sj-20110531095035-017-zxg10 ibsc (v6.20.71) radio parameter reference

ZXG10 iBSCBase Station Controller

Radio Parameter Reference

Version: V6.20.71

ZTE CORPORATIONNO. 55, Hi-tech Road South, ShenZhen, P.R.ChinaPostcode: 518057Tel: +86-755-26771900Fax: +86-755-26770801URL: http://ensupport.zte.com.cnE-mail: [email protected]

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Revision History

Revision No. Revision Date Revision Reason

R1.5 20120907 Add parameters: T23, T24, T3197, RttiAccess,

MITPrepMRRecInt, MITMRRecInt, CellAlarmDelay.

Update parameters: Info_7, Inc8PskPwrThs, Inc8PskPwrHys,

PwrAdjustThreshold, PwrAdmitThrldPunish, PwrAdmitThreshold.

R1.4 20120731 Update to V6.20.713d

Add parameters: DualFreqNC2Sup, DualFreqNC2N,

DualFreqNC2P, DualFreqNC2TAThr, DualCellPsChanThr,

ULRxLevThr, DLRxLevThr, ULRxQualThr, DLRxQualThr,

TPingPang, NC2ResHys, NC2ResThr, NC2DistanceWindow,

PBGTHoBacktoSource, OtherHoBacktoSource,

HoAccessReqLevOffset, OtherHoAccessLevSel,

DualFreqOverLoadThs, CSAllocSC, IsDualFreqSup,

PBGTHoBacktoSource, OtherHoBacktoSource,

HoAccessReqLevOffset, OtherHoAccessLevSel, SC1LoadThs1,

SC1LoadThs2, TsBlockAlarmSwitch, INFO1_0_8, RMST3109,

RMST3111.

Update parameters: BCCHMaxPwrDec, CellShuttingDown,

Subcell2MeasureBcch, FrToAmrHrHoLoadThSC2, T3193,

PathLossRatio, HCS_Thr_0, HCS_Thr_1, HoControl_4,

ENBID, HRDfragSupport, CanBcchExch, P0, INFO1_5_1,

SJ-20110531095035-017|2012-09-07 (R1.5) ZTE Proprietary and Confidential


INFO1_5_2, IPAInterHo, DownPowerBmp, PwDownLoadInd,

DivCombMode, CSDHoIntraEnable, CSDHoInterEnable,

CSDHoOutEnable, HrToFrHoLoadThr, AmrHrToFrHoLoadThr,

HrToFrHoLoadThrSC2, AmrHrToFrHoLoadThSC2, HoControl_1,

HoControl_2, Info_4_5, TdHoEnable.

R1.3 20120510 Update the chapter: About This Manual, Introduction to BSS

Radio Parameters, Method of Modifying Parameters in Batch,

Precautions on Parameter Adjustment.

Add new chapter Modify Parameters and new appendix Mutex

Right Management.

R1.2 20120319 Update to V6.20.712c

Add new MO: New Power Control Attribute and parameters which

are belong to this MO.

Add parameters: TSDRelPeriod, TSDDeactDelay,

HrToFrHoLoadThr, AmrHrToFrHoLoadThr,

HoUlQualThsForAmrFr, HoUlQualAmrFrN, HoUlQualAmrFrP,

HoUlQualThsForAmrHr, HoUlQualAmrHrN, HoUlQualAmrHrP,

HoDlQualThsForAmrFr, HoDlQualAmrFrN, HoDlQualAmrFrP,

HoDlQualThsForAmrHr, HoDlQualAmrHrN, HoDlQualAmrHrP,

HoUlLevThsForAmrFr, HoUlLevAmrFrN, HoUlLevAmrFrP,

HoUlLevThsForAmrHr, HoUlLevAmrHrN, HoUlLevAmrHrP,

HoDlLevThsForAmrFr, HoDlLevAmrFrN, HoDlLevAmrFrP,

HoDlLevThsForAmrHr, HoDlLevAmrHrN, HoDlLevAmrHrP,

HrToFrHoLoadThrSC2, AmrHrToFrHoLoadThSC2, QSearchC,

WindowEutran, FDDRptOffset6bit, FDDRptOffset3bit,

TDDRptOffset6bit, TDDRptOffset3bit, FDDRptOffset_PS,

TDDRptOffset_PS, PwDownLoadInd, DownPowerBmp,

HRTFRHOSupport2, NccCfgPara, RQThreshold,

DualFreqNetTchThs, DivCombMode, IsDualFreqRltCell,

PwDownHoPriInd, DualFreqHoSup, DualFreqHoN, DualFreqHoP,

DualFreqHoTAThs, DualFreqHoDLThs, SubCell2N, SubCell2P,

SubCellHoDLThs, EUtranHighThreshQ, EUtranLowThreshQ,

EUtranQQUALMIN, RelEUtranStrategy, RelEUtranPrio,

ChanSelForIPAHo, SigTBFDlDelayTime, SigTBFExtUlTime,

DataTBFDlDelayTime, DataTBFExtUlTime, ISRSV,

CSDHoIntraEnable, CSDHoInterEnable, CSDHoOutEnable,

DynSdCheckDelay.

Update parameters: SubCell1N, SubCell1P, TsRel,

NCellIndOfChlRel, AmrThresholds, AmrHysteresis,

AmrStartMode, RMSTT3109, RMSTT3111, TargetTrafficThsSC2,

Info_2_0, IsDualFreqRltCell, PSPwrChgStep0, PSPwrChgStep1,


HoControl_1, HoControl_2, HoControl_4, HoControl[1]_1,

HoControl[1]_2, HoControl[1]_4, HoControl[2]_1, HoControl[2]_2,

HoControl[2]_4, PcMinInterval, DLPcMinInterval, DLPwrRedStep.

R1.1 20110930 Update to V6.20.711c

Add parameters: IPAInterHo, GetUtranClass,

EarlyDlTBFEstSupp, SuppReducePd, LmtThreshold_0,

LmtThreshold_1, LmtThreshold_2, LmtThreshold_3,

CsPagingPrefer, IsDirectRetryCell, CICAlarmSwitch,

BVCAlarmSwitch, MOSmsIntercept, MTSmsIntercept,

TCobcchWaitMR, PbgtHoStartThsSC2,

FrToAmrHrHoLoadThSC2, FrToHrHoLoadThrSC2, UseSC1Load,

MrCountForRlt, HoMarginPbgtSC2, HoMarginRxLevSC2,

HoMarginRxQualSC2, RxLevMinSC2, TargetTrafficThsSC2,

Info_3, Info_6 Info_7, Info_3, Info_4, Info_5, Info_6, Info_7,

Info1_2, Info1_3.

Update parameters: HoMarginPbgt, HoMarginRxLev,

HoMarginRxQual, HoMarginPbgt, HoMarginRxLev,

HoMarginRxQual, ResourceAdjustThs, UtranCellPrio,

UtranCellPrio, ChlReqRejBmp, PcMinInterval, OldToNewctrl,

BtsId, AutoSToMEnable.

R1.0 20110730 First Edition (V6.20.71)

Serial Number: SJ-20110531095035-017

Publishing Date: 2012-09-07 (R1.5)


ContentsAbout This Manual ......................................................................................... I

Chapter 1 Overview.................................................................................... 1-1

1.1 Introduction to BSS Radio Parameters................................................................. 1-1

1.2 Modify Parameters ............................................................................................. 1-2

1.3 Method of Modifying Parameters in Batch ............................................................ 1-4

1.4 The Format to Explain Parameters ...................................................................... 1-9

1.5 Precautions on Parameter Adjustment................................................................1-11

Chapter 2 BSC Function Parameters........................................................ 2-1

2.1 Radio Basic Property.......................................................................................... 2-1

2.1.1 DCS1800/PCS1900 support (FuncExt) ...................................................... 2-1

2.1.2 Load indication allowed (LoadInd) ............................................................. 2-2

2.1.3 Send confusion message allowed (ConfusionMsg) ..................................... 2-3

2.1.4 Inter-cell handover allowed (InHoEnable)................................................... 2-4

2.1.5 Send assignment failure allowed in outer direct retry procedure

(ExDRSendAssFail) ................................................................................ 2-6

2.1.6 Load indication Valid Time (LoadValidTime) ............................................... 2-7

2.1.7 Load Indication Period (LoadIndPrd).......................................................... 2-8

2.1.8 Congestion Threshold for Send Load Indication (LoadIndThs)..................... 2-9

2.1.9 Forbid Handover According to Resource Threshold of Load Indication

(LoadForbidHo) .................................................................................... 2-10

2.1.10 Resource Threshold of Load Indication for Forbid Handover

(LoadThsForbidHo) ................................................................................2-11

2.1.11 Support Precise Paging (PrecisePagSupport)......................................... 2-12

2.1.12 Use HPC for Precise Paging (PrecisepagUseHpc).................................. 2-13

2.1.13 Adopt Precise Paging for repaging of Circuit Switched Service

(CsRepagPrecise)................................................................................. 2-14

2.1.14 Adopt Precise Paging for repaging of Packet Switched Service

(PsRepagPrecise)................................................................................. 2-15

2.1.15 Allow Exceed area Precise Paging for Circuit Switched Service

(CsOutAreaPag) ................................................................................... 2-16

2.1.16 Allow Exceed area Precise Paging for Packet Switched Service

(PsOutAreaPag) ................................................................................... 2-17

2.1.17 Paging Repeat Time for Circuit Switched Service

(CsPagingRepeatTime) ......................................................................... 2-18

I


2.1.18 Paging Repeat Time for Packet Switched Service

(PsPagingRepeatTime) ......................................................................... 2-19

2.1.19 Automatic Resource Indication Threshold (ResourceIndThs)................... 2-20

2.1.20 BSC maximum reset number (BscMaxResetNum).................................. 2-22

2.1.21 MR report support (MrRptEnable).......................................................... 2-23

2.1.22 HBTS scan site number (HBTSScanSiteNum)........................................ 2-24

2.1.23 Range of Barang .................................................................................. 2-25

2.2 Functional Switch ............................................................................................. 2-26

2.2.1 RIM support (RIMSupport) ...................................................................... 2-26

2.2.2 RIM retry times (RIMRetryTimes) ............................................................ 2-27

2.2.3 Different reselection parameter in idle and transfer status support

(PSReselParam2) ................................................................................. 2-28

2.2.4 Handover synchronization indication support (Info_0_16).......................... 2-29

2.2.5 Switch of TRAU frame synchronized monitor (Info_4_5) ........................... 2-30

2.2.6 PS handover support (PSHoSupp) .......................................................... 2-31

2.2.7 Enable PS Handover Indications in Inter-BSS handover

(EnablePSHoIndi) ................................................................................. 2-32

2.2.8 Request SI/PSI (EnableRequestPSI) ....................................................... 2-33

2.2.9 Support EMLPP (SupportEMLPP) ........................................................... 2-34

2.2.10 DFCA support (DFCASupport) .............................................................. 2-35

2.2.11 Support resource optimizing by service (SuppResOpByService).............. 2-36

2.2.12 Identify of special service (SpecServiceIdentify) ..................................... 2-36

2.2.13 DTM Enhance Capability (DTMEnhanceCapa) ....................................... 2-37

2.2.14 E-UTRAN CCN support (EUtranCCN).................................................... 2-38

2.2.15 Duration of judging from concurrent to special service

(ConcurrentJudge0) .............................................................................. 2-39

2.2.16 Number of llc judging from concurrent to special service


2.2.17 Duration of judging from special to non-special service


2.2.18 Number of llc judging from special to non-special service


2.2.19 If get Utran classmrak information from UE (GetUtranClass) ................... 2-43

2.3 Other Parameters............................................................................................. 2-45

2.3.1 Supervision Timer of LCS (LcsSuperVision) ............................................. 2-45

2.3.2 Radio Timer of LCS (LcsRadio) ............................................................... 2-46

2.3.3 LCS wait intra BSS handover timer (LcsWaitInTraHO) .............................. 2-47

2.3.4 Monitor physical context request (RmsT9108) .......................................... 2-48

2.3.5 Timer for waiting message from A-interface (TWaitMsg) ........................... 2-48

II


2.3.6 Timer for RANCSEST waiting (TWaitRancsEst)........................................ 2-49

2.3.7 Timer for RANCSCLECOM waiting (TWaitRancsCleCom)......................... 2-51

2.3.8 Timer for CCM waiting (CcmWaitTimer) ................................................... 2-52

2.3.9 Get static parameter timer (GetStaticParamTimer).................................... 2-53

2.3.10 Starting time for oriented retry (RmsT10) ............................................... 2-54

2.3.11 TFO Enable (TFOControl_0) ................................................................. 2-55

2.3.12 External cell load notify (Info_0_0) ......................................................... 2-56

2.3.13 Neighbor cell load valid duration (Info_0_1)............................................ 2-57

2.3.14 LMU build request deal or not (Info_1_0) ............................................... 2-58

2.3.15 MBMS request deal or not (Info_1_1) .................................................... 2-59

2.3.16 Channel request reserved field deal or not (Info_1_2) ............................. 2-60

2.3.17 MS power hold in handover option (Info_0_9)......................................... 2-60

2.3.18 Signal level threshold of target cell (Info_0_10)....................................... 2-62

2.3.19 Iur-G interface support (IurgSupport) ..................................................... 2-63

2.3.20 Overload threshold of non real-time load (NRTThs_0)............................. 2-64

2.3.21 High threshold of non real-time load (NRTThs_1) ................................... 2-65

2.3.22 Low threshold of non real-time load (NRTThs_2) .................................... 2-66

2.3.23 On demand mode switch of information exchange

(IurgSwitchGroup_0) ............................................................................. 2-67

2.3.24 On modification mode switch of information exchange


2.3.25 On demand mode switch of common measurement


2.3.26 Periodic mode switch of common measurement (IurgSwitchGroup_3) ..... 2-70

2.3.27 Immediate assignment repeat (ImmAssRep) .......................................... 2-71

2.3.28 Immediate assignment priority (ImmAssPrio).......................................... 2-72

2.3.29 Paging repeat number (PagRep) ........................................................... 2-73

2.3.30 Timer of waiting for IPGB changing over (TIPGBChgWait) ...................... 2-74

2.3.31 restricted time after continuous IPGB changing over

(TIPGBConChglmt) ............................................................................... 2-75

2.3.32 Info_3 .................................................................................................. 2-76

2.3.33 Info_6 .................................................................................................. 2-77

2.3.34 Threshold of UPUDSP Dynamic Adjustment (Info_7) .............................. 2-77

2.4 Channel Allocation Control Parameters.............................................................. 2-78

2.4.1 Dynamic HR support indication (DynaHREnable) ..................................... 2-78

2.4.2 HR channel fragment repackaging support (HRDfragSupport)................... 2-79

2.4.3 User priority for EMLPP (PriThreshold) .................................................... 2-81

2.4.4 Preferred speech version (half) (PreferSpeechVer H) ............................... 2-82

III


2.4.5 Preferred speech version (full) (PreferSpeechVer F) ................................. 2-83

2.4.6 Reserved channel first (RsvChanFirst)..................................................... 2-84

2.4.7 EMLPP channel reserved rate (EMLPPThs)............................................. 2-85

2.4.8 TrxPSBusyThs (TrxPSBusyThs).............................................................. 2-86

2.4.9 Resource pool for PS rate (PsAbisThs).................................................... 2-88

2.4.10 Extended uplink dynamic allocation support (ExUpDynSupport) .............. 2-89

2.5 Timer 1 ............................................................................................................ 2-90

2.5.1 Blocking/Unblocking period (T1) .............................................................. 2-90

2.5.2 Global resetting period (T4)..................................................................... 2-92

2.5.3 Protective period for global resetting (T13) ............................................... 2-93

2.5.4 Circuit resetting period on BSS side (T19)................................................ 2-94

2.5.5 Circuit group blocking/unblocking period (T20) ......................................... 2-95

2.5.6 RLSD message receive protection timer (T9101)...................................... 2-96

2.5.7 Channel activation protection timer (RmsT9103) ...................................... 2-97

2.5.8 MSC clear command protection timer (T9104).......................................... 2-98

2.5.9 SCCP connection protection timer (T9105) .............................................. 2-99

2.5.10 Protective time waiting for access (RmsT1) ...........................................2-100

2.5.11 Protection time for applying to channel (RmsT2) ....................................2-102

2.5.12 Protection time for link establishment response (RmsT3) .......................2-103

2.5.13 Protective time that P0 confirms the message HO/ASS COM

(RmsT4)..............................................................................................2-104

2.5.14 Encryption mode modification time (RmsT5) .........................................2-105

2.5.15 SAPI3 link establishment time (RmsT6) ................................................2-106

2.5.16 External handover protective time (RmsT8)...........................................2-107

2.5.17 Protective time for No.7 signal instantaneous disconnection (T3)............2-108

2.5.18 Protective time that PO responses external handover completion

message (RmsT7) ...............................................................................2-109

2.5.19 HBTS scan begin time (HBTSScanBT) .................................................2-110

2.5.20 HBTS scan cycle (HBTSScanCyc)........................................................ 2-111

2.5.21 IP ABIS Pool Band Width Push Down Protection (TBWPushDown) ........2-112

2.5.22 IP ABIS Pool Band Width Restore (TBWRestore) ..................................2-113

2.5.23 Time of waiting an internal HO command (TWaitInternalHoCmd)............2-114

2.5.24 Wait response of bts or btsgroup establish localswitch link

(TWaitLocalSwitch) ..............................................................................2-116

2.5.25 Wait response of localswitch release link (TWaitLsReleaseAck)..............2-117

2.5.26 Wait response of localswitch connect (TWaitLSBscConn) ......................2-118

2.5.27 Wait request of local switch release link (TWaitLSReleaseReq) ..............2-119

2.6 Timer 2 ...........................................................................................................2-120

IV


2.6.1 Protective time for RF channel release (RmsT9)......................................2-120

2.6.2 Queue period of assignment (RmsT11)...................................................2-121

2.6.3 Acknowledgment interval for periodic status (RmsT12) ............................2-122

2.6.4 Mode modification process time (RmsT13)..............................................2-123

2.6.5 Protective time of UM assignment completion (RmsT14)..........................2-125

2.6.6 Waiting time for oriented retry (RmsT16).................................................2-126

2.6.7 Queue period for handover (RmsTqho)...................................................2-127

2.6.8 First overload period of flow traffic control (mT11)....................................2-128

2.6.9 Second overload period of flow traffic control (mT12)...............................2-129

2.6.10 Time of micro-micro handover delay (Tmicro) ........................................2-131

2.6.11 BSIC decoding period (Tbsic) ...............................................................2-132

2.6.12 Handover protecting timer to WCDMA/FDD (RmsT3121) .......................2-133

2.6.13 Immediate assignment period (RmsT3101) ...........................................2-134

2.6.14 Handover period of source cell (RmsT3103)..........................................2-135

2.6.15 Assignment period (RmsT3107) ...........................................................2-137

2.6.16 TCH Channel release period (RmsT3109).............................................2-138

2.6.17 TCH Channel deactivation delay (RmsT3111)........................................2-139

2.6.18 Continue timer for mode modify (TModeModifyConn) ............................2-140

2.6.19 Handover protecting time to UTRAN (mT7) ...........................................2-141

2.6.20 Time to wait A handover request (TWaitAHoReq) ..................................2-142

2.6.21 Time of destination instance waiting for available resources when forced

disconnection (RmsT15(TForceOccupy))...............................................2-143

2.6.22 Protecting time of FUC response to system message broadcast

(BcProtect) ..........................................................................................2-144

2.6.23 HO performed ack timer (TwaitHoPFMAck) ...........................................2-146

2.6.24 Timer of TRAU frame Synchronization (TuTrauSyn)...............................2-147

2.6.25 Round trip delay (RtdDefault) ...............................................................2-148

2.6.26 Timer to wait a relocation commit MSG from RNC

(TWaitRncRelocComm)........................................................................2-149

2.6.27 Subcell PingPong handover timer (TSCPingPang).................................2-150

2.6.28 Confirm BIPB fault time (TConfBIPBFault) ............................................2-152

2.6.29 Confirm BIPB DSP fault time (TConfBIPBDSPFault)..............................2-153

2.6.30 Confirm LAPD fault time (TConfLapdFault) ...........................................2-153

2.6.31 Confirm LAPD CPU fault time (TConfLapdCpuFault) .............................2-154

2.6.32 Confirm Sunit normal time (TConfSunitNor)...........................................2-155

2.6.33 Paging Interval (PagWaitTime) .............................................................2-156

2.6.34 Time of Cobcch Wait for MR Report (TCobcchWaitMR)..........................2-157

2.6.35 SDCCH Channel release period (TSDRelPeriod)...................................2-158

V


2.6.36 SDCCH Channel deactivation delay (TSDDeactDelay) ..........................2-159

2.7 GPRS Maximum Retrying Times ......................................................................2-160

2.7.1 Max times of BVC block retry (BVCBlkMax) ............................................2-160

2.7.2 Max times of BVC unblock retry (BVCUblkMax) ......................................2-162

2.7.3 MAX times of BVC reset retry (BVCRestMax) .........................................2-163

2.7.4 Max times of NS block retry (NSBlkMax).................................................2-164

2.7.5 Max times of NS unblock retry (NSUnblkMax) .........................................2-165

2.7.6 Max times of NS alive retry (NSAliveMax) ...............................................2-166

2.7.7 Max times of suspend retry (SuspendMax)..............................................2-167

2.7.8 Max times of resume retry (ResumeMax)................................................2-169

2.7.9 Max times of radio access capabilities update retry (UpdateMax) .............2-170

2.7.10 Max times of PFC create retry (DownLoadBssPFCMax) ........................2-171

2.7.11 Max times of PFC modify retry (ModifyBssPFCMax) ..............................2-173

2.7.12 Max of sending PS handover required (PSHoReqMaxNum) ...................2-174

2.8 GPRS Timer ...................................................................................................2-175

2.8.1 BVC block/unblock retry time (BssgpT1) .................................................2-175

2.8.2 BVC reset retry time (BssgpT2)..............................................................2-176

2.8.3 Suspend retry time (BssgpT3)................................................................2-177

2.8.4 Resume retry time (BssgpT4).................................................................2-179

2.8.5 Access capability update retry time (BssgpT5) ........................................2-180

2.8.6 PFC creating retry time (BssgpT6)..........................................................2-182

2.8.7 PFC modifying retry time (BssgpT8) .......................................................2-183

2.8.8 RIR Timer (TRIR) ..................................................................................2-184

2.8.9 RI Timer (TRI) .......................................................................................2-185

2.8.10 RIAE Timer (TRIAE) ............................................................................2-186

2.8.11 BVC flow control period (CellFcPer) ......................................................2-187

2.8.12 MS flow control period (MsFcPer).........................................................2-189

2.8.13 Timer that monitors block/unblock procedure (NS_T1) ...........................2-190

2.8.14 Timer that monitors reset procedure (NS_T2) ........................................2-191

2.8.15 NC-cycle of NS-VC test process (NS_T3) .............................................2-192

2.8.16 Timer that monitors alive process of NSVC (NS_T4) ..............................2-193

2.8.17 Max attempt period of reset (NS_T5) ....................................................2-194

2.8.18 TFI and USF release timer (T3169) ......................................................2-195

2.8.19 TBF release timer (T3191) ...................................................................2-196

2.8.20 TBF release time of downlink transmission (T3193) ...............................2-198

2.8.21 TBF protect time when radio link failure (T3195) ....................................2-199

2.8.22 PS channel delay release timer (PSRelDelay) .......................................2-201

VI


2.8.23 Guards the PS handover required procedure (T12PsHo) .......................2-202

2.8.24 Guard resource release after sending PS HO command

(TwaitRelInPSHo) ................................................................................2-203

2.8.25 Downlink Delay time in signal TBF Mode (SigTBFDlDelayTime) .............2-204

2.8.26 Extendable uplink TBF time in signal TBF Mode (SigTBFExtUlTime) ......2-205

2.8.27 Synchronization timer that ensures source BSS receives both PS and

CS responses (T23) .............................................................................2-206

2.8.28 Synchronization timer that ensures target BSS receives both PS and

CS requests (T24)................................................................................2-206

2.8.29 T3197 (T3197) ....................................................................................2-206

2.9 AMR Half Method Parameters..........................................................................2-206

2.9.1 AMR Half Active Codec Set (AmrHalfAcs)...............................................2-206

2.9.2 Thresholds of AMR (AmrThresholds) ......................................................2-207

2.9.3 Hysteresis of AMR (AmrHysteresis)........................................................2-209

2.9.4 Initial codec mode (IsAmrlCM) ...............................................................2-210

2.9.5 Start mode (AmrStartMode) ...................................................................2-211

2.9.6 Enable noise control (IsAmrNscb) ..........................................................2-213

2.10 AMR Full Method Parameters ........................................................................2-214

2.10.1 AMR full Active Codec Set (AmrFullAcs) ...............................................2-214

2.10.2 Thresholds of AMR (AmrThresholds) ....................................................2-215

2.10.3 Hysteresis of AMR (AmrHysteresis) ......................................................2-217

2.10.4 Initial codec mode (IsAmrICM) .............................................................2-218

2.10.5 Start mode (AmrStartMode) .................................................................2-219

2.10.6 Enable noise control (IsAmrNscb).........................................................2-221

2.11 GPRS Other Parameters 1.............................................................................2-222

2.11.1 Cn (Cn)...............................................................................................2-222

2.11.2 Nn (Nn)...............................................................................................2-223

2.11.3 Xn (Xn) ...............................................................................................2-225

2.11.4 Max allowed number of continous losses of uplink data blocks

(N3101)...............................................................................................2-226

2.11.5 Times of packet uplink ACK/NACK retries (N3103) ................................2-228

2.11.6 Max allowed number of continous losses of uplink RLC/MAC control

message (N3105) ................................................................................2-229


2.12.1 NACC support (NACCSupport).............................................................2-231

2.12.2 Net operation mode (NMO) ..................................................................2-232

2.12.3 Page coordination support (PagCoordination) .......................................2-234

2.12.4 Satellite transmission at GB interface indication (IsStatelliteGB) .............2-235

VII


2.12.5 Extended RLC send window allowed (IsWindowExpend) .......................2-236

2.12.6 TBF establish support (TBF_EST) ........................................................2-237

2.12.7 Signal extended uplink TBF support (SIGNAL_EUTBF) .........................2-238

2.12.8 Highest coding scheme of signal TBF (SigTBFMaxCode).......................2-239

2.12.9 Optimized POC service support (PocSupport) .......................................2-240

2.12.10 Highest coding scheme of POC service in GPRS (PocAttSelt_0) ..........2-241

2.12.11 Highest coding scheme of POC service in EGPRS (PocAttSelt_1) ........2-242

2.12.12 Max users of POC service on shared PS channel0

(PSCAPATHS_UL)...............................................................................2-243

2.12.13 Max users of POC service on shared PS channel1

(PSCAPATHS_DL)...............................................................................2-244

2.12.14 Service UTRAN CCO support (PSUTRANCCOSupp) ..........................2-245

2.12.15 LLC Transfer Support (LLCTranSupport_0~LLCTranSupport_15) .........2-246

2.12.16 LLC Pre-Transfer on NACC (Info_1_10)..............................................2-248

2.12.17 PDU buffer time (Info_1_16)...............................................................2-248

2.12.18 Choose PS route by NSVC (PSRouteByNSVC)...................................2-250

2.12.19 Enable PS Uplink Power Control In Establishment Phase

(PSUlPwrCtlInEsta)..............................................................................2-251

2.13 BVC Flow Control Parameters........................................................................2-252

2.13.1 BVC flow control support (BVCFlowCtrl) ...............................................2-252

2.13.2 MS flow control support (MSFlowCtrl) ...................................................2-253

2.13.3 Flow control mode (FlowCtrlMode) .......................................................2-254

2.13.4 Parameter of Flow control mode 1 (FlowCtrlMode1Para) .......................2-255

2.13.5 Parameter of Flow control mode 2 (FlowCtrlMode2Para) .......................2-256

2.13.6 BVC flow control R MIN value (BVCFlowCtrlRMin) ................................2-258

2.13.7 MS flow control R MIN value (MSFlowCtrlRMin) ....................................2-259

2.13.8 Support of PFC flow control procedures (PFCFlowCtrl) ..........................2-260

2.13.9 Coefficient of BVC bucket size (Info_2_0) .............................................2-261

2.13.10 Coefficient of MS bucket (Info_2_16) ..................................................2-262

2.13.11 CBL in BVC/MS flow control (Info_1_9) ...............................................2-263

2.14 FUC Flow Control Map Parameters ................................................................2-264

2.14.1 Flow control reason (ChlReqRejBmp) ...................................................2-264

2.14.2 Emergency Call...................................................................................2-265

2.14.3 Call Rebuilt .........................................................................................2-266

2.14.4 Call Response.....................................................................................2-267

2.14.5 Calling ................................................................................................2-268

2.14.6 Location Update ..................................................................................2-269

2.14.7 GPRS Access .....................................................................................2-270

VIII


2.14.8 Restore...............................................................................................2-272

2.14.9 Flow Control Map Slim Adjust...............................................................2-273

2.15 EDGE Parameters.........................................................................................2-274

2.15.1 PFC support (PFCSupport) ..................................................................2-274

2.15.2 R99 Ind (R99Ind).................................................................................2-275

2.15.3 Support of enhanced radio status procedures (EnRadioStu)...................2-276

2.15.4 RS (RS)..............................................................................................2-277

2.15.5 RR (RR) .............................................................................................2-279

2.15.6 RA (RA)..............................................................................................2-280

2.15.7 RM (RM).............................................................................................2-281

2.15.8 RB (RB)..............................................................................................2-282

2.15.9 RG (RG) .............................................................................................2-283

2.15.10 RE (RE) ............................................................................................2-285

2.15.11 ABIS resource dynamic manage (Info_1_8).........................................2-286

2.15.12 FANR in uplink TBF support (Info_4_0) ...............................................2-287

2.15.13 FANR in downlink TBF support (Info_4_1)...........................................2-288

2.15.14 DLDC support (Info_4_2) ...................................................................2-289

2.15.15 RTTI support (Info_4_3) .....................................................................2-290

2.15.16 EGPRS2-A support (Info_4_4) ...........................................................2-291

2.15.17 EGPRS prior to GPRS Support (Info_4_6) ..........................................2-292

2.15.18 Allocating weights of EGPRS (Info_4_7) .............................................2-293

2.16 eMLPP Set Parameters .................................................................................2-295

2.16.1 Strategy for preemption when assign (AssPreemptstrategy)...................2-295

2.16.2 Strategy for preemption when handover (HoPreemptstrategy) ................2-296

2.16.3 Max forced handover times when assign (AssForcedHoTry)...................2-297

2.16.4 Max forced handover times when handover (HoForcedHoTry)................2-298

2.16.5 Max forced release times when assign (AssForcedRelTry).....................2-299

2.16.6 Max forced release times when handover (HoForcedRelTry) ..................2-300

2.16.7 Preemption duration when assign (AssPreempTimer) ............................2-301

2.16.8 Preemption duration when handover (HoPreempTimer) .........................2-302

2.16.9 Timer for start forced release when assign (AssForceRelTimer)..............2-303

2.16.10 Timer for start forced release when handover (HoForceRelTimer).........2-305

2.16.11 Interval for search forced handover target when assign

(AssForceHoInterval) ...........................................................................2-306

2.16.12 Interval for search forced handover target when handover

(HoForceHoInterval).............................................................................2-307

2.16.13 Interval for search forced release target when assign

(AssForceRelInterval)...........................................................................2-308

IX


2.16.14 Interval for search forced release target when handover

(HoForceRelInterval) ............................................................................2-309

2.16.15 Queue timer for assign (RmsT11) .......................................................2-310

2.16.16 Queue timer for handover (RmsTqho).................................................2-311

2.16.17 Queue indicate when assign (QueueIndAss) .......................................2-312

2.16.18 Queue allowed when handover (QueueIndHo) ....................................2-313

2.16.19 Forced release indicate when assign (PreemptionIndAss) ....................2-314

2.16.20 Forced release allowed when handover (PreemptionIndHo) .................2-315

2.16.21 Forced handover indication for assign (ForcedHolndAss) .....................2-316

2.16.22 Forced handover indication for handover (ForcedHolndHo) ..................2-317

2.16.23 Wait resource timer after forced release (ForceRelWait).......................2-318

2.16.24 Wait resource timer after forced handover (ForceHoWait, 100ms).........2-320

2.16.25 Enough low priority for preemption (LowestPriority)..............................2-321

2.16.26 Enough call duration for preemption (LongCallDuration).......................2-322

2.16.27 Forced handover target penalty time (ForceHoPenalty)........................2-323

2.16.28 Priority of emergency service (EmergServicelPrio)...............................2-324

2.17 User Access Flow Control Parameters............................................................2-325

2.17.1 Access class parameter config select (AccConfigSelect) ........................2-325

2.17.2 First barred class 0 ~ First barred class 3

(FirstBarredClass_0~FirstBarredClass_3)..............................................2-326

2.17.3 Barred class windows 0 ~ Barred class windows 3

(BarredClassWindows_0~BarredClassWindows_3)................................2-327

2.17.4 Barred time step 0 ~ Barred time step 3

(BarredTimeStep_0~BarredTimeStep_3) ...............................................2-329

2.17.5 Access Control (AccessControl) ...........................................................2-330

2.18 UPPB Resource Alarm Parameters ................................................................2-331

2.18.1 Enable UPPB resource alarm (UppbResAlarmEnable)...........................2-331

2.18.2 Alarm threshold of failure ratio for allocating memory

(UppbResAlarmThs_0).........................................................................2-332

2.18.3 Alarm threshold of use ratio for mac instance (UppbResAlarmThs_1) ......2-333

2.18.4 Alarm threshold of use ratio for bssgp instance and tlli index


2.18.5 Alarm threshold of use ratio for mac-tlli index (UppbResAlarmThs_3) ......2-335

2.18.6 Alarm threshold of use ratio for radio channel instance


2.18.7 Alarm threshold of use ratio for TS instance (UppbResAlarmThs_5) .......2-337

2.18.8 Duration of exceeding alarm threshold (OverThsDuration) .....................2-339

2.19 AMR-WB Parameter ......................................................................................2-340

2.19.1 Thresholds of AMR-WB (AmrWBThresholds) ........................................2-340

X


2.19.2 Hysteresis of AMR-WB (AmrWBHysteresis) ..........................................2-341

2.20 Iur-g Parameter .............................................................................................2-342

2.20.1 Report characteristics (ReportType)......................................................2-342

2.20.2 Report periodicity unit (RepPeriodUnit) .................................................2-343

2.20.3 Report periodicity value (RepPeriodValue) ............................................2-344

2.20.4 Load/RT Load/NRT Load measurement threshold 1

(MeasThr1_0~MeasThr1_2) .................................................................2-345

2.20.5 Load/RT Load/NRT Load measurement threshold 2

(MeasThr2_0~MeasThr2_2) .................................................................2-346

2.20.6 Measurement hysteresis time (MeasHys,10ms).....................................2-347

2.20.7 Event report periodicity (EveRepPeriod,10ms) ......................................2-348

2.20.8 Measurement timer (MeasTimer,10ms) .................................................2-349

2.20.9 Measurement max retry number (MeasMaxRetryNum) ..........................2-350

2.20.10 Information report type (InfoReportType) .............................................2-351

2.20.11 Measurement type (MeasType)...........................................................2-352

2.20.12 Support of 2g request Iur-g (IurgOf2gReq) ..........................................2-352

2.21 Ater Timer Parameters...................................................................................2-353

2.21.1 Ater wait SCCP connection timer (TAterWaitConn) ................................2-353

2.21.2 Ater wait resource timer (TWaitAterRes) ...............................................2-355

2.21.3 Ater wait resource release timer (TAterWaitRel).....................................2-356

2.21.4 Ater handover monitor timer (TAterMoniterHO)......................................2-357

2.21.5 Ater wait resource acknowledge timer (TWaitAterResAck) .....................2-358

2.21.6 Ater block circuit timer (TAterCicBlk) .....................................................2-359

2.21.7 Ater block circuit group timer (TAterBlkCicGrp) ......................................2-360

2.21.8 Ater reset circuit timer (TAterRstCic) .....................................................2-361

2.21.9 Ater reset timer (TAterRst) ...................................................................2-362

2.21.10 Ater reset guard timer (TITCRst).........................................................2-363

2.21.11 Ater block a interface circuit timer (TBlkACic).......................................2-364

2.21.12 Ater block a interface circuit group timer (TBlkACicGrp) .......................2-366

Chapter 3 External Cell Parameters.......................................................... 3-1

3.1 GERAN External Cell Parameters ....................................................................... 3-1

3.1.1 User Label ............................................................................................... 3-1

3.1.2 External cell ID (Geran EcellID)................................................................. 3-2

3.1.3 Cell type (CellType) .................................................................................. 3-3

3.1.4 MCC (MCC)............................................................................................. 3-4

3.1.5 MNC (MNC)............................................................................................. 3-5

3.1.6 FreqBand (FreqBand)............................................................................... 3-6

3.1.7 BCCH arfcn (BcchArfcn) ........................................................................... 3-7

XI


3.1.8 LAC (LAC) ............................................................................................... 3-8

3.1.9 CI (CI) ..................................................................................................... 3-9

3.1.10 NCC (NCC).......................................................................................... 3-10

3.1.11 BCC (BCC) ...........................................................................................3-11

3.1.12 GPRS service support (PsSupport)........................................................ 3-12

3.1.13 Cell reselection offset (ReselOff_0)........................................................ 3-13

3.1.14 Cell reselection offset (ReselOff_1)........................................................ 3-14

3.1.15 Cell reselection temporary offset (TempOffset_0).................................... 3-15

3.1.16 Cell reselection temporary offset (TempOffset_1).................................... 3-17

3.1.17 Penalty time of cell reselection (PenalTime_0)........................................ 3-18

3.1.18 Penalty time of cell reselection (PenalTime_1)........................................ 3-20

3.1.19 HSC exist (HCS_EXIST_0) ................................................................... 3-21

3.1.20 HSC exist (HCS_EXIST_1) ................................................................... 3-22

3.1.21 Threshold of HSC signal level (HCS_THR_0)......................................... 3-23

3.1.22 Threshold of HSC signal level (HCS_THR_1)......................................... 3-24

3.1.23 HCS priority (PrioClass_0) .................................................................... 3-25

3.1.24 HCS priority (PrioClass_1) .................................................................... 3-26

3.1.25 Allow SOLSA MS to access (EXC_ACC) ............................................... 3-27

3.1.26 Cell reselection status (CellBarAc2)....................................................... 3-28

3.1.27 LSA ID (LSA_Id)................................................................................... 3-31

3.1.28 RAC (RAC) .......................................................................................... 3-32

3.1.29 Access minimal signal level (RxLevAsMin_0) ......................................... 3-33

3.1.30 Access minimal signal level (RxLevAsMin_1) ......................................... 3-35

3.1.31 Maximum initial access signal level (MsTxMaxCCH_0) ........................... 3-36

3.1.32 Maximum initial access signal level (MsTxMaxCCH_1) ........................... 3-38

3.2 UTRAN External Cell Parameters...................................................................... 3-40

3.2.1 Basic property........................................................................................ 3-40

3.2.2 Others ................................................................................................... 3-54

3.3 LTE External Cell Parameters ........................................................................... 3-65

3.3.1 User label (UserLabel)............................................................................ 3-65

3.3.2 LTE CELL Identification (LTECELLID)...................................................... 3-66

3.3.3 MCC (MCC)........................................................................................... 3-67

3.3.4 MNC (MNC)........................................................................................... 3-68

3.3.5 LTE CELL Identification (ENBID) ............................................................. 3-69

3.3.6 LTE CELL TYPE (CellTypeLTE) .............................................................. 3-70

3.3.7 Tracking area code (TAC) ....................................................................... 3-71

3.3.8 Physical layer cell identity of LTE CELL (PCID) ........................................ 3-72

XII


3.3.9 The attribute of LTE NodeB (ENBInd) ...................................................... 3-72

3.3.10 specified EARFCN of E-UTRAN cells (ArfcnLTE).................................... 3-73

3.3.11 the minimum value of the channel bandwidth (MeasureBandwidth) .......... 3-74

Chapter 4 Cell Parameters......................................................................... 4-1

4.1 Basic Parameters 1 ............................................................................................ 4-1

4.1.1 User Label ............................................................................................... 4-1

4.1.2 Site ID ..................................................................................................... 4-2

4.1.3 BSC (BSCID) .................................................................................... 4-3

4.1.4 BTS ID (BtsId).......................................................................................... 4-4

4.1.5 Cell Type (CellType) ................................................................................. 4-6

4.1.6 MCC (MCC)............................................................................................. 4-7

4.1.7 MNC (MNC)............................................................................................. 4-8

4.1.8 LAC (LAC) ............................................................................................... 4-9

4.1.9 CI (CI) ................................................................................................... 4-10

4.1.10 NCC (NCC)...........................................................................................4-11

4.1.11 BCC (BCC) .......................................................................................... 4-12

4.1.12 Frequency band (FreqBand) ................................................................. 4-13

4.1.13 Subcell used (SubCellUsed).................................................................. 4-14

4.1.14 Frequency Band of subcell (SubFreqBand) ............................................ 4-15

4.1.15 ARFCN list (CaArfcnList) ...................................................................... 4-16

4.1.16 GPRS service support (PsSupport)........................................................ 4-17

4.1.17 Dynamic HR support indication (DynaHREnable) ................................... 4-18

4.1.18 Dynamic HR channel allocation algorithm (DHRAlgrithm)........................ 4-19

4.1.19 CBC support (SmsCbUsed) .................................................................. 4-21

4.1.20 Threshold for TRX switched from FR to HR (HRThs) .............................. 4-22

4.1.21 PS busy threshold (Info_1_16) .............................................................. 4-23

4.1.22 Use cell AMR parameter (UseCellAMRParam) ....................................... 4-24

4.1.23 Support AMR-WB (SUPPORTAMRWB) ................................................. 4-25

4.1.24 Support CS paging prefer PS Assignment (CsPagingPrefer) ................... 4-26

4.1.25 Common control channel configuration (CcchConf) ................................ 4-27

4.1.26 Template file......................................................................................... 4-29

4.2 Basic Parameters 2 .......................................................................................... 4-30

4.2.1 TA Max (TaMax) ..................................................................................... 4-30

4.2.2 TA MIN (TaMin) ...................................................................................... 4-31

4.2.3 TA allowed (TaAllowed)........................................................................... 4-32

4.2.4 PCH load indication period (CcchLoadIndPrd).......................................... 4-33

4.2.5 Periodical location updating timer (T3212) ............................................... 4-34

XIII


4.2.6 Protection period for access attempt (T3122) ........................................... 4-36

4.2.7 Multi-band report indication (MulbandReport) ........................................... 4-37

4.2.8 Coefficient of BVC bucket size (Info_2_0) ................................................ 4-39

4.2.9 CCCH load indication (RACH) (CcchLoadINDThs_0)................................ 4-40

4.2.10 CCCH load indication (PCH) (CcchLoadINDThs_1) ................................ 4-41

4.2.11 8PSK modulating power attenuation level (Tn7Lowerlevel)...................... 4-42

4.2.12 Repeated ACCH support (RepeatACCH) ............................................... 4-43

4.2.13 Start PA power off (StartPAPowerOff) .................................................... 4-44

4.2.14 Switch flag of cell TRX power off (StartTRXPowerOff)............................. 4-45

4.2.15 Support intelligent cell shuttingdown (CellShuttingDown) ........................ 4-46

4.2.16 Upper Site Id (UPSITEID) ..................................................................... 4-48

4.2.17 Upper Cell Id (UPBTSID) ...................................................................... 4-49

4.2.18 AMR codec adjust mode (AmrAdjMode)................................................. 4-50

4.2.19 AMR codec adjust interval (AmrAdjInterval)............................................ 4-51

4.2.20 HR channel fragment repacking support (HRDfragSupport)..................... 4-52

4.2.21 Idle FR threshold For HR defrag (Info_0_8)............................................ 4-53

4.2.22 Busy threshold for HR defrag (Info_1_24) .............................................. 4-55

4.2.23 HR channel percentage threshold (HRTsPercentage) ............................. 4-56

4.2.24 Threshold of AMR HR (AmrHRThs) ....................................................... 4-57

4.2.25 Handover from FR to HR due to high load support (FRThrHoSupport) ..... 4-58

4.2.26 Intra-handover from HR to FR due to bad quality (HRTFRHOSupport) ..... 4-59

4.2.27 Start PA output voltage tuning (Info_0_0) ............................................... 4-60

4.2.28 Enable RRU of cell power off (RRUPowerOff) ........................................ 4-61

4.2.29 The switch of CIR report (ReportCIR) .................................................... 4-62

4.2.30 The L2 frame of Lapdm fill random value (LapdmL2Cfg) ......................... 4-63

4.2.31 NCC permitted (NccPermitted) .............................................................. 4-64

4.2.32 Support allocating channel by TA (AllocChlByTA) ................................... 4-65

4.2.33 The TA threshold of allocating channel in BCCH (TaThsOfBCCH)............ 4-66

4.2.34 Cell PowerOff based on traffic load (PwDownLoadInd)............................ 4-67

4.2.35 Support handover fromHR to FR due to low load (HRTFRHOSupport2) ..... 4-68

4.2.36 TRX PowerOff time bitmap (DownPowerBmp)........................................ 4-69

4.3 Basic Parameters 3 .......................................................................................... 4-70

4.3.1 Average bursts count surveyed by RACH (AvgSlots) ................................ 4-70

4.3.2 RACH receiving signal level threshold for busy burst (RachBusyThs) ........ 4-71

4.3.3 RACH load indication period (OverloadPrd) ............................................. 4-72

4.3.4 BA show (BcchBaInd)............................................................................. 4-73

4.3.5 MIN received signal level to access (RxLevAccessMin) ............................ 4-74

XIV


4.3.6 MAX number of re-transmitting events times (MRetrans)........................... 4-76

4.3.7 Number of slots to spread transmission (TxInteger) .................................. 4-78

4.3.8 Control channel MAX power level (MsTxPwrMaxCch)............................... 4-79

4.3.9 Number of multi-frames of the PCH (BsPaMframs)................................... 4-81

4.3.10 Interval of SDCCH re-sending PHY info message (T3105d) .................... 4-82

4.3.11 Interval of TCH re-sending PHY info message (T3105f) .......................... 4-84

4.3.12 MAX resending times for physical information (NY1)............................... 4-85

4.3.13 Number of blocks reserved for AGCH (BsAgBlkRes) .............................. 4-86

4.3.14 BSS radio link timer's max value for AMR FR

(BsRadioLkTmOutForAMRFR) .............................................................. 4-87

4.3.15 BSS radio link timer's max value for AMR HR

(BsRadioLkTmOutForAMRHR) .............................................................. 4-89

4.3.16 BSS radio link timers max value for AMR WFS

(BsRadioLkOutAMRWFS) ..................................................................... 4-90

4.3.17 BSS radio link timer's max value for AMR OWFS

(BsRadioLkOutAMROWFS)................................................................... 4-91

4.3.18 BSS radio link timers max value for AMR OWHS

(BsRadioLkOutAMROWHr) ................................................................... 4-93

4.3.19 LAPDM timer used for controlling the SDCCH channel. (T200_0)............ 4-94

4.3.20 Lapdm Timer for controlling FACCH/full rate channel (T200_1)................ 4-96

4.3.21 Lapdm Timer for controlling FACCH/half rate channel (T200_2)............... 4-97

4.3.22 Lapdm Timer for controlling SACCH with tch sapi0 channel (T200_3) ...... 4-98

4.3.23 Lapdm Timer for controlling SACCH with sdcch channel (T200_4)........... 4-99

4.3.24 Lapdm Timer for controlling sdcch sapi3 channel (T200_5) ....................4-100

4.3.25 Lapdm Timer for controlling SACCH with TCH sapi3 channel

(T200_6) .............................................................................................4-102

4.4 Optional Parameters........................................................................................4-103

4.4.1 Early class-mark sending control (ECSC)................................................4-103

4.4.2 IMSI attach/detach allowed (ImsIadAllowed) ...........................................4-104

4.4.3 Cell bar access (CellBarAccess).............................................................4-105

4.4.4 Call re-establishment allowed (CallReestablish) ......................................4-106

4.4.5 Downlink discontinuous transmission allowed (DtxDwlink) .......................4-107

4.4.6 Uplink discontinuous transmission (DtxUplinkBcch) .................................4-109

4.4.7 Emergency call allowed (EmergencyCall) ...............................................4-110

4.4.8 Support Emergency call preemption (EmergCallPreempt)........................ 4-111

4.4.9 Cell bar qualify (CellBarQualify)..............................................................4-113

4.4.10 Access class parameter config select (AccConfigSelect) ........................4-114

4.4.11 Cell access control support (UseCellAcc) ..............................................4-115

XV


4.4.12 Adopt Precise Paging for Circuit Switched Service (CsPrecisePag) ........4-116

4.4.13 Adopt Precise Paging for Packet Switched Service (PsPrecisePag)........4-117

4.4.14 VPC Age Time (VpcAgeTime) ..............................................................4-118

4.4.15 HBTS proofread support (HBTSScanSupport) .......................................4-119

4.4.16 RSSI threshold (RSSIThrd) ..................................................................4-120

4.4.17 Proofread freqband type (GSM1900Support) ........................................4-121

4.4.18 Access Control (AccessControl) ...........................................................4-122

4.4.19 Range of HBTS BARANG (HBTSRange) ..............................................4-124

4.4.20 Paging Hole Timer (PagHoleTimer) ......................................................4-125

4.4.21 Mobile Orignated Short Message intercept (MOSmsIntercept)................4-126

4.4.22 Mobile Terminated Short Message intercept (MTSmsIntercept) ..............4-127

4.4.23 NCC Config Parameter (NccCfgPara) ...................................................4-128

4.4.24 RxQual Threshlod (RQThreshold) ........................................................4-129

4.4.25 TCH Allocation Threshold For Dual-Frequency Network

(DualFreqNetTchThs) ...........................................................................4-130

4.4.26 Diversity Combine Mode (DivCombMode).............................................4-131

4.4.27 SubCell Channel Allocation Parameter (CSAllocSC)..............................4-131

4.4.28 Is Enhanced Dual-Frequency Network Support (IsDualFreqSup) ............4-132

4.5 Cell Selection Parameters................................................................................4-133

4.5.1 the maximum thresholds of Utran reselection (UtranHighThresh) .............4-133

4.5.2 the minimum thresholds of Utran reselection (UtranLowThresh) ...............4-134

4.5.3 Minimum RX level for Utran cells (UtranQRXLEVMIN).............................4-135

4.5.4 The maximum thresholds of EUtran reselection (EUtranHighThresh) ........4-136

4.5.5 The minimum thresholds of EUtran reselection (EUtranLowThresh)..........4-137

4.5.6 Minimum RX level for EUtran cells (EUtranQRXLEVMIN) ........................4-138

4.5.7 The maximum RSRQ thresholds for EUtran reselection

(EUtranHighThreshQ) ..........................................................................4-139

4.5.8 The minimum RSRQ thresholds of EUtran reselection

(EUtranLowThreshQ) ...........................................................................4-140

4.5.9 Minimum RSRQ for EUtran cells (EUtranQQUALMIN) .............................4-141

4.5.10 Additional reselection parameter indication (AdditionReselPI).................4-142

4.5.11 Cell reselection parameter indication (CellReselPI) ................................4-143

4.5.12 Cell reselection offset (ReselOffset) ......................................................4-144

4.5.13 Temporary offset (TemporaryOffset)......................................................4-147

4.5.14 Penalty time (PenaltyTime) ..................................................................4-148

4.5.15 Cell reselecting hysteresis level (ReselHysteresis).................................4-149

4.5.16 New setup cause indication (NECI).......................................................4-151

4.5.17 Power offset indication (PowerOffsetInd)...............................................4-153

XVI


4.5.18 Power offset (PowerOffset) ..................................................................4-154

4.5.19 Based on priority Cell re-selection Switch (PrioReselSupport) ................4-155

4.5.20 Priority of GSM cells (ServCellPrio) ......................................................4-156

4.5.21 Threshold of serving cell that used by priority Cell re-selection algorithm

(THRESHPRIORYSEARCH) ................................................................4-156

4.5.22 Threshold that Allow MS re-select to lower priority Cell

(THRESHGSMLOW)............................................................................4-157

4.5.23 Hysteresis of priority reselection algorithm (HysteresisofPRiority) ...........4-158

4.5.24 Time hysteresis of priority reselection algorithm

(TimeHysteresisofReS) ........................................................................4-159

4.5.25 The default priority of Utran Cells (UtranDefaultPrio)..............................4-160

4.5.26 The default priority of EUtran Cells (EUtranDefaultPrio) .........................4-161

4.6 Service Process Additional Parameters ............................................................4-162

4.6.1 Directed retry indication (DrInd_0) ..........................................................4-162

4.6.2 External directed retry indication (DrInd_1)..............................................4-163

4.6.3 Queue allowed when assign (QueueInd_0) .............................................4-164

4.6.4 Queue allowed when handover (QueueInd_1).........................................4-165

4.6.5 Preemption allowed when assign (PreemptionInd_0) ...............................4-166

4.6.6 Preemption allowed when handover (PreemptionInd_1)...........................4-168

4.6.7 When assigned forced handover (ForcedHoInd_0) ..................................4-169

4.6.8 Forced handover allowed when handover (ForcedHoInd_1).....................4-170

4.6.9 Number of candidate cells for handover (CandidateNum).........................4-171

4.6.10 Fast average indication (FastAvg) ........................................................4-172

4.6.11 BCCH switch allowed (CanBcchExch)...................................................4-173

4.6.12 SDCCH dynamic configuration allowed (CanSdcchDyn) ........................4-174

4.6.13 Minimal resource threshold (ResourceThs) ...........................................4-175

4.6.14 Base-band hopping TRX exchange support (Info_0_3) ..........................4-176

4.6.15 Support NCell of channel release (NCELLINDOFCHLREL) ....................4-177

4.6.16 RelEUtranStrategy (RelEUtranStrategy)................................................4-178

4.6.17 RelEUtranPrio (RelEUtranPrio).............................................................4-179

4.6.18 Allowed FACCH call setup after emergency call (FacchCallInd_0) ..........4-180

4.6.19 Allowed FACCH call setup when page respond (FacchCallInd_1)...........4-181

4.6.20 Allowed call setup on FACCH (FacchCallInd_2) ....................................4-182

4.6.21 Allowed call reestablished on FACCH (FacchCallInd_3).........................4-183

4.7 System Parameters.........................................................................................4-184

4.7.1 Interference average period (InterfAvgPrd)..............................................4-184

4.7.2 Interference Band Boundary (InterfBoundary_0)......................................4-185


XVII






4.7.8 MAX value of MS Radio link timeout (MsRadioLKTmOut) ........................4-194

4.7.9 Radio link failure criterion (ConFailCriterion) ...........................................4-195

4.7.10 MAX value of BSS Radio link timeout (BsRadioLKTmOut) .....................4-197

4.7.11 Receiving level threshold (RxLevThs) ...................................................4-198

4.7.12 Receiving quality threshold (RxQualThs)...............................................4-199

4.7.13 Radio link failure checking period (RxLevQualprd) .................................4-200

4.7.14 AMR FR (MsRadioLkTmOutAMRFR)....................................................4-201

4.7.15 AMR HR (MsRadioLkTmOutAMRHR)...................................................4-203

4.7.16 AMR WFS (MsRadioLkOutAMRWFS)...................................................4-204

4.7.17 AMR-WB OWFS (MsRadioLkOutAMROWFS).......................................4-205

4.7.18 AMR-WB OWHR (MsRadioLkOutAMROWHR)......................................4-206

4.8 AMR Half Method Parameters..........................................................................4-207

4.8.1 AMR Half Active Codec Set (AmrHalfAcs)...............................................4-207



4.8.4 Initial codec mode (IsAmrlCM) ...............................................................4-211



4.9 AMR Full Method Parameters ..........................................................................4-215

4.9.1 AMR full Active Codec Set (AmrFullAcs) .................................................4-215



4.9.4 Initial codec mode (IsAmrICM) ...............................................................4-219



4.10 Other Parameters..........................................................................................4-223

4.10.1 Preprocessing indication (Preprocess) ..................................................4-223

4.10.2 Reserved rate of EMLPP (EMLPPThs) .................................................4-225

4.10.3 Use cell EMLPP Threshold (UseCellEmlppThs).....................................4-226

4.10.4 Frequency offset correct support (Info_0_1) ..........................................4-227

4.10.5 Maximum power on handover command support (Info_0_2)...................4-228

4.10.6 MR Report Time Bmp (MrRptTimeBmp)................................................4-229

4.10.7 Non Cipher Mode support (CipherMode_0_0) .......................................4-230

XVIII


4.10.8 Cipher Mode support A5/1 (CipherMode_0_1).......................................4-231

4.10.9 Cipher Mode support A5/2 (CipherMode_0_2).......................................4-232

4.10.10 Cipher Mode support A5/3 (CipherMode_0_3).....................................4-233

4.10.11 Cipher Mode support A5/4 (CipherMode_0_4) .....................................4-234




4.10.15 Cipher mode priority1 ~ Cipher mode priority7 (CipherMode_1~

CipherMode_7)....................................................................................4-238

4.10.16 Channel Select Strategy (ChanSelectStrategy)....................................4-239

4.10.17 Info_3 ...............................................................................................4-241

4.10.18 Info_4 ...............................................................................................4-241

4.10.19 Info_5 ...............................................................................................4-242

4.10.20 Info_6 ...............................................................................................4-243

4.10.21 Info_7 ...............................................................................................4-244

4.11 GPRS Basic Parameters................................................................................4-245

4.11.1 SGSN ID (SGSNID).............................................................................4-245

4.11.2 NSEI (NSEI)........................................................................................4-246

4.11.3 BVCI (BVCI)........................................................................................4-247

4.11.4 RAC (RAC) .........................................................................................4-248

4.11.5 PS service busy level (PsBusyLevel) ....................................................4-250

4.11.6 Enable cell PS push down (PSPushDown) ............................................4-251


4.12.1 Additional reselection parameter indicator (AddResPI2) .........................4-252

4.12.2 SI13 sending position (Si13Locate).......................................................4-253

4.12.3 Route area color code (RaColor) ..........................................................4-254

4.12.4 Minimal number of idle CS channel (CsChansThs) ................................4-255

4.12.5 Packet access priority threshold (PriAcThr) ...........................................4-256

4.12.6 Packet System Information Send Speed (SendSpeed (PSI2, PSI3,

PSI3BIS, PSI4, PSI5, PSI13, PSI3ter, PSI8, PSI3quater)).......................4-258

4.12.7 Overload report period on PRACH (OvLoadPer)....................................4-259

4.12.8 Link error counter (RLTimeout) .............................................................4-260

4.12.9 PRACH receiving signal level threshold (PrachBusyT) ...........................4-261

4.12.10 Average measuring bursts number on PRACH (MeaAvgSlot) ...............4-262

4.12.11 Buffer threshold of paging message (PccchIndTh_0)............................4-263

4.12.12 Queue length threshold in 64 multi-frame paging period

(PccchIndTh_1) ...................................................................................4-264

4.12.13 PRACH overload threshold ratio (PccchIndTh_2).................................4-265

XIX



4.13.1 DTM support (DTMSupport) .................................................................4-266

4.13.2 DTM Enhance Capability (DTMEnhanceCapa) ......................................4-267

4.13.3 CCN mode support (CCNActive) ..........................................................4-268

4.13.4 Cell support system message status flow (SIStatusInd) .........................4-269

4.13.5 Allow SOLSA MS to access (Exc_Acc) .................................................4-271

4.13.6 CCCH SplitPGCycle support (SpgcSuport) ...........................................4-272

4.13.7 Extended paging support (EpageMode) ................................................4-273

4.13.8 PSI status support (PsiStatInd).............................................................4-274

4.13.9 Cell support extendable uplink TBF (Ext_UTBF)....................................4-276

4.13.10 Uplink delay time (UlDelayTime) .........................................................4-277

4.13.11 Interval number of GPRS TBF downlinks RRBP

(GPRSDIRrbpInterVal) .........................................................................4-278

4.13.12 Interval number of downlink EGPRS TBFs RRBP

(EGPRSDIRrbpInterVal) .......................................................................4-279

4.13.13 Interval number of uplink GPRS TBFs ACK (GPRSUlAckInterVal)........4-280

4.13.14 Interval number of uplink EGPRS TBFs ACK

(EGPRSUlAckInterVal) .........................................................................4-281

4.13.15 Single block assign offset (Info1_0_0) .................................................4-282

4.13.16 Polling retry times (Info1_0_8) ............................................................4-283

4.13.17 Uplink measurement report period (Ulmeasureperiod)..........................4-284

4.13.18 Calculating period of load on PPCH (LoadPer) ....................................4-285

4.13.19 PSI1 sending period (Psi1RepPer) .....................................................4-286

4.13.20 USF granularity (USFGranularity) .......................................................4-287

4.13.21 Extended uplink dynamic allocation support (ExUpDynSupport) ...........4-288

4.13.22 ABIS time slots reserved for packet service (Info_1_0).........................4-289

4.13.23 The MAX of ABIS for GPRS user (Info_1_8)........................................4-291

4.13.24 GPRS initial downlink allocation by multislot class 1 (Info1_1_4)...........4-292

4.13.25 Service UTRAN CCO support (UTRANCCOSupp)...............................4-293

4.13.26 Strategy of servic UTRAN CCO (CCOStrategy) ...................................4-295

4.13.27 Enable no data during extended uplink TBF mode (INFO1_5_0)...........4-296

4.13.28 Downlink TBF pre-establish support (EarlyDlTBFEstSupp)...................4-297

4.13.29 Downlink Delay time in data TBF Mode (DataTBFDlDelayTime) ...........4-298

4.13.30 Extendable uplink TBF time in data TBF Mode (DataTBFExtUlTime) ......4-299


4.14.1 C/I (Sc) ...............................................................................................4-300

4.14.2 ARP (Sa) ............................................................................................4-301

4.14.3 THP (St) .............................................................................................4-303

XX


4.14.4 PS queuing support (PsQueueInd) .......................................................4-304

4.14.5 Max PS Queue Count (PsMaxQueueInstNum) ......................................4-305

4.14.6 PS preemption support (PsPreemptionInd) ...........................................4-306

4.14.7 3G NACC support (Support3GCCN) .....................................................4-307

4.14.8 PS preempt CS support (PSPrmpCSSupport) .......................................4-308

4.14.9 Maximal resource for POC service (POCSrcThs)...................................4-309

4.14.10 Enable uplink interference decision in NC2 (INFO1_5_1) .....................4-311

4.14.11 Enable downlink interference decision in NC2 (INFO1_5_2) .................4-311

4.14.12 P of uplink interference decision in NC2 (INFO1_5_3)..........................4-312

4.14.13 N of uplink interference decision in NC2 (INFO1_5_8) .........................4-313

4.14.14 P of downlink interference decision in NC2 (INFO1_5_13)....................4-314

4.14.15 N of downlink interference decision in NC2 (INFO1_5_18) ...................4-315

4.14.16 Quality offset of uplink interference in NC2 (INFO1_5_23)....................4-316

4.14.17 Signal offset of uplink interference in NC2 (INFO1_6_0).......................4-317

4.14.18 Quality offset of downlink interference in NC2 (INFO1_6_5) .................4-318

4.14.19 Signal offset of downlink interference in NC2 (INFO1_6_10).................4-319

4.14.20 Num of samples that calculates average of uplink signal level in NC2

(INFO1_6_15)......................................................................................4-320

4.14.21 Num of samples that calculates average of downlink signal level in

NC2 (INFO1_6_20) ..............................................................................4-321

4.14.22 Num of samples that calculates average of uplink quality level in NC2

(INFO1_6_25)......................................................................................4-322

4.14.23 Num of samples that calculates average of downlink quality level in

NC2 (INFO1_7_0)................................................................................4-323

4.14.24 NC2 Distance Windows (NC2DistanceWindow)...................................4-324

4.14.25 Transform from uplink delay to extend (Info1_1_16).............................4-325

4.14.26 Max Num of resend packet assignment (Info1_1_8).............................4-326

4.14.27 Resource adjust for CS preempt (Info1_1_17) .....................................4-327

4.14.28 Subcell selection of PS channel allocation (PSALLOCSC_0)................4-328

4.14.29 RXLEV threshold in subcell 1 (PSALLOCSC_1) ..................................4-330

4.14.30 RXLEV threshold in subcell 2 (PSALLOCSC_2) ..................................4-332

4.14.31 Multislot allocation of extended range cell support (Info1_7_13)............4-333

4.14.32 Support resource optimizing by service (SuppResOpByService)...........4-334

4.14.33 RxLev P Value (RxLevP)....................................................................4-335

4.14.34 RxLev N Value (RxLevN) ...................................................................4-336

4.14.35 TA P Value (TaP) ...............................................................................4-337

4.14.36 TA N Value (TaN)...............................................................................4-338

4.14.37 SubCell1 PS Busy Threshold (SubCell1PsChanThs) ...........................4-339

XXI


4.14.38 SubCell2 PS Busy Threshold (SubCell2PsChanThs) ...........................4-340

4.14.39 TA threshold for PS channel allocate in subcell1 (TaLevelThs1)............4-341

4.14.40 TA threshold for PS channel allocate in subcell2 (TaLevelThs2)............4-342

4.14.41 Resource adjust threshold (ResourceAdjustThs) .................................4-343

4.14.42 Info1_2 .............................................................................................4-344

4.14.43 Info1_3 .............................................................................................4-345

4.14.44 Is Dual-Frequency NC2 Support (DualFreqNC2Sup).......................

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