unit

Initial value provided by the system

Values recommended in different scenarios

Parameter impact scope, that is, objects specified when the parameter is set

Relationship between this parameter and other parameters. For example, to use this

parameter, you need to set related switches and parameters.Whether this parameter is read/write or read only

Whether modifying the parameter value may interrupt the existing services

Possible interruption scope in the case that modifying the parameter value mayinterrupt the existing services

Possible interruption duration in the case that modifying the parameter value mayinterrupt the existing services

ects.

C6900 parameters, including the meaning, value, and usage of the parameters.


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Cautions to be taken during the modification

Requirements on how to validate the modification of the parameter. For example, youmay need to reset the device to validate the modification.

Impact of the radio parameter on the network performance

Version in which this parameter is introduced

Whether this parameter is a radio parameter, a transport parameter, or an equipmentparameter


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Parameter ID Parameter Name NE ML Comman Meaning

ABCDownQuality

Downlink QualityThreshold inAssigning Better

Cell BSC6900

SETGCELLHOAD(

Optional)

Downlink quality level threshold forthe MS to be assigned with a

channel of the better cell.

ABCUpQuality

Uplink QualityThreshold inAssigning BetterCell BSC6900

SETGCELLHOAD(Optional)

Uplink quality level threshold for theMS to be assigned with a channelof the better cell.

ABCWaitMaxTime

Maximum BetterCell AssigningDuration BSC6900


to select the best cell according toMRs in the MS assigningprocedure. The BSC assigns thechannel of the serving cell to the

ABISBYPASSMODE

Abis ByPass

Mode BSC6900

ADD

BTS(Optional)

Whether to enable the BTS tosupport bypass function. HDLCBTS and IP BTS do not support

this parameter.

ABISFCEN

SDCCHCongestion FlowControl Allowed BSC6900

SETGCELLCCCH(Optional)

control.The flow control function helps inbetter call management. Ifcongestion occurs, the system

AbisFCTimer1Abis Flow ControlTimer 1 BSC6900

SETBSCTMR(Optional)

Timer 2" to control the change incell flow control levels.When theflow control level in the cellchanges, the values of MS MAX

AbisFCTimer2

Abis Flow Control

Timer 2 BSC6900

SETBSCTMR(Opti

onal)

Timer 1" to control the change in

cell flow control levels.When theflow control level in the cell

changes, the values of MS MAX

ABISIDLETSALLOCAbis Idle TSAllocate Strategy BSC6900

SETBTSOTHPARA(Optional)

This parameter controls thestrategy for idle timeslot selectionand optimization by the PSchannels.

ABISIDLETSCFGSWITCH

Abis Idle TSConfigure Switch BSC6900


the strategy for timeslotconfiguration and optimization isstarted. When this parameter is setto ON, the bundled idle timeslots

AbisJamThreshold2

StartLs

Abis Jam Rate

for BTS Local

Switch BSC6900

SET

BSSLS(Option

al)

local switching. When thecongestion rate at the Abis

interface exceeds this threshold,

the BTS local switching is enabled.

ABISRESADJTCHHFUNSW

TCHH FunctionSwitch BSC6900

SETBTSFLEXABISPARA(Optional)

to enable the Abis resourceadjustment TCHH function.It specifies whether the TCHH ispreferentially allocated to the MS

ABISTSFREETM

Timer ofReleasing AbisTimeslot BSC6900

SETGCELLPSCHM(Optional)

Abis timeslot being in idle state andreleasing of the Abis timeslot.When channels are idle, the timeris started. When the timer expires,


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AbisVerAbis InterfaceTag BSC6900

SETBSCBASIC(Optional)

Phase tag for GSM protocols thatthe Abis interface supports

ABLASTTIME

Duration of BTS

Collecting AB[100Millisecond] BSC6900

ADD

AISSCFG(Optional)

Duration available for the BTS to

collect the AB after the TRX orchannel is activated

AbnormalMosThreshold

Abnormal VoiceMOS Threshold BSC6900

SETOTHSOFTPARA(Optional)

judging an abnormal call. The BTS

computes the MOS of a callperiodically and reports the callMOS to the BSC in custom

ACCBURSTAccess BurstType BSC6900

SETGCELLPSBASE(Optional)

uplink PTCCH and packet controlacknowledge message of the MS.8bit: 8 bit pulse access mode;11bit: 11 bit pulse access mode.

ACCCONTROLCLASS

Access ControlClass BSC6900

SET

GCELLPRACH(Optional) Access control class of the MS

ACCESSOPTILAY

Incoming-to-BSCHO OptimumLayer BSC6900

SETGCELLHOIUO(Optional)

incoming inter-BSC handover to

the concentric cell. In the case ofincoming inter-BSC handover tothe concentric cell, the channels in

AccStaServiceTypePS Initial AccessService Type BSC6900

SETGCELLPSOTHERPARA(Optional)

Whether the initial service is uplink,downlink or neutral

ACFC

Address andcontrol fieldcompress BSC6900

PPPLNK(Optional)ADDMPGRP(Optio

and control fields. If this parameteris set to ENABLE, the address andcontrol area compression isenabled. If this parameter is set to

ACFC

Support Address

and Control FieldCompress BSC6900

BTSPPPLNK(Optional)

ADDBTSMPGRP(

A flag bit indicates Whether to

support the compression of theaddress and control fields.

ACOOPERATPAGINGSWITCH

A InterfacePaging Co-ordination Switch BSC6900

SETBSCPSSOFTPARA(Optional)

to receive the CS paging requestfrom A interface when the MS usesa PS service. This parameter isused to control the paging

ACS

AdditionalReselectParameterIndication BSC6900

SETGCELLIDLEAD(Optional)

retrieve relevant parameters duringcell reselection.The default value of this parameteris 0 in system message 3 and, has

ACTCDSETF AMR ACS[F] BSC6900

SETGCELLCCAMR(Optional)

indicates a set of full-rate coding

rates currently available for calls.The AMR is a set of multiplespeech coding and decoding rates.


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ACTCDSETH AMR ACS[H] BSC6900


indicates set of half-rate codingrates currently available for calls.The AMR is a set of multiplespeech coding and decoding rates.

ACTCDSETWB AMR ACS[WB] BSC6900

SET

GCELLCCAMR(Optional)

indicates a set of wide-band codingrates currently available for calls.

The AMR is a set of multiplespeech coding and decoding rates.

ACTL2REESTActivate L2 Re-establishment BSC6900

SETGCELLSOFT(Optional)

L2 re-establishment. If this function

is activated, the BSC starts theattempt of L2 re-establishmentwhen the BSC receives an ERR

ACTTIME

Valid Time ofBTS ResourceActivation BSC6900

ADDAISSCFG(Optional)

Valid duration of the reserved TRXor timeslot

ACVLTHDAC VoltageLower Threshold BSC6900

SET

BTSAPMUBP(Optional)

When the input AC voltage is lowerthan the value of this parameter, an

alarm indicating the abnormal ACis reported.

ACVOLALARMHAC OvervoltageAlarm Threshold BSC6900

SETBTSDPMUBP(Optional)

The BTS reports an alarm if the ACvoltage exceeds the value of thisparameter.

ACVOLALARMLAC UndervoltageAlarm Threshold BSC6900


The BTS reports an alarm if the ACvoltage is lower than the value ofthis parameter.

ACVUTHDAC VoltageUpper Threshold BSC6900

SETBTSAPMUBP(Optional)

voltage exceeds the value of theAC voltage alarm upper threshold.When the input AC voltage ishigher than the value of this

ADAPTASSIGNMENTFLOW

AssignmentProcedure in

Intra-Cell HOAllowed BSC6900

SET

GCELLSOFT(Optional)

Whether to hand over an MS toanother channel during an intra-cell

handover through the assignmentprocess

ADDRCommunicationAddress BSC6900

BTSFMUABP(Optional)SETBTSAPMUBP(

CBUS3 on the bus 485. Theconfiguration of this parametermust be consistent with the actualphysical connection. Otherwise, the

AddTransBwInt

BandwidthRequest IntervalWhen NotCongested BSC6900


Interval for requesting thebandwidth for the secondary linkwhen the system is not incongestion state

AddTransBwNum

Bandwidth for

Secondary LinkWhen NotCongested BSC6900

SET

BSCPSSOFTPARA(Optional)

Bandwidth requested each time forthe secondary link when thesystem is not in congestion state


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ADJBSCDPCAdjacent BSCDPC BSC6900

EXTNCELL(Mandatory)COLBSCSYNCINF

The destination signaling point(DSP) of the adjacent BSC must bean Iur-g DSP.

ADJMODE Adjustment Mode BSC6900

BTSEXCURSION(Mandatory

)SET

Whether to adjust the BTS offsetmanually or automatically

ADJUSTULMCSTYPE

Support EGPRSUplink MCSDynamic Adjust BSC6900

SET

GCELLEGPRSPARA(Optional)

EGPRS uplink encoding scheme.

Value 0 indicates dynamicadjustment of EGPRS uplinkcoding scheme is not supported;

ADLDACT

Auto DownloadActive FunctionSwitch BSC6900

SETBTSAUTODLDACTINFO(Optional)

to enable the BTS software auto-loading and auto-activationfunction. If this parameter is set toYes, the BTS software is

ADMODEAuto DownloadMode BSC6900

SETBTSAUTODL

DACTINFO(Optional)

automatic load mode of the BTSsoftware. If this parameter is set to

common download, commonloading is performed on the

ADMSTATAdministrativeState BSC6900

SET

GCELLADMSTAT(Mandatory) Administrative state of a cell


SETGTRXADMSTAT(Mandatory) Administrative state of the TRX


SETGTRXCHANADMSTAT(Mandatory) Administrative state of the channel

ADTET

Offset Time

Adjustment EndTime BSC6900

ADD

AISSCFG(Optional)

End time for adjusting the offsettime

ADTLOD

Load Thresholdof OffsetAdjustment BSC6900


Cell load threshold for adjusting theoffset time. If the load threshold isexceeded, the offset time is notadjusted.

ADTON

Offset TimeAdjustmentSwitch BSC6900

ADDAISSCFG(Mandatory) Offset Time Adjustment Switch

ADTST

Offset TimeAdjustment StartTime BSC6900


Start time for adjusting the offsettime


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ADVALMMGRULETP

Advanced AlarmManagementRule Type BSC6900

ADDBTSALMMGMRULE(Mandatory)

Advanced alarm management ruletype

ADVER1BTS SoftwareVersion 1 BSC6900

SETBTSAUTODL

DACTINFO(Optional)

software version 1 that isautomatically loaded and activated.

The version of the BTS softwarestored on the OMU must be

ADVER2BTS SoftwareVersion 2 BSC6900

SET

BTSAUTODLDACTINFO(Optional)

software version 2 that is

automatically loaded and activated.The BTS software stored on theOMU must be consistent with this

AEC_Echo_Path_Delay

AEC Echo PathDelay BSC6900

SETTCPARA(Optional)

is judged and controlled accordingto the trace result of the echo pathparameters. Otherwise, the echo isjudged and controlled according to

AEC_Echo_Return_Loss

AEC Echo ReturnLoss BSC6900

SET

TCPARA(Optional)

This parameter is used for echo

judgment and control when theecho parameters are not traced.

AEC_Nlp_Gate AEC Nlp Gate BSC6900

SETTCPARA(Optional)

than the value of this parameter

and the remote end transmits thevoice signal, the AEC function usesthe comfort noise to replace the

AEC_Path_Delay AEC Path Delay BSC6900

SETTCPARA(Optional)

line. This parameter should be setaccording to the actual conditionsand is applicable to satellitetransmission.

AEC_SNR_Gate AEC SNR Gate BSC6900

SETTCPARA(Optional)

determine whether there arespeech signals at the local end. Ifthe local SNR is lower than thevalue of this parameter, echo

AEC_Switch AEC Switch BSC6900

SET

TCPARA(Optional)

This parameter indicates whether

the acoustic echo cancellation(AEC) functional switch is on or off.

AECDetectThresholdAEC DetectThreshold BSC6900

SETTCPARA(Optional)

Threshold for detecting the AECperformance

AECDetectTime AEC Detect Time BSC6900

SETTCPARA(Optional)

Time for detecting the AECperformance

AFRDSBLCNTAFR Radio LinkTimeout BSC6900

SETGCELLCCBASIC(Optional)

during an AMR full rate call. See

the description of "Radio LinkTimeout" in "SETGCELLCCBASIC".


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AFRSAMULFRMAFR SACCHMulti-Frames BSC6900


during an AMR full rate call. Seethe description of "SACCH Multi-Frames" in "SETGCELLCCBASIC".

AGPSRECEIVERID GPS ID BSC6900

ADD

GPS(Mandatory) GPS receiver ID

AGPSRECEIVERTYPE GPS type BSC6900

ADDGPS(Mandatory) GPS receiver type.

AHRDSBLCNTAHR Radio LinkTimeout BSC6900


during an AMR half rate call. Seethe description of "Radio LinkTimeout" in "SETGCELLCCBASIC".

AHRSAMULFRMAHR SACCHMulti-Frames BSC6900

SET

GCELLCCBASIC(Optional)

during an AMR half rate call. Seethe description of "SACCH Multi-

Frames" in "SETGCELLCCBASIC".

AID Alarm ID BSC6900

SETALMPORT(Mandatory) Alarm ID


SETALMBLKPARA(Mandatory) Alarm ID


ALMLVL(Mandatory)SETALMSHLD(Ma

Identifier of the alarm. Thisparameter uniquely identifies analarm.


ADD

OBJALMSHLD(Optional)

Identifier of the alarm. This

parameter uniquely identifies analarm.


SETENVALMPARA(Mandatory)

Identifier of the alarm. Thisparameter uniquely identifies analarm.

AID Alarm ID. BSC6900

SETBTSENVALMPORT(Optional) Alarm ID

AID Alarm ID. BSC6900

ADD

BTSOBJALMSHLD(Mandatory) Alarm ID


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AIDDELAYPROTECTTIME

Aiding DelayProtect Time BSC6900


on a cell after the cell is initialized.When the cell initialization has justfinished, the cell is in an unstablestate. Mutual-aid detection at this

AIDSTAlarm SelectType BSC6900

ADD

OBJALMSHLD(Optional) Type of alarm selection

AIDSTAlarm SelectType BSC6900

ADD

BTSOBJALMSHLD(Mandatory) Alarm selection mode

AInterMsgTrace

A Interface Msg[End2end UserTracing] BSC6900

SETOTHSOFTPARA(Mandatory)

messages during end-to-end usertracing. The end-to-end tracing isconducted throughout the network.The A-interface tracing results can

AINTFFCDISCLUENA IF FC DiscardLOC UP Enable BSC6900

SET

BSCFCPARA(Optional)

Whether to allow flow control for

the location update services duringthe A interface flow control

AINTFFCDISCMOCEN

A IF FC DiscardMOC Enable BSC6900

SETBSCFCPARA(Optional)

whether to allow flow control for themobile-originated services duringthe A interface flow control

AINTFFCDISCMTCEN

A IF FC DiscardMTC Enable BSC6900


Whether to allow flow control forthe mobile-terminated servicesduring the A interface flow control

AINTFFCDISCOSEN

A IF FC DiscardOther ServiceEnable BSC6900


the other services includingemergency call, call re-establish,and LMU services during the Ainterface flow control

AINTFFCENA Interface FlowControl Enable BSC6900

SET

BSCFCPARA(Optional)

Whether to enable the A interface

flow control mechanism in theBSC6900

AINTFFCMETHODA Interface FlowControl Method BSC6900


BSC6900. Flow control method atthe Abis interface: When receivinga channel request message, theBSC6900 begins flow control on

AINTFFCRSRATE1A IF FC ServiceRate in Level 1 BSC6900


Rate of discarded services in level1 of the A interface flow control

AINTFFCRSRATE2A IF FC ServiceRate in Level 2 BSC6900


Rate of discarded services in level2 of the A interface flow control


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ALIVERETRY Alive Retry BSC6900

SETBSCNSPARA(Optional)

reply from the peer expires duringthe NSVC live test. If the reply isnot received after the systemresends the message according to

ALIVETIMER Alive Timer BSC6900

SET

BSCNSPARA(Optional)

Duration of the timer to wait for the

reply from the peer during theNSVC live test

AllBw Bandwidth BSC6900

ADDRSCGRP(Mandatory)

when the " transmission resource

group type " is IP and the "bandwidth mode " isHALF_DUPLEX.

ALLOCDIFFTRX

ResourceReallocation toDifferent Trx BSC6900


Whether to reassign the TBF for adifferent Trx

ALLOCSINGLEPDCHFORSIGNALLING

Allocate One

PDCH forSignaling Data BSC6900

SET

GCELLPSCHM(Optional)

the GMM/SM signaling service isassigned only one PDCH;

otherwise, the GMM/SM signalingservice is assigned one or more

ALLOWAMRHALFRATEUSERPERC Ratio of AMR-HR BSC6900

SET

GCELLCHMGBASIC(Optional)

AMR half rate channels to the total

number of channels in a cell. Whenthe resource allocation principle isdetermined by the BSC, no AMR

ALLOWEDADAMULTIPLEX

Allow EDAMultiplex BSC6900


"Not Allow": the TBF of the EDAcannot be multiplexed with otherTBR; "Allow": the TBF of the EDAcan be multiplexed with other TBF.

ALLOWEDMEASRPTMISSEDNUM

Allowed MeasureReport MissedNumber BSC6900

SETGCELLNC2PARA(Optional)

missed. If the number of allowedmeasure report missed exceedsthis value, the previous measurereport is invalid.

ALLOWHALFRATEUSERPERC Ratio of TCHH BSC6900

SETGCELLCHMG

BASIC(Optional)

half rate channels to the totalnumber of channels in a cell. When

the resource allocation principle isdetermined by the BSC, no half

ALLTSTYPE Timeslot Type BSC6900

ADDAE1T1(Mandatory)

E1/T1 timeslots on the A interfacemust be set with the start CIC.Value ALLNULL indicates that allE1/T1 timeslots on the A interface

ALLTSTYPE Timeslot Type BSC6900

ADDPBE1T1(Optional)

E1/T1 timeslots on the PB interfacemust be set with the start CIC.Value ALLNULL indicates that allE1/T1 timeslots on the PB interface

ALMD0

Feed Tri. 0 TMALow CurrentAlarm Threhold BSC6900

SETBTSDATUBP(Optional)

If the feed current of the TMA on

tributary 0 is smaller than the valueof this parameter, the TMA LowTemperature alarm is triggered.


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ALMD1



If the feed current of the TMA ontributary 1 is smaller than the valueof this parameter, the TMA LowTemperature alarm is triggered.

ALMD2

Feed Tri. 2 TMA

Low CurrentAlarm Threhold BSC6900

SET

BTSDATUBP(Optional)

If the feed current of the TMA ontributary 2 is smaller than the value

of this parameter, the TMA LowTemperature alarm is triggered.

ALMD3



If the feed current of the TMA on

tributary 3 is smaller than the valueof this parameter, the TMA LowTemperature alarm is triggered.

ALMD4



If the feed current of the TMA ontributary 4 is smaller than the valueof this parameter, the TMA LowTemperature alarm is triggered.

ALMD5

Feed Tri. 5 TMA

Low CurrentAlarm Threhold BSC6900

SET

BTSDATUBP(Optional)

If the feed current of the TMA ontributary 5 is smaller than the value

of this parameter, the TMA LowTemperature alarm is triggered.

ALMDISACDUR

Alarm DisappearAccumulateDuration BSC6900

ADD

BTSALMMGMRULE(Mandatory)

failure duration.Threshold for the

accumulated duration in which thealarm persists. If the accumulatedduration exceeds this threshold, an

ALMENABLEAlarm EnableFlag BSC6900

BTSAPMUBP(Optional)SETBTSDPMUBP(

parameters is allowed.In multi-mode scenario, the valueof this parameter must be thesame as the value of the parameter

AlmId Alarm ID. BSC6900

SETBTSALMFLASHTHD(Mandatory) ID of the intermittent alarm.

ALMID Alarm ID. BSC6900

ADDBTSALMMGM

RULE(Mandatory) Alarm ID

ALMLMTDOWN Lower Alarm BSC6900

SETBTSDGPSBP(Optional)

If the input current of the antennafeeder is smaller than the value ofthis parameter, an alarm related tothe GPS antenna is reported.

ALMLMTUP1 Upper Alarm BSC6900


feeder is greater than the value ofthis parameter and "GPS or RGPS"is set to "GPS", an alarm related tothe GPS antenna is reported.

ALMLMTUP2 Upper Alarm BSC6900


feeder is greater than the value of

this parameter and "GPS or RGPS"is set to "RGPS", an alarm relatedto the RGPS antenna is reported.


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ALMOCACDUR

AlarmOccurrenceAccumulateDuration BSC6900

ADDBTSALMMGMRULE(Mandatory)

duration.Threshold for theaccumulated duration in which thealarm persists. If the accumulatedduration exceeds this threshold, an

AlmOccurAccuTimeHThd

Alarm Occur

AccumulativeTime Threshold BSC6900

SETBTSALMFLAS

HTHD(Optional)

refers to the percentage of thealarm occurrence accumulative

time to "Flash Statis Alarm RaiseTime Window". If the alarm

AlmOccurAccuTimeLThd

Alarm ClearAccumulativeTime Threshold BSC6900

SET

BTSALMFLASHTHD(Optional)

refers to the percentage of the

alarm clearance accumulative timeto "Flash Statis Alarm Clear TimeWindow". If the alarm clearance

AlmOccurTimesHThd

Alarm OccurTimes Threshold BSC6900

SETBTSALMFLASHTHD(Optional)

exceeds the value of thisparameter within the time specifiedby "Flash Statis Alarm Raise TimeWindow", the BTS Statistical Alarm

AlmOccurTimesLThd

Alarm ClearTimes Threshold BSC6900

SETBTSALMFLAS

HTHD(Optional)

smaller than the value of thisparameter within the time specified

by "Flash Statis Alarm Clear TimeWindow", the BTS Statistical Alarm

ALMPARACFGFLAG

Alarm ParameterConfigurationEnabled BSC6900

SETBTSDHEUBP(Optional)

parameters is allowed. The value

"YES" indicates that theconfiguration is allowed, and thevalue "NO" indicates that the

ALMTP Alarm Type BSC6900

ALMLOG(Optional)STAALMLOG(Opti

Type of the alarm. The alarm canbe a fault alarm or an event alarm.

ALPHA ALPHA BSC6900

SETGCELLPSPWPARA(Optional)

power control. Alpha parameter isused by the MS to calculate theoutput power PCH of the uplinkPDCH. This parameter is used to

ALTIDECIAntenna AltitudeDecimal Part BSC6900

SET

GCELLLCS(Optional)

Decimal part of the antennaaltitude

ALTITUDEGPS antennaaltitude BSC6900

ADDGPS(Mandatory)

Height of the specified GSPreceiver antenna

ALTITUDEAntenna AltitudeInt Part BSC6900

SETGCELLLCS(Optional) Integer part of the antenna altitude

ALTITUDEIMPGPS antennaaltitude BSC6900

ADDGPS(Mandatory)

Height of the specified GSPreceiver antenna


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ALVL Alarm Severity BSC6900

EXPALMLOG(Optional)

Alarm severity. One or moreseverities can be selected. Bydefault, all severities are selected.

ALVL Alarm Severity BSC6900

ALMLVL(Mandatory)

SETALMSCRN(M

Alarm severity. One or more

severities can be selected. Bydefault, all severities are selected.

AMPC0Feed Tri. 0 TMAConfiguration BSC6900


Whether to supply power to theTMA on tributary 0





SET

BTSDATUBP(Optional)











AMRBTSPWRNUMAMR BTS PCClass BSC6900

SET

GCELLPWR2(Optional)

Maximum degree by which the

BSC can control the power of theAMR BTS dynamically

AMRCALLPCALLOWED

Allow III PowerControl For AMR BSC6900

SETGCELLPWR3(Optional)

Whether to enable the III powercontrol algorithm for AMR calls. Ifenabled, power control isperformed on AMR calls.

AMRDADTHAW

AMR DownlinkAdaptiveThresholdAllowed BSC6900


adjustment function of AMRdownlink threshold. After thisfunction is enabled, the BTSestimates the long-term voice

AMRDLLEVFTLEN

AMR FilterLength for DLRX_LEV BSC6900


sampled for averaging downlink

AMR signal strength. A singlemeasurement report may notreflect the actual network situations


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AMRDLPREDLEND

AMR DL MR.NumberPredicted BSC6900


measurement reports that the BSCpredicts. The BSC takes a while toconfirm the power control effect ofa power control command. Thus,

AMRDLQHTHREDAMR DL Qual.Upper Threshold BSC6900

SET

GCELLPWR2(Optional)

decreasing downlink AMR signalpower. If the BTS transmits AMR

signals at a quality level less than"AMR DL Qual. Upper Threshold",

AMRDLQLTHREDAMR DL Qual.Lower Threshold BSC6900


increasing downlink AMR signal

power. If the BTS transmits AMRsignals at a quality level greaterthan "AMR DL Qual. Lower

AMRDLQUAFTLEN

AMR FilterLength for DLQual. BSC6900


sampled for averaging downlinkAMR signal quality. A singlemeasurement report may notreflect the actual network situations

AMRDLQUALBADTRIG

AMR DL Qual

Bad TrigThreshold BSC6900

SET

GCELLPWR2(Optional)

the downlink receive quality level isequal to or greater than this

threshold, "AMR DL RX_LEVUpper Threshold" is increased by

AMRDLQUALBADUPLEV

AMR DL QualBad UpLEVDiff BSC6900


the downlink receive quality level is

equal to or greater than "AMR DLQual Bad Trig Threshold", "AMRDL RX_LEV Upper Threshold" is

AMRDLSSHTHREDAMR DL RX_LEVUpper Threshold BSC6900


signal strength.If the downlink received AMRsignal level is greater than thisthreshold, a power decrease is

AMRDLSSLTHREDAMR DL RX_LEVLower Threshold BSC6900


signal strength.If the downlink received AMRsignal level is less than thisthreshold, a power increase is

AMRFULLTOHALFHOALLOW

AMR F-H HoAllowed BSC6900

SET

GCELLHOBASIC(Optional)

Whether to enable the algorithm for

the load-based AMR handoverbetween full rate and half rate

AMRFULLTOHALFHOATCBADJSTEP

AMR F-H HoATCB AdjustStep BSC6900

SETGCELLHOBASIC(Optional)

duration for triggering handoverfrom full rate to half rate, thisparameter determines the currentATCB offset by which to choose

AMRFULLTOHALFHOATCBTHRESH

AMR F-H HoATCB Threshold BSC6900


handover from full rate to half rate.If the ATCB of an AMR full rate callis equal to or greater than thisthreshold, the AMR call is handed

AMRFULLTOHALFHOPATHADJSTEP

AMR F-H HoPathloss AdjustStep BSC6900


duration for triggering handover

from full rate to half rate, thisparameter determines the currentpath loss offset by which to choose


21/1291

AMRFULLTOHALFHOPATHTHRESH

AMR F-H HoPathlossThreshold BSC6900


handover from full rate to half rate.If the path loss of an AMR full ratecall is equal to or less than thisthreshold, the AMR call is handed

AMRFULLTOHALFHOQUALTHRESH

AMR F-H HoQual. Threshold BSC6900

SET


handover from full rate to half rate.If the uplink and downlink receive

quality levels of an AMR full ratecall are equal to or less than this

AMRFULLTOHALFHOTHRESH

AMR F-H TrafficThreshold BSC6900


handover from full rate to half rate.

If the cell load is greater than thisthreshold, the AMR full rate callsare handed over to half rate.

AMRHALFTOFULLHOATCBTHRESH

AMR H-F HoATCB Threshold BSC6900


handover from half rate to full rate.If the ATCB of an AMR half ratecall is less than this threshold, theAMR call is handed over from half

AMRHALFTOFULLHOPATHTHRESH

AMR H-F Ho

PathlossThreshold BSC6900

SET


handover from half rate to full rate.If the path loss of an AMR half rate

call is greater than this threshold,the AMR call is handed over from

AMRHALFTOFULLHOQUALALLOW

Allow AMR H-FQuality-based HO BSC6900


Whether to enable the algorithm for

the uplink and downlink receivequality based AMR handover fromhalf rate to full rate

AMRHALFTOFULLHOQUALTHRESH

AMR H-F HoQual. Threshold BSC6900


handover from half rate to full rate.If the receive quality level of anAMR half rate call is greater thanthis threshold, the AMR call is

AMRHALFTOFULLHOTHRESH

AMR H-F TrafficThreshold BSC6900


handover from half rate to full rate.If the cell load is less than thisthreshold, the AMR half rate callsare handed over to full rate.

AMRMAXADJPCVAL

AMR MAX Up

Adj. PC Value byQual. BSC6900

SET

GCELLPWR2(Optional)

Maximum step by which the power

can be increased according toreceived signal quality

AMRMAXSTEP0

AMR MAX DownAdj. Value Qual.Zone 0 BSC6900


can be decreased when thereceived signal quality belongs toquality zone 0.Huawei power control algorithm

AMRMAXSTEP1



can be decreased when thereceived signal quality belongs toquality zone 1.Huawei power control algorithm

AMRMAXSTEP2



can be decreased when the

received signal quality belongs toquality zone 2.Huawei power control algorithm


22/1291

AMRMAXVALADJRX

AMR MAX UpAdj. PC Value byRX_LEV BSC6900


Maximum step by which the powercan be increased according toreceived signal level

AMRMRCOMPREG

AMR MR.

CompensationAllowed BSC6900

SET

GCELLPWR2(Optional)

compensation of AMRmeasurement reports in Huawei

power control algorithm generationII

AMRPCADJPERIOD AMR PC Interval BSC6900


Minimum interval between twoconsecutive AMR power controlcommands

AMRQUALSTEP

AMR MAX DownAdj. PC Value byQual. BSC6900


Maximum step by which the powercan be decreased according toreceived signal quality

AMRSADLUPGRADE

AMR SACCH

Downlink PowerUpgrade BSC6900

SETGCELLPWRB

ASIC(Optional)

increases the power of an SACCHframe. This parameter is used for

SACCH power control. Whensending an SACCH frame, the BTS

AMRTCHHPRIORALLOW

AMR TCH/HPrior Allowed BSC6900

SETGCELLCHMGAD(Optional)

assign AMR half rate channels

preferentially according to thechannel types allowed by the MSCand the current TCH seizure ratio

AMRTCHHPRIORLOAD

AMR TCH/HPrior Cell LoadThreshold BSC6900


rate channels preferentially. If thecurrent TCH seizure ratio of the cellis greater than this threshold, AMRhalf rate channels are assigned

AMRUADTHAW

AMR UplinkAdaptiveThresholdAllowed BSC6900


adjustment function of AMR uplinkthreshold. After this function isenabled, the BTS estimates thelong-term voice quality (indicated

AMRULLEVFTLEN

AMR Filter

Length for ULRX_LEV BSC6900

SET

GCELLPWR2(Optional)

sampled for averaging uplink AMRsignal strength. A single

measurement report may notreflect the actual network situations

AMRULPREDLEND

AMR UL MR.NumberPredicted BSC6900


measurement reports that the BSCpredicts. The BSC takes a while toconfirm the power control effect ofa power control command. Thus,

AMRULQHTHREDAMR UL Qual.Upper Threshold BSC6900


decreasing the power of an uplinkAMR call. If the MS transmits AMRsignals at a quality level less than"AMR ULQual. Upper Threshold",

AMRULQLOWTHRED

AMR UL Qual.Lower Threshold BSC6900


increasing the power of an uplink

AMR call. If the MS transmits AMRsignals at a quality level greaterthan "AMR UL Qual. Lower


23/1291

AMRULQUAFTLEN

AMR FilterLength for ULQual BSC6900


sampled for averaging uplink AMRsignal quality. A singlemeasurement report may notreflect the actual network situations

AMRULQUALBADTRIG

AMR UL Qual.

Bad TrigThreshold BSC6900

SET

GCELLPWR2(Optional)

uplink receive quality level is equalto or greater than this threshold,

"AMR UL RX_LEV UpperThreshold" is increased by "AMR

AMRULQUALBADUPLEV

AMR UL Qual.Bad UpLEVDiff BSC6900


uplink receive quality level is equal

to or greater than "AMR UL Qual.Bad Trig Threshold", "AMR ULRX_LEV Upper Threshold" is

AMRULSSHTHREDAMR UL RX_LEVUpper Threshold BSC6900


signal strengthIf the uplink received AMR signallevel is greater than this threshold,a power decrease is computed.

AMRULSSLTHREDAMR UL RX_LEVLower Threshold BSC6900

SET

GCELLPWR2(Optional)

signal strength.If the uplink received AMR signal

level is less than this threshold, apower increase is computed. Then,

AN19

MAX RetransReset Circle Msgon A-I BSC6900


retransmissions of the A-interface

circuit reset message. When an A-interface circuit of the BSC is reset,the BSC sends the reset message

AN4

MAX Reset MesgRetransmissionon A-I BSC6900

SETAITFOTHPARA(Optional)

resending a reset message at theA interface. When the BSC6900 isreset, the BSC6900 sends a resetmessage to the MSC and starts a

ANC_Max_Gain ANC Max Gain BSC6900

SETTCPARA(Optional)

the remote end. If the parameter isset to a small value, the target SNRmay be restrained when the signalarrives at the local end.

ANC_Switch ANC Switch BSC6900

SET

TCPARA(Optional)

Whether to enable the adaptivenoise cancel (ANC) function

ANC_Target_SNR ANC Target SNR BSC6900

SETTCPARA(Optional)

The system adjusts the remoteinput so that the ratio of the remotesignal to the local noise is abovethe value of this parameter.

ANGLERET Antenna TiltAngle BSC6900

SETBTSANTANGLE(Mandatory) Tilt angle of the RET antenna

ANI Adjacent Node ID BSC6900

ADJNODE(Ma

ndatory)ADDIPPATH(Mand

Uniquely identifies an adjacentnode


24/1291

ANI Adjacent node ID BSC6900

IPMUX(Mandatory)ADDIPPATHBIND(

Adjacent node identifier of this IPpath

ANM Alarm Name BSC6900

SET

ENVALMPARA(Optional) New name of the alarm

ANR_Mode ANR Mode BSC6900

SETTCPARA(Optional) ANR mode

ANR_Noise_Reduction_Level

ANR NoiseReduction Level BSC6900

SETTCPARA(Optional)

noise depression degree. A largeabsolute value of this parametercorresponds to a strongdepression.

ANR_Noise_Target_Level

ANR NoiseTarget Level BSC6900

SET

TCPARA(Optional) ANR target noise level

ANR_Switch ANR Switch BSC6900

SETTCPARA(Optional)

Whether to enable the adaptivenoise restrain (ANR) function

ANTAANGLEAntenna AzimuthAngle BSC6900

SETGCELLLCS(Optional)

Size of the azimuth angle of the cellantenna

ANTENNALONGGPS AntennaDelay BSC6900

BTSDGPSBP(Optional)SETBTSUSCUBP(

GPS satellite card is connected tothe antenna through feeder cables.The transmission delay on thefeeder cable can be calculated on

ANTENNAPOWERSWITCH

Antenna PowerSupply Switch BSC6900

BTSDGPSBP(Optional)

SETBTSUSCUBP(

Power supply switch of the GPSantenna feeder

ANTIERRFLAGE1T1 anti-errorswitch BSC6900

ADDMPGRP(Optional) E1T1 anti-error switch.

AntiTheftAllowBurglar AlarmAuto Clear Permit BSC6900

SETBTSTHEFTALM(Optional)

Whether to enable the BTS to clearthe burglar alarm automatically

ANTNO Antenna No. BSC6900

RETANTCFG(

Mandatory)SETBTSANTANG Number of the antenna


25/1291

ANTPASSNO Antenna Pass No BSC6900

ADDTRXBIND2PHYBRD(Mandatory)

Number of the antenna feederchannel mapped to the RXU

ANTPASSNO

Sub-Location

Group AntennaPass No. BSC6900

ADD

BTSBINDLOCGRP(Optional)

sub-location group. The parameteris configured only when the MRRU

or GRRU is used in the sub-location group.

AORBDown TRX1 A orB BSC6900

BTSANTFEE

DERBRD(Mandatory)SET

Antenna pass number of thedownlink tributary

APNA interface portNo. BSC6900

ADDMTP3LNK(Mandatory)

Number of a port on the A interfaceboard

APP Application type BSC6900

ADD

SCTPLNK(Mandatory)

SCTP link. The upper layerapplication type of A and LB

interface is M3UA. In the BSCdisaster tolerance, the application

APPTYPE Application Type BSC6900

ADDSEMILINK(Mandatory)

Application type of the semi-permanent link

AqmMAQM N UpdateInterval BSC6900


(packet drop interval), indicatingthat the packet drop interval isupdated after N packets aretransmitted.

AqmMaxThAQM MaximumThreshold BSC6900


buffer queue. If the length of theTBF buffer queue exceeds thisthreshold, whether the packets arediscarded is determined according

AqmMinThAQM CongestionThreshold BSC6900

SETBSCPSSOFT

PARA(Optional)

buffer queue. If the congestionlevel in the TBF buffer queue

exceeds this threshold, whether thepackets are discarded actively is

AqmNinit

AQM PacketDiscard InitialInterval BSC6900


(indicated by N) at which thepackets in the TBF buffer queueare discarded. The value Nindicates the frequency of

AqmNLowerBound

AQM PacketDiscard IntervalLower Threshold BSC6900


Lower threshold of the interval fordiscarding the packets in the TBFbuffer queue, that is, the minimumvalue of N (packet drop interval).

AqmNUpBound

AQM PacketDiscard IntervalUpper Threshold BSC6900

SET


Upper threshold of the interval for

discarding the packets in the TBFbuffer queue, that is, the maximumvalue of N (packet drop interval).


26/1291

AqmSwitch AQM Switch BSC6900

SETBSCPSSOFTPARA(Optional) AQM switch

AqmTarThAQM TargetThreshold BSC6900

SETBSCPSSOFT

PARA(Optional)

Target threshold of the TBF bufferqueue

AreaCode Area Code BSC6900


Local area code, for example, 021for Shanghai

AREAFLAG Area flag BSC6900

BRDAREA(Optional)LODPATCH(Optio Area flag

AREAFLAG Area flag BSC6900

BRD(Optional)SYN

BRDAREA(Optional) Area flag

AREDISTHD

AbnormalReleaseThreshold BSC6900

SETGTRXRLALM(Optional)

recovery alarm for the abnormal

release alarm. If the percentage ofthe abnormal channel releases isequal to or less than this threshold,

ARELBASE

AbnormalRelease StatisticBase BSC6900


subchannels. This parameterindicates the number of times thata subchannel is activated. In atimeslot, the release statistics

ARELWTHDAbnormal WarnThreshold BSC6900


abnormal release alarm. In atimeslot, the release statisticsbase, B, multiplied by the numberof channels, N, is the channel

ARPRETRYARP packetresend times BSC6900

STR

IPCHK(Optional)

timeout. When the ARP requesttimes exceeds the retransmission

time without a response, theARP/BFD detection failure alarm is

ARPTIMEOUTARP packet time-out[100ms] BSC6900

STRIPCHK(Optional) ARP packet timeout time

ASNA interface slotNo. BSC6900


Number of the slot where the Ainterface board is located

ASNA interface slotNo. BSC6900

ATERSL(Opti

onal)ADDATERCONSL(

Number of the slot where the Ainterface board is located


27/1291

ASRNA interfacesubrack No. BSC6900


Number of the subrack where the Ainterface board is located

ASS Event Type BSC6900

ALMLOG(Optional)

STAALMLOG(Opti

Network management type of the

alarm. By default, all networkmanagement types are selected.

ASS Event Type BSC6900

SETENVALMPARA(Optional)

Network management type of thealarm. By default, all networkmanagement types are selected.

AssignBetterCellEnAssigning BetterCell Allowed BSC6900


Switch for assigning the channel ofa better cell to the MS during MSaccess.

ASSLOADJUDGEEN

Assignment Cell

Load JudgeEnable BSC6900

SET

GCELLCCBASIC(Optional)

ENABLE, if the cell supports directretry and the current cell load is

equal to or larger than the value of"Cell direct retry forbidden

ASSOLRXLEVOFFSET

Assign toOverlayer RxLevOffset BSC6900


Offset relative to the level thresholdfor determining whether to assign achannel in the overlaid subcell

ASSORXUCNAssociated RXUBoard CN BSC6900

BTSAPMUBP(Optional)SETBTSDEMUBP(

associated RXU board is installed.This parameter is valid for DRRU,MRRU, GRRU, or BTS3900Eboard in the remote monitoring

ASSORXUCNAssociated RXUBoard CN BSC6900

SETBTSRXUBP(Mandatory)

associated RXU board is installed.This parameter is valid for DRRU,MRRU, GRRU, or BTS3900Eboard in the remote monitoring

ASSORXUSNAssociated RXUBoard SN BSC6900

BTSAPMUBP(Optional)

SETBTSDEMUBP(

Number of the slot where theassociated RXU board is installed.

ASSORXUSNAssociated RXUBoard SN BSC6900


Number of the slot where theassociated RXU board is installed.

ASSORXUSRNAssociated RXUBoard SRN BSC6900

BTSAPMUBP(Optional)SETBTSDEMUBP(

Number of the subrack where theassociated RXU board is installed.

ASSORXUSRNAssociated RXUBoard SRN BSC6900


Number of the subrack where theassociated RXU board is installed.


28/1291

ASSThres

Absolute SignalStrengthThreshold BSC6900


automatic optimization of neighborcells and frequencies. Themeasurement results inmeasurement reports are screened

ASSTIMER T3107 BSC6900

SET

GCELLTMR(Optional)

assignment command, the T3107timer starts. If the BSC6900

receives an assignment completemessage within the scheduled

AT1 T1 BSC6900

SETBSCTMR(Optional)

interface circuit blocking or

unblocking answer.The BSC6900 starts this T1 timerafter sending a single A-interface

AT13 T13 -s BSC6900

SETBSCAITFTMR(Optional)

interval between the time when theBSC6900 receives an MSC resetmessage and the time when theBSC6900 answer to the MSC.

AT17 T17 -s BSC6900

SET

BSCAITFTMR(Optional)

overload message or a single pointcongestion message for the first

time, the BSC6900 increases thelevel of the A interface flow control

AT18 T18 -s BSC6900

SETBSCAITFTMR(Optional)

overload message or a single point

congestion message for the firsttime, the BSC6900 increases thelevel of the A interface flow control

AT19 T19 BSC6900

SETBSCTMR(Optional)

circuit reset answer.The BSC6900 starts this timer aftersending an A-interface circuit resetmessage. When this timer expires

AT20 T20 BSC6900

SETBSCTMR(Optional)

circuit group blocking or unblockinganswer. After sending a CIC groupblocking/unblocking message overthe A interface, the BSC6900 starts

AT4 T4 -s BSC6900

SET

BSCAITFTMR(Optional)

Timer for waiting for an A-interfacereset answer

ATCBHOEN

ConcentricCircles ATCB HOAllowed BSC6900


handover algorithm for theconcentric cell. According to theneighbor cell signal, the ATCBhandover algorithm determines the

ATCBHYST

DistanceHysteresisBetweenBoundaries BSC6900

SETGCELLHOEDBPARA(Optional)

the boundary of the overlaid subcelland the boundary of the underlaidsubcell. This parameter helps toadjust "Distance Between

ATCBTHRED

Distance

BetweenBoundaries ofSubcells BSC6900

SET

GCELLHOEDBPARA(Optional)

the overlaid subcell and the

boundary of the underlaid subcell.This parameter specifies thedifference between the coverage of


29/1291

Ater8KSwSwitch of 8K onAter BSC6900


Whether to enable the BSC to usea 8 kbit/s timeslot to transmit 8kbit/s data at the Ater interface

AterCongHRFlagHR AllocationFlag BSC6900

SET

OTHSOFTPARA(Optional)

Whether to enable the BSC toassign half rate channels

preferentially when the Aterinterface is congested

AterCongstRatioCongestion Ratioon Ater Resource BSC6900


the Ater interface is congested.

The BSC determines whether toassign full or half rate channelspreferentially according to the

ATERIDXAter connectionpath index BSC6900

MTP3LNK(Mandatory)ADDATERE1T1(M Index of an Ater connection path

AterJamThreshold2StartLs

Ater Jam Rate forBSC Local Switch BSC6900

SET

BSSLS(Optional)

local switching. When thecongestion rate at the Ater

interface exceeds this threshold,the function is enabled.

ATERMASK Ater Mask BSC6900

MTP3LNK(Ma

ndatory)ADDATERSL(Man Ater interface timeslot mask

ATEROMLFLAGWhether or notfor OML BSC6900

ADDSEMILINK(Mandatory)

link used for the TC subrack for theport. If it is actually configured andyou specify that it is not configured,the TC subrack fails to start. If it is

ATEROMLINX Ater OML Index BSC6900

ADDATEROML(Mandatory) Ater maintenance link index

ATERPIDXAter ConnectionPath Index BSC6900

ADD

ATEROML(Mandatory)

Ater connection path index,The

index is set through the ADDATERCONPATH command.

ATERSLIDAter SignalingChannel ID BSC6900

ATERSL(Optional)ADDATERCONSL(

Indentifies an Ater signalingchannel

ATERTRANSMODEAter InterfaceTransfer Mode BSC6900

SETBSCBASIC(Mandatory)

Transport mode of the Aterinterface. The Ater interface canbe in TDM or in IP transport mode.

ATNAntenna TributaryNo. BSC6900

STRBTSVSWRTST(Optional)

Number of the RF port on the RFfront-end board of the BTS. Thenumber is unique in a board.


30/1291

ATSMASKA interfacetimeslot mask BSC6900

ADDMTP3LNK(Mandatory) A interface timeslot mask

ATTAttach-detachAllowed BSC6900

SETGCELLIDLEB

ASIC(Optional)

parameter is set to YES, when anMS is powered off, the network

does not process any callconnection for the MS as a called

ATTENFACTOR1Antenna Tributary1 Factor BSC6900

SETBTSRXUBP(Optional)

TMA attenuation factor of antennatributary 1

ATTENFACTOR2Antenna Tributary2 Factor BSC6900

SETBTSRXUBP(Optional)

TMA attenuation factor of antennatributary 2

AUSTOP Loop time[min] BSC6900

SET

E1T1LOP(Optional) It specifies the loopback duration.

AUSTOP Test time[min] BSC6900

STRE1T1TST(Optional) It specifies the test duration.

AUTHMODEAuthenticationMode BSC6900

SETSSLAUTHMODE(Mandatory)

SSL authentication mode of thepeer certificate

AUTHMODE Validate mode BSC6900

ADDPPPLNK(Mandatory)

Validation mode of the PPP or MPlink negotiation

AUTHMODE Validate mode BSC6900

ADD

MPGRP(Mandatory)

Validation mode of the PPP or MPlink negotiation

AUTHMODE Validate Mode BSC6900

BTSPPPLNK(Mandatory)ADDBTSMPGRP(

The PPP or MP link is as server orclient when it negotiates with peerlink.

AUTHNAMEValidate username BSC6900

ADDPPPLNK(Mandatory)

Username to validate, for the PPPor MP link negotiation

AUTHNAMEValidate username BSC6900

ADDMPGRP(Mandatory)

Username to validate, for the PPPor MP link negotiation


31/1291

AUTHNAMEValidate UserName BSC6900


Username to validate, for the PPPor MLPPP link negotiation

AUTHPWDValidatepassword BSC6900

ADD

PPPLNK(Mandatory)

Password to validate, upon PPP orMP link negotiation

AUTHPWDValidatepassword BSC6900

ADDMPGRP(Mandatory)

Password to validate, upon PPP orMP link negotiation

AUTHPWDValidatePassword BSC6900


Password to validate, upon PPP orMLPPP link negotiation

AUTHTYPEValidate protocoltype BSC6900

ADD

PPPLNK(Optional)

Type of validation protocol for thePPP or MP link negotiation

AUTHTYPEValidate protocoltype BSC6900

ADDMPGRP(Optional)

Type of validation protocol for thePPP or MP link negotiation

AUTHTYPEValidate ProtocolType BSC6900

BTSPPPLNK(Optional)ADDBTSMPGRP(

Type of the validation protocol forthe PPP or MLPPP link negotiation

AUTO Auto negotiation BSC6900

SETETHPORT(Optional)

is adopted1. When the FG2 board is usedand the port type is GE, the self-negotiation mode must be adopted.

AUTOADDSRCON

Add inter-subrack

pathautomatically BSC6900

ADDBRD(Optional)

Whether inter-subrack path can beadded automatically

AUTOADJULTHHYSTF

Auto Adjust ULTH andHysteresis [F] BSC6900


Whether to allow automaticadjustment for the uplink thresholdand hysteresis of full rate AMR callrates

AUTOADJULTHHYSTH

Auto Adjust ULTH andHysteresis [H] BSC6900


Whether to allow automaticadjustment for the uplink thresholdand hysteresis of half rate AMR callrates

AutoGetBtsLogFlag

Support AutoObtaining of BTSLogs BSC6900


Whether to enable the BSC toobtain BTS logs automatically


32/1291

AUTONEGAutomaticNegotiation Mode BSC6900

SETBTSETHPORT(Optional)

Whether to enable the auto-negotiation mode

AUTOTYPE

Work Mode for

Auto DownloadActivation BSC6900

SETBTSAUTODL

DACTINFO(Optional)

mode for the automatic downloadand activation of the BTS software.

BTS Software Auto DL and ACTindicates that the BTS boards are

AUTOULKSWAuto UnlockSwitch BSC6900

LCKSCHTSK(Optional) Auto unlock switch

AutoUnlockTime Auto Unlock Time BSC6900

SETPWDPOLICY(Optional)

Duration of time after which thelocked user is unlockedautomatically

AUTYPEAdministrationunit type BSC6900

SETOPT(Optional)

optical adaptation type between

high-order path and multiplexsection.

AVer A Interface Tag BSC6900


supported by the A interface. The

value of this parameter is chosenaccording to the A interface phasetag provided by the MSC.

AVOL Alarm level BSC6900

SETALMPORT(Optional) Alarm level for a digital port

AVOL Alarm VOL. BSC6900

SETBTSENVALMPORT(Optional)

Alarm level. It is valid for the digitalport.

B1B2SDTHRD

B1B2 signal

degradedthreshold BSC6900

SETOPT(Optional)

degrade. This parameter specifiesthe generation threshold and the

recovery threshold of the B1B2signal degradation threshold in

B1B2SFTHRDB1B2 signal failthreshold BSC6900

SETOPT(Optional)

failure. This parameter specifiesthe generation threshold and therecovery threshold of the B1B2signal failure threshold in SDH

B3SDTHRD

B3 signaldegradethreshold BSC6900

SETOPT(Optional)

This parameter specifies thegeneration threshold and therecovery threshold of the B3 signaldegradation threshold in SDH

B3SFTHRDB3 signal failthreshold BSC6900

SETOPT(Optional)

parameter specifies the generation

threshold and the recoverythreshold of the B3 signal failurethreshold in SDH frames at the


33/1291

BACK8KCLKSW1Switch ofbackplane LINE1 BSC6900

SETCLK(Optional) Switch of backplane LINE1

BACK8KCLKSW2Switch ofbackplane LINE2 BSC6900

SETCLK(Optional) Switch of backplane LINE2

BackupPath Backup Path BSC6900

BKPLOGDB(Optional) Directory for saving the backup file

BACKUPPATHPath of BackupFile BSC6900

BKPDB(Optional)

Path (complete path) of the backupfile.

BADQUALDISCTHRES

Bad Quality

DisconnectionThreshold BSC6900

SET

GCELLSOFT(Optional)

that a call is disconnected becauseof poor quality. If the uplink quality

or downlink quality in themeasurement reports during the

bAdvEstDlTbf

Support AdvanceDownlink TBFEstablishment BSC6900

SET


established in advance. Downlink

TBF establishment in advanceindicates that the downlink TBF isestablished immediately after the

BAKDEVTAB

BTS InterfaceBoard Bar Code2 BSC6900

ADDBTSESN(Optional)

the BTS. This parameter is theelectronic serial number of thestandby PTU board. An electronicserial number uniquely identifies an

BAKIPBackup port IPaddress BSC6900

STRIPCHK(Optional) IP address of the backup port

BAKMASKBackup portmask BSC6900

STR

IPCHK(Optional) Mask of the backup port

BAKPWRSAVMETHOD

Backup PowerSaving Method BSC6900

SETBTSBAKPWR(Mandatory)

method of saving the BTS backuppower.When this parameter is set to"Turn off TRX", the BSC

BAKPWRSAVPOLICY

Backup PowerSaving Policy BSC6900

SETBTSBAKPWR(Optional)

backup power saving policy of theBTS.When this parameter is set to"Cover Priority", the BTS shuts

BANDINDICATOR1900

High BandIndicator of Cell1900 BSC6900


Whether the cells at the 1900frequency support high frequency1900


34/1291

BANDINDICATOR850

High BandIndicator of Cell850 BSC6900


Whether the cells at the 850frequency support high frequency1900

BANDINDICATOR900

High Band

Indicator of Cell900 BSC6900

SET

GCELLSOFT(Optional)

Whether the cells at the 900

frequency support high frequency1900

BANTIMEForbidden timeafter MAX Times BSC6900


handover is forbidden after the

number of consecutive intra-cellhandovers reaches the maximum.Intra-cell handover can be

BARCODLSTCabinet Bar CodeList BSC6900

SETBTSRACKBC(Mandatory)

List of bar codes of all the cabinetsin the BTS

BASEBTSIDReference BTSIndex BSC6900

ADD

AISSCFG(Mandatory)

The reference BTS must support

the Um interface softwaresynchronization.

BASETEMPERATURE

TemperatureBasis forCompensation BSC6900


corresponding to a battery group.

You can choose sensor 1(Battery1Temp) or sensor 2(Battery2Temp).

BASETEMPERATURE

TemperatureBasis forCompensation BSC6900


corresponding to a battery group.In multi-mode scenario, the valueof this parameter in one modemust be the same as the value of

BATTCAPACITY Battery Capacity BSC6900


In multi-mode scenario, the valueof this parameter in one modemust be the same as the value ofthe corresponding parameter in

BATTENABLEDIN

Battery

ConfigurationEnabled BSC6900

SET

BTSDPMUBP(Optional)

external battery is allowed. Thevalue "YES" indicates that the

external battery can be configured,and the value "NO" indicates that

BATTERYDISCHARGEDEPTH

Battery DischargeDepth BSC6900

BTSAPMUBP(Optional)SETBTSDPMUBP(

discharging. After the AC powersupply is cut and the power of thebattery is discharged by the valueof this parameter, the diesel engine

BATTTYPE Battery Type BSC6900


In multi-mode scenario, the valueof this parameter in one modemust be the same as the value ofthe corresponding parameter in

BBAPSRVPNBBAP servicelistening port No. BSC6900

SETSCTPSRVPORT(Optional)

Number of the BBAP servicelistening port


35/1291

BBDIF

Up DownBalance BasicDifference BSC6900


uplink and downlink levels. Thisparameter works with "Up DownBalance Floating Range" to countuplink-downlink imbalances.

BC Battery Capcity BSC6900

SET

BTSAPMUBP(Optional)

capacity should be set according tothe vendor specification. If it is

improperly configured, the batterylife may be shortened.

BCC BCC BSC6900

ADDGCELL(Optional)

cell, provided by the network

planning department. It is used fordifferentiating the neighboring cellsusing the same BCCH frequency.

BCC BCC BSC6900

ADDGEXT2GCELL(Mandatory)

cell, provided by the networkplanning department. It is used fordifferentiating the neighboring cellsusing the same BCCH frequency.

BCC BCC BSC6900

ADDGCELLQUICK

SETUP(Optional)

BTS color code. It uniquely

identifies different BTSs that areadjacent and use the same TRX.

BCCH BCCH FD BSC6900

ADDGEXT2GCELL(Mandatory) BCCH frequency of the cell

BCCHFREQMain BCCHFrequency BSC6900

ADDGCELLQUICKSETUP(Mandatory) Frequency of the BCCH TRX

BCCHTRXHP

FrequencyHopping Mode ofBCCH TRX BSC6900

SETGCELLHOPQUICKSETUP(Mandatory)

Frequency hopping mode of theTRX that carries the BCCH

BCCONGESTALMBOUND

BC CongestionAlarm Threshold BSC6900

SETBSCPSSOFT

PARA(Optional)

congestion alarm. When the BCcongestion level exceeds the

threshold, the BC congestion alarmis reported.

BCCONGESTRESALMBOUND

BC CongestionRestore AlarmThreshold BSC6900


congestion alarm. When the BCcongestion level is below thethreshold, the BC congestion alarmis cleared.

BCDSCPDSCP ofBG[QoS] BSC6900

SETBSCPSTCDSCPMAP(Optional)

DSCP corresponding to thebackground service

BCID BC Identifier BSC6900

FRPORTLOO

P(Mandatory)BLKBC(Mandatory

Identifies one BC at the Gb

interface board. The BCID's valuerange of PEUa board is 0~255 andthat of POUc board is 0~511.


36/1291

BCLC

Battery CurrentLimitingCoefficient BSC6900


battery. The maximum chargingcurrent equals the value of "BatteryCurrent Limiting Coefficient"multiplexed by "Battery Capacity". If

BCVBoost-ChargingVoltage BSC6900

SET

BTSAPMUBP(Optional)

vendor specification for the settingof this parameter.

In multi-mode scenario, the valueof this parameter in one mode

BE

BatteryConfigurationEnabled BSC6900


external battery is allowed.

In multi-mode scenario, the valueof this parameter in one modemust be the same as the value of

BEARP1PRIWEIGHT

BestEffort-ARP1Priority Weight BSC6900


ARP1 priority in the BE service.ARP1 priority weight determinesthe number of the budget blocksand the block scheduling priority.

BEARP2PRIWEIGHT


SET


ARP2 priority in the BE service.ARP2 priority weight determines

the number of the budget blocksand the block scheduling priority.

BEARP3PRIWEIGHT



ARP3 priority in the BE service.

ARP3 priority weight determinesthe number of the budget blocksand the block scheduling priority.

BEARTYPE DSP bear type BSC6900

ADDN7DPC(Mandatory)

MTP3: indicates that the lowerlayer bearer is the MTP3 used inATM/TDM scenario;M3UA: indicates that the lower

BEATSENDINGDIS

Interval forSendingHeartbeat BSC6900

SETGBSCREDGRP(Optional)

Time interval for sending ahandshake message betweenBSC6900s

BEPPERIOD Bep Period BSC6900

SETGCELLEGPR

SPARA(Optional)

Average period for sending the

measurement report over theEGPRS channel

BESTTDDCELLNUM

Best TDD CellNumber BSC6900

SETGCELLCCUTRANSYS(Optional)

Number of UTRAN TDD cells thatshould be included inmeasurement report

BET3GHOENBetter 3G CellHO Allowed BSC6900

GCELLHOUTRANFDD(Optional)SET

This parameter specifies whetherto allow 3G better cell handoveralgorithm.

BETTERCELLHOENBetter CellHandover Enable BSC6900


Whether to enable the algorithm forthe handover to a better cell


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BETTERCELLLASTTIME

Better Cell HOValid Time BSC6900

ADDG2GNCELL(Optional)

conditions for the handover to abetter cell due to interference aremet for P seconds within Nseconds, the handover is triggered.

BETTERCELLSTATTIME

Better Cell HOWatch Time BSC6900

ADD

G2GNCELL(Optional)

conditions for the handover to abetter cell due to interference are

met for P seconds within Nseconds, the handover is triggered.

BFDDETECTCOUNT

Detect multiplierof BFD packet BSC6900

STRIPCHK(Optional)

Timeout times of the BFD packet. If

several consecutive BFD packetsare not received, the BFD sessionis set to the DOWN state.

BFDSN BFD Session No. BSC6900

BTSBFD(Mandatory)ADDBTSIPRTBIN BFD Session No.

BFRANGE

Up Down

Balance FloatingRange BSC6900

SET

GTRXRLALM(Optional)

difference between uplink anddownlink levels relative to the

reference difference. If thedifference between uplink and

BHPREPOLICY

Switchback

Policy ofBaseband FHMutual Aid BSC6900

SET

GCELLCCACCESS(Optional)

baseband frequency hopping (FH).

If multiple TRXs in a baseband FHgroup are faulty and changeback isneeded after mutual aid of the

BITOFFSETIn Frame BitOffset [1/8 bit] BSC6900

BTSEXCURSION(Mandatory)SET

Bit offset in the frame of the BTSclock

BKGARP1PRIWEIGHT

Background-ARP1 PriorityWeight BSC6900


service. ARP1 priority weightdetermines the number of thebudget blocks and the blockscheduling priority.

BKGARP2PRIWEIGHT

Background-

ARP2 PriorityWeight BSC6900

SET


service. ARP2 priority weightdetermines the number of the

budget blocks and the blockscheduling priority.

BKGARP3PRIWEIGHT

Background-ARP3 PriorityWeight BSC6900


service. ARP3 priority weightdetermines the number of thebudget blocks and the blockscheduling priority.

BLKFILTERSWAlarm switch ofblinking filter BSC6900

SETALMBLKSW(Optional)

Base Station Controller alarm blinkfilter switch

BLKPRDAlarm blinkthreshold BSC6900

SETALMBLKPARA(Optional)

the interval between the generation

and clearance of an alarm is equalto or smaller than the alarm blinkfilter threshold, the alarm is filtered


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BLKSTATPRD

Observing timewindow ofstatistical alarm BSC6900

SETALMBLKSW(Optional)

Measurement period of filteredBase Station Controller alarms

BLKSTATSW

Switch of

statistics blinkingalarm BSC6900

SET

ALMBLKSW(Optional)

Switch controlling whether to

perform statistics of Base StationController alarms

BLOCKRETRY Block Retry BSC6900


Retry times after the peer responsetimer expires during NSVCblocking

BLOCKTIMER Block Timer BSC6900


Duration of the peer response timerduring NSVC blocking

BMPN BM Port No BSC6900

ADDATERCONPA

TH(Mandatory)

Number of the port in the BMsubrack where one end of the

ATER connection channel islocated

BMSN BM Slot No BSC6900

ADD

ATERCONPATH(Mandatory)

Number of the slot in the BM

subrack where one end of theATER connection channel islocated

BMSRN BM Subrack No BSC6900

ADDATERCONPATH(Mandatory)

Number of the BM subrack whereone end of the ATER connectionchannel is located

BMTCFCTimerLen

Timer Length ofBM-TC FlowControl BSC6900

SETBSCTMR(Optional)

Duration of the flow controlprotection timer enabled during theflow control between the TCS andthe MPS/EPS subracks

BORROWDEVIP Borrow DevIP BSC6900

PPPLNK(Mandatory)

ADDMPGRP(Mand

address as the local IP address.When this parameter is set to

"YES", the device IP address isused as the local IP address of the

BOXFLGTo Alarm BoxFlag BSC6900

SETBOXRPT(Mandatory)

Whether to report the alarm to thealarm box

BP1Position of BreakPoint 1 BSC6900

SETBTSBREAKPOINT(Optional)

chain. The number of break pointsmust not be greater than thenumber of RXU boards in the RXUchain.

BP2Position of BreakPoint 2 BSC6900

SET

BTSBREAKPOINT(Optional)

chain. The number of break points

must not be greater than thenumber of RXU boards in the RXUchain.


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BQHOEN BQ HO Allowed BSC6900


(BQ) handover algorithm. Whetherto trigger BQ handover depends onthe uplink and downlink transmitquality (measured by using BER). If

BQLASTTIMEBQ HO ValidTime BSC6900

ADD

G2GNCELL(Optional)

conditions for emergency BQhandover are met in P of N

measurement reports, thehandover is triggered.

BQMARGIN BQ HO Margin BSC6900


cell after filtering" - "downlink level

of the serving cell (after powercontrol compensation)") > ("Inter-cell HO Hysteresis" - "BQ HO

BQSTATTIMEBQ HO WatchTime BSC6900


conditions for emergency BQhandover are met in P of Nmeasurement reports, thehandover is triggered.

BRDCLASS Board Class BSC6900

STR

BKP(Mandatory)

Classes of boards classifiedaccording to function modules


FCSW(Manda

tory)SETFCCPUTHD(



ADDBRD(Mandatory)


BRDNO Board No. BSC6900

STRBTSLOG(Mandatory) Number of the board

BRDNO Board No. BSC6900

STR

BTSVSWRTST(Optional)

Number of the RF front-end boardin the BTS

BRDRXBWReceiveBandwidth BSC6900

BTSBRDCAP(Mandatory)ADDBTSRXUBRD(

receive bandwidth of all the TRXsbound to the board, for example,when this value is 250, it meansthe the total receive bandwidth

BRDSWTYPEBTS BoardSoftware Type BSC6900

LODBTSSW(Mandatory) Software type of the BTS board

BRDTXBWForwardBandwidth BSC6900

BTSBRDCAP(

Mandatory)ADDBTSRXUBRD(

send bandwidth of all the TRXs

bound to send pass of board, forexample, when this value is 150, itmeans the the total send bandwidth


40/1291

BRDTYPE Board Type BSC6900

SETDPUBRDTYPE(Mandatory) Type of the board

BRDTYPE Board Type BSC6900ADDBRD(Optional) Type of the board

BRDTYPE Board type. BSC6900

SETETHPORT(Mandatory) Board type

BRDTYPE Board type BSC6900

ADDPPPLNK(Mandatory) Board type


ADD

MPGRP(Mandatory) Board type


ADDMPLNK(Mandatory) Board type

BrdType Board Type BSC6900

ADDBTSBRDCAP(Mandatory) Type of the new RXU board.

BRDTYPE Board Type BSC6900

STRBTSLOG(Mandatory)

TMU/DTMU, DTRU, DPTU, QTRU,MRRU, GRRU, BTS3900B, MRFU,GRFU, BTS3900E, DRFU, DRRU,UBRI or UTRP.

BREAKTIMERing II Wait TimeBefore Switch BSC6900

SET

BTSRINGATTR(Optional)

switchover cannot be performedover a certain period of time when

the OML is disconnected. Thatperiod of time is specified as ring II

BROADCASTCONTENT

BroadcastContent BSC6900

SETGCELLSBC(Optional)

Contents of a cell broadcastmessage

BROADCASTINTERVAL

BroadcastInterval BSC6900

SETGCELLSBC(Optional)

Time interval for a cell broadcastmessage

BS Backup Style BSC6900

BKPLOGDB(Optional)

"ENTIRE" is selected, all logs in the

current database are backed up. If"INCREMENTAL" is selected, thelogs generated after last backup


41/1291

BSAGBLKSRES

CCCH BlocksReserved forAGCH BSC6900

SETGCELLIDLEBASIC(Optional)

number of the CCCH messageblocks reserved for the AGCH.After the CCCHs are configured,the value of this parameter

BSCDPCExternal BSCDPC BSC6900

ADD

EXTBSC(Mandatory)

used for inter-BSC communication.This parameter can be represented

in decimal, hexadecimal, andbinary. By default, this parameter is

BSCDynSwitchTrxPAAllow

Allow DynamicShutdown Trx byBSC BSC6900

SETBSCDSTPA(Optional)

This parameter specifies whetherto enable the TRX IntelligentShutdown feature.

BSCFLAG BSC Flag BSC6900

ACIC(Mandatory)ADDAE1T1(Manda

It indicates whether the A interfaceE1/T1 is the primary BSC6900 orsecondary BSC6900.

BSCGATEWAYIP BSC GateWay IP BSC6900

ADD

GCBSADDR(Mandatory)

BSC6900. When the BSC providesthe function of simple cell

broadcast, the BSC6900 sends cellbroadcast messages through this

BSCGATHET

BSC Offset

InformationCollection EndTime BSC6900


End time for collecting the inter-BSC offset information

BSCGATHST

BSC OffsetInformationCollection StartTime BSC6900


Start time for collecting the inter-BSC offset information

BSCID BSC ID BSC6900

ADDADJNODE(Mandatory)

Uniquely identifies a BSC in the TCpool

BSCIDX BSC Index BSC6900

GEXT2GCELL(Optional)

ADDEXTBSC(Man

ID of the BSC that controls theexternal 2G neighbor cell

BSCINCHPRDBSC Fine TuningPeriod BSC6900


Period for fine tuning the BTS clockbetween BSCs

BSCIP BSC IP BSC6900

ADDGCBSADDR(Mandatory)

connection mode of the BSC6900and the CBC is to lead cables outof the PIU, the value of thisparameter must be the same as

BSCIP BSC IP BSC6900

BTSAUTOPL

AN(Mandatory)SET

IP address of an interface board onthe BSC6900 side


42/1291

BscLsStartModeOptions for BSCLocal Switch BSC6900

SETBSSLS(Optional)

of BSC local switching.UNCONDITIONALSTART: Thefunction of BSC local switching isenabled without restriction.

BSCNAMEExternal BSCName BSC6900

ADD

EXTBSC(Mandatory) Unique name of the external BSC

BSCPMAPreemptionAllowed BSC6900


Whether to allow high-priority calls

to preempt the radio resources oflow-priority calls when radioresources are insufficient.

BSCPMAIRAHO

PreemptionAllowed DuringIntra-BSCHandover BSC6900


Whether to allow the call during anintra-BSC handover to preempt theradio resources of low-priority callsin the target cell.

BSCPN In-BSC Port No. BSC6900

ADDBTSMONITO

RTS(Mandatory)

In-BSC6900 port No. of themonitoring timeslot

BSCPORT BSC Port BSC6900

ADDGCBSADDR(Mandatory)

Port number used for thecommunication between theBSC6900 and the CBC

BSCPRICLASS

Two eMLPPPriority ClassesAllowed BSC6900


priorities to be classified into twotypes: high priority and normalpriority.If this parameter is set to NO, then

BSCQAD Queue Allowed BSC6900


Whether to allow calls to queue forradio resources when radioresources are insufficient.

BSCQADIRAHO

Queuing Allowed

During Intra-BSCHandover BSC6900

SET


Whether to allow the service during

an intra-BSC handover to queue forradio resources in the target cell.

BSCRESERVEDPARA1

Reservedparameter 1 BSC6900


Reserved parameter 1 that iseffective at the BSC level

BSCRESERVEDPARA10




BSCRESERVEDPARA11





43/1291

BSCRESERVEDPARA12




BSCRESERVEDPARA13


SET



BSCRESERVEDPARA14




BSCRESERVEDPARA15




BSCRESERVEDPARA16


SET



BSCRESERVEDPARA17




BSCRESERVEDPARA18




BSCRESERVEDPARA19




BSCRESERVEDPARA2


SET



BSCRESERVEDPARA3




BSCRESERVEDPARA4




BSCRESERVEDPARA5





44/1291

BSCRESERVEDPARA6




BSCRESERVEDPARA7


SET



BSCRESERVEDPARA8




BSCRESERVEDPARA9




BSCSN In-BSC Slot No. BSC6900

ADDBTSMONITO

RTS(Mandatory)

In-BSC6900 slot No. of themonitoring timeslot

BSCSRNIn-BSC SubrackNo. BSC6900

ADD

BTSMONITORTS(Mandatory)

In-BSC6900 subrack No. of themonitoring timeslot

BSCSUBTSIn-BSC SubTimeslot No. BSC6900

ADDBTSMONITORTS(Mandatory)

monitoring timeslot. If the addedmonitoring timeslot works at 64kbit/s, the sub-timeslots arenumbered from 0. If the added

BSCSYMOFFBSC SymbolOffset BSC6900

SETBSCAISS(Mandatory)

When the BTS clock is adjusted,the offset is added to obtain betternetwork performance.

BSCTIDID of BSC in TCPool BSC6900

ATERE1T1(Mandatory)

ADDATERSL(Man

the link. In non-TC pool scenario,this parameter specifies the ID of

the primary BSC. In TC poolscenario, this parameter specifies

BSCTIDID of a BSC inTC Pool BSC6900

SETBSCBASIC(Mandatory)

ID of the BSC that supports the TCpool function

BSCTSIn-BSC TimeslotNo. BSC6900

ADDBTSMONITORTS(Mandatory)

In-BSC6900 timeslot No. of themonitoring timeslot

BSCVMAX BS_CV_MAX BSC6900


parameter BS_CV_MAX for MS

countdown. This parameter is usedfor the MS to calculate the CV. Thisparameter also determines the


45/1291

BSMSPWRLEVTransfer BTS/MSPower Class BSC6900

SETGCELLHOCTRL(Optional)

Whether to enable the BTS totransfer BTS/MS power class to theBSC

BSPAGBLKSRESNumber ofPAGCH Blocks BSC6900

ADD

GCELL(Optional) Number of PAGCH blocks

BSPAMFRAMS

Multi-Frames in aCycle on thePaging CH BSC6900

SET

GCELLIDLEBASIC(Optional)

on a paging sub-channel. In fact,

this parameter specifies thenumber of paging sub-channelsthat a paging channel in a cell is

BSPBCCHBLKSNumber ofPBCCH Blocks BSC6900

ADDGCELL(Optional) Number of PBCCH blocks

BSPRACHBLKSNumber ofPRACH Blocks BSC6900

ADD

GCELL(Optional) Number of PRACH blocks

BssLsGenMode

BSS LocalSwitchingGeneral Strategy BSC6900

SETBSSLS(Optional)

switching, which includes the BSC

local switching and the BTS localswitching. The two functionscannot be enabled at the same

BSSLSMSCCOOP

MSC-Collaborated BSSLocal Switching BSC6900

ADDGCNNODE(Optional)

with the cooperation of the MSC.NONSUPPORT: When performinglocal switching, the BSS need notdetermine whether the MSC allows

BSSPAGINGCOORDINATION

BSS Paging Co-ordination BSC6900


function of the CS domain of the Ainterface. Yes: the MS can becalled upon paging request on theA interface when the MS uses the

BT Board type BSC6900

SET

CLK(Mandatory) Type of the board


CONPATCH(Mandatory) Type of the board


PATCH(Mandatory)LODBRD(Mandato Type of the board


E1T1LOP(Ma

ndatory)SETE1T1(Mandat Board type


46/1291


LOPE1T1(Mandatory) Board type


STR

E1T1TST(Mandatory) Board type


SETOPT(Mandatory) Board type

BT Board Type BSC6900

SETCOPTLNK(Mandatory) Board type


ADD

IPLOGICPORT(Mandatory) Board type


CHKE1T1CRS(Mandatory) Board type


ADDBTSRETANT(Mandatory)

RET antenna.1. DATU: It may represent theDATU or the DATM and isapplicable to the BTS3012,


ADDBTSANTFEEDERBRD(Mandatory)

Type of the newly added antennaboard


ADD

BTSBRD(Mandatory) Type of the newly added board


ADDBTSRXUBRD(Mandatory)

Type of the newly added RXUboard


ADDBTSTRXBRD(Mandatory) Type of the board


SET

BTSANTFEEDERCONNECT(Mandatory) Type of the board


47/1291

BTCFLAGBM/TC configflag BSC6900

ADDATERE1T1(Mandatory)

The configuration flag specifies theoperation is on the BM or TC.

BTCFLAGBM/TC configflag BSC6900

ADD

ATERSL(Mandatory)

subrack of the BSC.When this parameter is set to

"CFGBM", a BM signaling link isadded.

BTSadjust Adjust Voltage BSC6900

SET

GCELLBASICPARA(Optional)

to enable the TRX Working Voltage

Adjustment feature. When thisparameter is set to YES, theBSC6900 supports the feature

BTSBARCODE BTS Bar Code BSC6900

SETBTSOMLDETECT(Mandatory) Bard code of BTS BBU board.

BTSCOMTYPE

BTS

CommunicationType BSC6900

SET

BTSIP(Optional) Communication type of a BTS

BTSDESC BTS Description BSC6900ADDBTS(Optional)

This parameter indicates whether

to connect the BTS to theBSC6900 or cascade the BTS toanother BTS.

BTSDETECTSWITCH

BTS DetectSwitch BSC6900


parameter is set to "CLOSE", thefunction of detecting the BTS isdisabled. If the parameter is set to"OPEN", the function of detecting

BTSID Site Index BSC6900

ADDADJNODE(

Documents

127919492 BSC6900 GSM V900R011C00SPC700 Parameter Reference Xls