Sj 20120319104909-007-zxur 9000 umts (v4.11.20) radio parameter reference

ZXUR 9000 UMTS
Radio Network Controller
Radio Parameter Reference
Version: V4.11.20
ZTE CORPORATION
NO. 55, Hi-tech Road South, ShenZhen, P.R.China
Postcode: 518057
Tel: +86-755-26771900
Fax: +86-755-26770801
URL: http://ensupport.zte.com.cn
E-mail: support@zte.com.cn

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Revision History
Revision No. Revision Date Revision Reason
R1.0 2012-05-30 First edition
Serial Number: SJ-20120319104909-007
Publishing Date: 2012-05-30 (R1.0)

Contents
About This Manual ......................................................................................... I
Chapter 1 User Guide.................................................................................1-1
Chapter 2 RNC Radio Parameters.............................................................2-1
2.1 The Relationship Among Radio Managed Objects................................................ 2-5
2.2 UMTS Logical Function Configuration (URncFunction) ....................................... 2-18
2.2.1 RNC Configuration Object ID .................................................................. 2-18
2.2.2 description ............................................................................................. 2-19
2.2.3 User Label ............................................................................................. 2-20
2.2.4 RNC Identity .......................................................................................... 2-21
2.2.5 Shared Network Mode............................................................................ 2-22
2.2.6 Plmn Select Method for MOCN Network Sharing...................................... 2-23
2.2.7 Type of Transport Channel for Initial RRC Connection Setup..................... 2-24
2.2.8 GPS Information Root............................................................................. 2-26
2.2.9 Duration of Valid Cell Load Info ............................................................... 2-27
2.2.10 Downlink Non-Conversational Service Maximum MAC-d PDU Size
Extended.............................................................................................. 2-28
2.2.11 Downlink Conversational Service Maximum MAC-d PDU Size
Extended.............................................................................................. 2-29
2.2.12 Uplink Conversational Service Maximum Uplink RLC PDU Size .............. 2-30
2.2.13 Uplink Conversational Service Minimum Uplink RLC PDU Size ............... 2-31
2.2.14 Uplink Non-Conversational Service Maximum Uplink RLC PDU Size ....... 2-33
2.2.15 Uplink Non-Conversational Service Minimum Uplink RLC PDU Size........ 2-34
2.2.16 HARQ RV Configuration ....................................................................... 2-35
2.2.17 Maximum Bit Rate with HS-SCCH Less for Non-VoIP/AMR..................... 2-36
2.2.18 Emergency Call Redirect Switch............................................................ 2-37
2.2.19 Intra-RAT IuUP Version Selection .......................................................... 2-38
2.2.20 Inter-RAT IuUP Version Selection .......................................................... 2-39
2.2.21 Switch of Non Emergency CS Service Access to CELL_FACH On
RRC..................................................................................................... 2-40
2.2.22 Timer for Stopping Inter-frequency Measurement and Activating
Inter-RAT Measurement ........................................................................ 2-42
2.2.23 Dual Carrier Redirection Strategy Switch ............................................... 2-43
2.2.24 the Release UE Number when Band Exceeds Limit................................ 2-44
I

2.2.25 Maximum Number of Retransmissions of the RRC CONNECTION
SETUP................................................................................................. 2-45
2.2.26 Interval of Retransmission of RRC CONNECTION SETUP...................... 2-47
RELEASE COMPLETE Message(N308)................................................. 2-48
RELEASE Message.............................................................................. 2-50
2.2.29 Max CS Delay...................................................................................... 2-51
2.2.30 Delay Time Threshold of D/D->HS/D or HS/E after HS/D or HS/E ->D/D
Triggering by Channel Quality................................................................ 2-52
2.2.31 Wait Timer for Adjusting Uplink and Downlink Reconfiguration by One
Step Upward......................................................................................... 2-53
2.2.32 Wait Timer for Adjusting Uplink and Downlink Reconfiguration by One
Step Downward .................................................................................... 2-55
2.2.33 Wait Time for RADIO BEARER RECONFIGURATION COMPLETE
when CELL_DCH to CELL_FACH.......................................................... 2-56
2.2.34 IU Uplink in Sequence Delivery Indicator whether According to
Indication from CN ................................................................................ 2-57
2.2.35 Lcs over Iur Support Indicator................................................................ 2-59
2.2.36 Number of Cells Updating SIB3 ............................................................ 2-60
2.2.37 Time Interval Updating SIB3 among Cells .............................................. 2-61
2.2.38 MBMS Multicast Mode Support Indicator................................................ 2-62
2.2.39 MBMS Enhanced Broadcast Mode Support Indicator.............................. 2-63
2.2.40 MBMS over Iur Support Indicator........................................................... 2-64
2.2.41 MBMS Channel Rate Support Indicator(8kbps)....................................... 2-65
2.2.42 MBMS Channel Rate Support Indicator(16kbps)..................................... 2-66
2.2.45 MBMS Channel Rate Support Indicator(128kbps)................................... 2-69
2.2.46 MBMS Channel Rate Support Indicator(256kbps)................................... 2-70
2.2.47 Threshold of Adding New Radio Link Based On Ec/No In Soft
Handover ............................................................................................. 2-71
2.2.48 Threshold of Adding New Radio Link Based On RSCP In Soft
Handover ............................................................................................. 2-72
2.2.49 Timer for State Query ........................................................................... 2-73
2.2.50 CBS Function Switch............................................................................ 2-75
2.2.51 Time of Arrival Window Startpoint for PCH ............................................. 2-76
2.2.52 Time of Arrival Window Endpoint for PCH .............................................. 2-77
2.2.53 Time of Arrival Window Startpoint for FACH ........................................... 2-78
II

2.2.54 Time of Arrival Window Endpoint for FACH ............................................ 2-80
2.2.55 Inactivity Time of E_FACH Transmission(T321) ...................................... 2-81
2.2.56 Cycle Length of Discontinue Receiving of E-FACH ................................. 2-82
2.2.57 Length of Receiving Frames in E-FACH DRX......................................... 2-83
2.2.58 Indication of UE with Enhanced DRX..................................................... 2-85
2.2.59 R99 CS AMR Services BLER Target Adjustment Switch ......................... 2-86
2.2.60 Timer for IU Release Resource ............................................................. 2-87
2.2.61 UTRAN DRX Cycle Length Coefficient................................................... 2-88
2.2.62 Inter-Frequency Balance Switch Based on Measurement........................ 2-90
2.2.63 Inter-Frequency Balance Switch Based on Measurement with
Overlapping or Covering Relation........................................................... 2-91
2.2.64 Timer of Deactivate Compressed Mode for Balance Strategy Based On
Measurement ....................................................................................... 2-92
2.2.65 The Time Threshold that the RNC May Resend the MEASUREMENT
CONTROL RELEASE ........................................................................... 2-93
2.2.66 The Target of UE Version for Heart Beat(R4).......................................... 2-95
2.2.71 Heart Beat Period................................................................................2-100
2.2.72 The Switch Indicates whether Only Judge the Downlink Traffic on Heart
Beat for Channel Switching to PCH/IDLE...............................................2-101
2.2.73 BER Target Adjust Timer in Fast OLPC SIR Target Downward
Adjustment Based on BER ...................................................................2-103
2.2.74 Time of Waiting for RADIO LINK RESTORE INDICATION......................2-104
2.2.75 Time of Waiting for CELL UPDATE After RNC Sending Radio Link
Deactivation Command for RB Setup/Reconfiguration/Release
Response Timer Expiration...................................................................2-105
2.2.76 Waiting time length for ACTIVE SET UPDATE COMPLETE ...................2-107
2.2.77 Time of Waiting for RB Setup/Reconfiguration/Release Response over
Uu Interface.........................................................................................2-108
2.2.78 Time of Waiting for RRC CONNECTION COMPLETE............................2-110
2.2.79 Switch of Fast Reconfiguration Function When the HS Service Cell was
Changed ............................................................................................. 2-111
2.2.80 Waiting Time for SRNS Context Request ..............................................2-112
2.2.81 Waiting Timer for SRNS DATA FORWARD COMMAND .........................2-113
2.2.82 Waiting Timer of SRNS for IU RELEASE COMMAND while PS service
handover from 3G to 2G.......................................................................2-115
III

2.2.83 Network Resource Identifier Bit Num in CS Domain...............................2-116
2.2.84 Network Resource Identifier Bit Num in PS Domain ...............................2-117
2.2.85 GBR of AMR Service Whether to be Reserved Indicator ........................2-118
2.2.86 Location Mode ....................................................................................2-119
2.2.87 QChat Support Indicator ......................................................................2-121
2.2.88 RNC Switch of Fast Return to E-UTRAN...............................................2-122
2.2.89 Reserved RUB Switch .........................................................................2-123
2.2.90 UE Version for Reserved RUB..............................................................2-124
2.2.91 Target Cell Judgment Strategy for Access/Handover Algorithm in
Shared Network...................................................................................2-125
2.2.92 HCS Support Indicator.........................................................................2-126
2.2.93 UE's Device Type Condition Whether to be Judged Indicator when
Heart Beat Detection............................................................................2-127
2.2.94 CDT Overload Threshold .....................................................................2-128
2.2.95 Wait Time for RECONFIGURATION COMPLETE when UE Leaving
PCH or FACH State to Enter CELL _DCH State.....................................2-129
2.2.96 RRC on HS Channel with DC Indicator .................................................2-131
2.2.97 Switch of Using DL Power Control Request Information in Iur
Interface..............................................................................................2-132
2.2.98 The Offset of CPICH Ec/No in Iur Interface Relative to the UE
Measurement Result ............................................................................2-133
2.2.99 Switch of URA_PCH for UE of Release 99 and Release 4......................2-135
2.2.100 UTRA SI Switch.................................................................................2-136
2.2.101 Application Service Detection Period...................................................2-137
2.2.102 Total Data Number.............................................................................2-138
2.2.103 DPI Peading Time .............................................................................2-139
2.2.104 User-Defined PLMN Selection In Case of GWCN support Indicator.......2-140
2.2.105 Multiple PLMNs is allowed In MIB or not..............................................2-141
2.2.106 Switch of RNC Send RL SETUP and RRC CONNECTION SETUP in
Parallel when Setting up RRC CONNECTION .......................................2-142
2.2.107 The Routing Select Type for UE-Based...............................................2-143
2.2.108 CS Service Threshold for energy conservation ....................................2-144
2.2.109 UE Threshold for energy conservation ................................................2-145
2.2.110 CS Service Threshold for Board Attribution switch ...............................2-147
2.2.111 UE Threshold for Board Attribution switch............................................2-148
2.2.112 Time to wait Service auto hang off before Board power off....................2-149
2.2.113 Switch of Faster L1 DCH synchronization............................................2-150
2.2.114 CMP User Admission Control Threshold When the Module in Normal
Running ..............................................................................................2-151
IV

2.2.115 DMP User Admission Control Threshold When the Module in Normal
Running ..............................................................................................2-152
2.2.116 Time of Waiting for CELL UPDATE After RNC Waiting ACTIVE SET
UPDATE COMPLETE/ RECONFIGUATION COMPLETE of Hard
Handover Timer Expiration UPDATE COMPLETE Timer Expiration.........2-153
2.2.117 Virtual LAC Paging Support Indication.................................................2-154
2.2.118 Power Offset for White List User .........................................................2-155
2.2.119 User Drop Switch Triggered by VIP.....................................................2-156
2.2.120 VIP Exist Notification Switch ..............................................................2-157
2.2.121 Lowest Priority of Neighbor Cell Notified of VIP Existing ......................2-159
2.2.122 Switch for White List ..........................................................................2-160
2.2.123 Additional Size for Uplink SIR Target Increasing When Consecutive
Error TB Occurs...................................................................................2-161
2.2.124 Valid Time Window for the TB in Shield Period ....................................2-162
2.2.125 The Waiting Timer for UE Handover When Board's Power is Off...........2-164
2.2.126 Maximum Call Capacity .....................................................................2-165
2.2.127 Maximum Data Process Capacity .......................................................2-166
2.2.128 Load Balance Parameter in MSC Pool ................................................2-167
2.2.129 Load Balance Parameter in SGSN Pool ..............................................2-168
2.2.130 VIP Specific Frequency Strategy Switch..............................................2-169
2.2.131 CS VIP Specific Downlink Carrier Central Frequency Indicator .............2-170
2.2.132 VIP Forced Handover Switch..............................................................2-171
2.2.133 Switch of Optimization When Load Balance Fail. .................................2-172
2.2.134 PS VIP Specific Downlink Carrier Central Frequency Indicator .............2-173
2.2.135 Switch of RNC Send RL SETUP and ACTIVE SET UPDATE Parallelly
when Soft Add Handover......................................................................2-174
2.2.136 Switch of DSCR in transferring unsuccessfully from Common Status to
CELL_DCH status................................................................................2-175
2.2.137 Global Reserved Parameter 1 ............................................................2-176
2.2.146 Global Reserved Parameter 10 ..........................................................2-185
V

2.2.147 Global Reserved Parameter 11...........................................................2-186
2.3 Location Area Configuration (ULocationArea)....................................................2-215
2.3.1 Location Area Configuration Object ID....................................................2-215
2.3.2 Location Area Code...............................................................................2-216
2.4 Routing Area Configuration (URoutingArea)......................................................2-217
2.4.1 Routing Area Configuration Object ID .....................................................2-217
2.4.2 Routing Area Code................................................................................2-218
2.5 Service Area Configuration (UServiceArea).......................................................2-219
VI

2.5.1 Service Area Configuration Object ID .....................................................2-219
2.5.2 Service Area Code for CS and PS Domain..............................................2-220
2.6 Service Area Configuration in BC Domain (UServiceAreaBc) .............................2-221
2.6.1 Service Area Configuration in BC Domain Object ID................................2-221
2.6.2 Service Area Code for BC Domain .........................................................2-222
2.7 Logic RNC Configuration (ULogicalRnc) ...........................................................2-224
2.7.1 Logic RNC Configuration Object ID ........................................................2-224
2.7.2 Number of GSM BA Range....................................................................2-225
2.7.3 GSM Lower Range................................................................................2-226
2.7.4 GSM Upper Range................................................................................2-227
2.7.5 Number of FDD UMTS Frequency Range...............................................2-228
2.7.6 UARFCN Nlow......................................................................................2-229
2.7.7 UARFCN Nupper ..................................................................................2-231
2.7.8 AMR Rate Adjustment Switch for RNC ...................................................2-232
2.7.9 Switch for QoS Negotiation/Renegotiation...............................................2-233
2.7.10 MR Function Switch.............................................................................2-234
2.7.11 Integrity Protection Algorithm(UIA1) ......................................................2-235
2.7.12 Integrity Protection Algorithm(UIA2)......................................................2-237
2.7.13 Encryption Algorithm(UEA0).................................................................2-238
2.7.16 AMR_NB 4.75k Use Tag ......................................................................2-241
2.7.17 AMR_NB 5.15k Use Tag ......................................................................2-242
2.7.18 AMR_NB 5.90k Use Tag ......................................................................2-243
2.7.19 AMR_NB 6.70k Use Tag ......................................................................2-244
2.7.20 AMR_NB 7.40k Use Tag ......................................................................2-245
2.7.21 AMR_NB 7.95k Use Tag ......................................................................2-246
2.7.22 AMR_NB 10.2k Use Tag ......................................................................2-247
2.7.23 AMR_NB 12.2k Use Tag ......................................................................2-248
2.7.24 AMR_WB 6.60k Use Tag .....................................................................2-249
2.7.25 AMR_WB 8.85k Use Tag .....................................................................2-250
2.7.26 AMR_WB 12.65k Use Tag....................................................................2-251
2.7.27 AMR_WB 14.25k Use Tag....................................................................2-252
2.7.28 AMR_WB 15.85k Use Tag....................................................................2-253
2.7.29 AMR_WB 18.25k Use Tag....................................................................2-254
2.7.30 AMR_WB 19.85k Use Tag....................................................................2-255
2.7.31 AMR_WB 23.05k Use Tag....................................................................2-256
VII

2.7.32 AMR_WB 23.85k Use Tag....................................................................2-257
2.7.33 Tnnsf..................................................................................................2-258
2.7.34 Lower Limit of GBR for Uplink Services Used for QoS
Negotiation/Renegotiation ....................................................................2-260
2.7.35 Lower Limit of GBR for Downlink Services Used for QoS
Negotiation/Renegotiation ....................................................................2-261
2.7.36 Negotiated GBR Level Number Shared by Uplink and Downlink .............2-262
2.7.37 CDT Function Switch...........................................................................2-263
2.7.38 CDT-IMEI Acquisition Switch................................................................2-264
2.7.39 Switch for RL Reference Time Adjust During Diversity Mode ..................2-265
2.7.40 Handover to GSM Penalty Timer ..........................................................2-266
2.7.41 Compressed Mode Configuration Strategy ............................................2-267
2.7.42 RNC Switch for PS Handover with LTE .................................................2-269
2.7.43 RNC SRVCC Switch............................................................................2-270
2.7.44 Narrow-Band AMR Initial Data Rate for High Cell Load ..........................2-271
2.7.45 Wide-Band AMR Initial Data Rate for High Cell Load .............................2-272
2.7.46 Special Network Resource Identifier in CS Domain................................2-273
2.7.47 Special Network Resource Identifier in PS Domain................................2-274
2.7.48 Switch of Permit PS Handover from LTE to UTRAN Because of
CSFB..................................................................................................2-276
2.7.49 THP Segment Threshold......................................................................2-277
2.7.50 Uplink Rate Adjustment Level Number..................................................2-278
2.7.51 Uplink Rate Adjustment Level...............................................................2-279
2.7.52 Downlink Rate Adjustment Level Number..............................................2-280
2.7.53 Downlink Rate Adjustment Level ..........................................................2-282
2.7.54 Used Dynamic Radio Bearer Control Information Profile ........................2-283
2.7.55 Switch of CS voice over HSPA .............................................................2-284
2.7.56 DRBC Method Switch ..........................................................................2-285
2.7.57 Switch of E-TTI Switching Triggered by User Plane Throughput
Measurement ......................................................................................2-286
2.7.58 Switch for DL DCH Rate Adjustment Based on D-TCP...........................2-288
2.7.59 Switch for UL DCH Rate Adjustment Based on UE Transmission
Power .................................................................................................2-289
2.7.60 Downlink Maximum Rate Threshold of I/B Service on CELL_FACH .......2-290
2.7.61 Uplink Maximum Rate Threshold of I/B Service on RACH .....................2-291
2.7.62 Switch for DCH Rate Adjustment Based on Traffic Volume
Measurement ......................................................................................2-293
2.7.63 HS/D->D/D or HS/E->D/D Based on Quality Measurement Switch for
I/B Traffic.............................................................................................2-294
VIII

2.7.64 HS/D->D/D or HS/E->D/D Based on Quality Measurement Switch for S
Traffic..................................................................................................2-295
2.7.65 C Traffic Rate Threshold Used for Determining NRT PS Rate Upper
Limit....................................................................................................2-296
2.7.66 NRT PS Traffic Uplink Rate Upper Limit When Low Rate C Traffic+ PS
Traffic..................................................................................................2-298
2.7.67 NRT PS Traffic Downlink Rate Upper Limit When Low Rate C Traffic+
PS Traffic ............................................................................................2-299
2.7.68 NRT PS Traffic Uplink Rate Upper Limit When High Rate C Traffic+ PS
Traffic..................................................................................................2-301
2.7.69 NRT PS Traffic Downlink Rate Upper Limit When High Rate C Traffic+
PS Traffic ............................................................................................2-302
2.7.70 Switch of supporting SRB on E-DCH ....................................................2-304
2.7.71 Quality Measurement Switch for VoIP/ CS Voice ...................................2-305
2.7.72 Initial Rate of UL DCH .........................................................................2-306
2.7.73 Initial Rate of DL DCH .........................................................................2-307
2.7.74 Switch of 6.8kbps Signaling Using on DCH ...........................................2-309
2.7.75 Switch of PS Service Channel Allocation for Concurrent CS+PS ............2-310
2.7.76 Online-already Service Reconfiguration Method for UE of Release 6
and after Release 6 When Multi-RAB ....................................................2-311
2.7.77 Switch of Dynamic Radio Bearer Control Based on DPI .........................2-312
2.7.78 Switch of DPI Based QoS Algorithm .....................................................2-313
2.7.79 Non QChat RB2 Whether to be Released Indicator When It is no Traffic
Volume................................................................................................2-315
2.7.80 Event 4B0 Counter Threshold for the Release of Qchat UE's
Non-Qchat-RB2 PS Service(Shared by Uplink and Downlink) .................2-316
2.7.81 NACC Support Indicator.......................................................................2-317
2.7.82 PS Inter-System Handover Indicator.....................................................2-318
2.7.83 Inter-System DTM Support Indicator.....................................................2-319
2.7.84 WB-AMR Speech Support Indicator......................................................2-320
2.7.85 PS Conversational RAB for VoIP Support Indicator................................2-321
2.7.86 PS Signalling RAB for IMS Support Indicator.........................................2-322
2.7.87 Service-Based Handover Support Indicator...........................................2-324
2.7.88 HSDPA HS-DPCCHACK/NACK enhancement Support Indicator ............2-325
2.7.89 Neighbouring Cell Monitoring Support Indicator.....................................2-326
2.7.90 Four E-DPDCHs Allowed Indicator .......................................................2-327
2.7.91 LCS Support Method ...........................................................................2-328
2.7.92 Handover Basedon IMS Support Indicator.............................................2-329
2.7.93 MBMS PTP over HSDPA Support Indicator...........................................2-330
IX

2.7.94 Loading based InterSys HO Support Indicator .......................................2-331
2.7.95 Fast Reconfiguration Support Indication................................................2-332
2.7.96 AMR Inter Frequency Handover Switch ................................................2-334
2.7.97 AMR Inter Rat Handover Switch ...........................................................2-335
2.7.98 R99 RT Inter Frequency Handover Switch ............................................2-336
2.7.99 R99 NRT Inter Frequency Handover Switch ..........................................2-337
2.7.100 R99 RT Inter Rat Handover Switch .....................................................2-338
2.7.101 R99 NRT Inter Rat Handover Switch...................................................2-339
2.7.102 HSDPA Inter Frequency Handover Switch...........................................2-340
2.7.103 HSDPA Inter Rat Handover Switch .....................................................2-342
2.7.104 HSUPA Inter Frequency Handover Switch...........................................2-343
2.7.105 HSUPA Inter Rat Handover Switch .....................................................2-344
2.7.106 R99 RT Inter Rat(EUTRAN) Handover Switch .....................................2-345
2.7.107 R99 NRT Inter Rat(EUTRAN) Handover Switch...................................2-346
2.7.108 HSDPA Inter Rat(EUTRAN) Handover Switch .....................................2-347
2.7.109 HSUPA Inter Rat(EUTRAN) Handover Switch .....................................2-348
2.7.110 Dynamic Update PO2 Switch..............................................................2-349
2.7.111 CS 64K RB Mode Switch....................................................................2-351
2.8 Qos Configuration Related to Logical Iur Link (ULogicalIurQos)..........................2-352
2.8.1 Logical Iur Link Configuration Object ID ..................................................2-352
2.8.2 Used Iur Link ........................................................................................2-353
2.8.3 Used Transport Bearer Type Profile Related to Basic Priority ...................2-354
2.8.4 Used Dedicated Service Transport Bearer Qos Profile.............................2-355
2.9 QOS Function (UQosFunction).........................................................................2-356
2.9.1 QoS Function Object ID.........................................................................2-356
2.10 Qos Basic Configuration (UBasPri).................................................................2-357
2.10.1 QoS Basic Configuration Object ID.......................................................2-357
2.10.2 Basic Priority.......................................................................................2-358
2.10.3 Power Offset of the Maximum Downlink DPCH Showing Different Basic
Priority ................................................................................................2-359
2.10.4 Power Offset of the Maximum Uplink DPCH Showing Different Basic
Priority ................................................................................................2-360
2.10.5 Equivalent HSPA Users .......................................................................2-362
2.10.6 DCH Uplink Nominal Bit Rate...............................................................2-363
2.10.7 DCH Downlink Nominal Bit Rate...........................................................2-364
2.10.8 HS-DSCH Downlink Nominal Bit Rate...................................................2-365
2.10.9 E-DCH Uplink Nominal Bit Rate............................................................2-366
2.11 Basic Priority Mapping Relationship (UBasPriMapping)....................................2-368
X

2.11.1 Basic Priority Mapping Relationship Object ID .......................................2-368
2.11.2 ARP Priority Level ...............................................................................2-369
2.11.3 Traffic Class ........................................................................................2-370
2.11.4 Basic Priority .......................................................................................2-371
2.12 Scheduling Priority Mapping Relationship Profile (USchPriMappingProfile)........2-373
2.12.1 Scheduling Priority Mapping Relationship Profile Object ID ....................2-373
2.12.2 Scheduling Priority Index .....................................................................2-374
2.13 Scheduling Priority Mapping Relationship (USchPriMapping) ...........................2-375
2.13.1 Scheduling Priority Mapping Relationship Object ID...............................2-375
2.13.2 Basic Priority.......................................................................................2-376
2.13.3 Radio Bearer Type ..............................................................................2-377
2.13.4 Scheduling Priority ..............................................................................2-379
2.14 Application Priority Mapping Relationship Profile (UAppPriMappingProfile)........2-380
2.14.1 Application Priority Mapping Relationship Profile Object ID ....................2-380
2.14.2 Application Priority Index......................................................................2-381
2.14.3 Application Priority Configuration Scene................................................2-382
2.15 Application Priority Mapping Relationship (UAppPriMapping) ...........................2-384
2.15.1 Application Priority Mapping Relationship Object ID...............................2-384
2.15.2 Basic Priority.......................................................................................2-385
2.15.4 Service Direction Used in Application Priority Mapping...........................2-387
2.15.5 Rate Class..........................................................................................2-388
2.15.6 Application Priority...............................................................................2-389
2.16 Transport Bearer Type Profile Related to Basic Priority (UTbTypeProfile) ..........2-391
2.16.1 Transport Bearer Type Profile Related to Basic Priority Object ID ...........2-391
2.16.2 Profile ID of Transport Bearer Type Profile Related to Basic Priority .......2-392
2.16.3 Transmission Mode .............................................................................2-393
2.17 Transport Bearer Type Related to Basic Priority (UTbType)..............................2-394
2.17.1 Transport Bearer Type Related to Basic Priority Object ID......................2-394
2.17.2 Basic Priority ......................................................................................2-395
2.17.4 Transport Bearer Type .........................................................................2-397
2.17.5 DSCP for IP .......................................................................................2-399
2.17.6 Reserved uplink bandwidth for I/B service.............................................2-400
2.17.7 Reserved downlink bandwidth for I/B service.........................................2-401
2.18 Dedicated Service Transport Bearer Qos Profile (UDedSrvTbProfile)................2-402
2.18.1 Dedicated Service Transport Bearer Qos Profile Object ID.....................2-402
XI

2.18.2 Transport Qos Profile parameter Index..................................................2-403
2.18.3 Initial Transport Network Scene............................................................2-404
2.19 Dedicated Service Transport Bearer Qos Configuration (UDedSrvTb)...............2-405
2.19.1 Dedicated Service Transport Bearer Qos Configuration Object ID...........2-405
2.19.2 Traffic Category...................................................................................2-406
2.19.3 Transport Bearer Type .........................................................................2-408
2.19.4 Transport Bearer Type 1 ......................................................................2-409
2.19.10 DSCP for IP .....................................................................................2-416
2.19.11 Uplink Reserved Bandwidth for I/B Traffic............................................2-417
2.19.12 Downlink Reserved Bandwidth for I/B Traffic .......................................2-419
2.20 Access Control Profile Related to Basic Priority (UBPriAcProfile)......................2-420
2.20.1 Access Control Profile Related to Basic Priority Object ID .....................2-420
2.20.2 Basic Priority AC Index ........................................................................2-421
2.20.3 Initial Load Scene................................................................................2-422
2.21 Access Control Related to Basic Priority (UBPriAc)..........................................2-423
2.21.1 Access Control Related to Basic Priority Object ID.................................2-423
2.21.2 Basic Priority Used in Admission Control...............................................2-424
2.21.3 DCH Uplink AC Threshold....................................................................2-425
2.21.4 DCH Downlink AC Threshold ...............................................................2-426
2.21.5 E-DCH AC Threshold ..........................................................................2-428
2.21.6 HSDPA AC Threshold..........................................................................2-429
2.21.7 MBMS AC Threshold...........................................................................2-431
2.21.8 MBMS Load Threshold Reference for Counting.....................................2-432
2.21.9 Code Tree Reserved Ratio...................................................................2-434
2.22 User Authorized PLMN+SNAC Information (UImsiSnacFilter)...........................2-435
2.22.1 User Authorized PLMN+SNAC Information Object ID.............................2-435
2.22.2 The Imsi Matched Digits Num...............................................................2-436
2.22.3 The Imsi Matched Digit ........................................................................2-437
2.22.4 Number of Shared Network Code.........................................................2-438
2.22.5 MCC of Shared Network ......................................................................2-439
2.22.6 MNC of Shared Network ......................................................................2-441
2.22.7 Shared Network Area Code..................................................................2-442
XII

2.23 User Configuration in White List (UWhiteImsiList) ............................................2-443
2.23.1 White IMSI List Object ID .....................................................................2-443
2.23.2 The Index of White IMSI List ................................................................2-444
2.23.3 IMSI Digits Number in White List for User Identification..........................2-445
2.23.4 IMSI High-bit Digits in white List for User Identification...........................2-446
2.23.5 VIP Indication .....................................................................................2-447
2.23.6 Basic Priority for User in White List.......................................................2-448
2.23.7 HSPA Scheduling Priority for User in White List.....................................2-449
2.23.8 Congestion Scheduling Priority for User in White List.............................2-450
2.23.9 Application Priority for User in White List...............................................2-451
2.23.10 Timer of Relocation Delay for VIP's CS Service ...................................2-452
2.23.11 Timer of Relocation Delay for VIP's PS Service....................................2-453
2.24 LAC and SNAC Information (USnac) ..............................................................2-454
2.24.1 LAC and SNAC Information Object ID...................................................2-454
2.24.2 Shared Network Area Code..................................................................2-455
2.24.3 Used Location Area.............................................................................2-456
2.25 UE Timers and Constants Information (UUeCnst)............................................2-458
2.25.1 UE Timers and Constants Information Object ID....................................2-458
2.25.2 Waiting Time After UE Sending RRC CONNECTION REQUEST
Message(T300) ...................................................................................2-459
REQUEST Message (N300) .................................................................2-460
2.25.4 Waiting Time for Receiving "In Sync" from L1 in Idle Mode(T312 in Idle
Mode) .................................................................................................2-462
2.25.5 Maximum Number of "In Sync" Received from L1 in Idle Mode(N312 in
Idle Mode) ...........................................................................................2-463
2.25.6 Waiting Time After UE Sending CELL/URA UPDATE Message(T302) ......2-464
2.25.7 Maximum Number of Retransmissions of the CELL/URA UPDATE
Message(N302) ...................................................................................2-466
2.25.8 Waiting Time After UE Sending UE CAPABILITY INFORMATION
Message(T304) ...................................................................................2-468
2.25.9 Maximum Number of Retransmissions of the UE CAPABILITY
INFORMATION Message(N304) ...........................................................2-469
2.25.10 Period of Cell/URA Update When UE is in CELL_FACH/CELL_PCH/
URA_PCH State(T305) ........................................................................2-471
2.25.11 Waiting Time for Cell Reselection After UE is out of Service(T307)........2-472
2.25.12 Waiting Time After Sending RRC CONNECTION RELEASE
COMPLETE Message in CELL_DCH State(T308)..................................2-474
XIII

2.25.13 Waiting Time After Requesting Connection Establishment in Other
System(eg. GSM)(T309) ......................................................................2-475
2.25.14 Waiting Time for Receiving "In Sync" from L1 in Connected Mode(T312
in Connected Mode).............................................................................2-477
2.25.15 Maximum Number of "In Sync" Received from L1 in Connected
Mode(N312 in Connected Mode) ..........................................................2-478
2.25.16 Waiting Time After DPCCH Established in CELL_DCH State Losing
Synchronization(T313) .........................................................................2-479
2.25.17 Maximum Number of Successive "Out of Sync" Received from
L1(N313).............................................................................................2-481
2.25.18 Waiting Time for Completion of Cell Update When Radio Link Fails
and Radio Bearer(s) Associated with T314 Exist(T314) ..........................2-483
2.25.19 Waiting Time for Completion of Cell Update When Radio Link Fails
and Radio Bearer(s) Associated with T315 Exist(T315) ..........................2-484
2.25.20 Maximum Number of Successive "In Sync" Received from L1 During
T313 is Activated(N315) .......................................................................2-486
2.25.21 Waiting Time for Cell Selection/Reselection After UE is out of Service
in CELL_PCH/URA_PCH State(T316)...................................................2-487
2.25.22 Switch of T323 Broadcasting..............................................................2-489
2.25.23 Waiting Time of UE Sending message SIGNALING CONNECTION
RELEASE INDICATION(with Cause)(T323)...........................................2-490
2.26 CN NAS System Information (UCnInfo)...........................................................2-492
2.26.1 CN NAS System Information Object ID .................................................2-492
2.26.2 CN Domain Supported.........................................................................2-493
2.26.3 IMSI Attach and Detach Indicator .........................................................2-494
2.26.4 Network Mode of Operation..................................................................2-495
2.26.5 Timer for Periodic Location Update(T3212) ...........................................2-497
2.26.6 CS Domain DRX Cycle Length Coefficient ............................................2-498
2.26.7 PS Domain DRX Cycle Length Coefficient ............................................2-500
2.26.8 Modification Period Coefficient for MBMS..............................................2-501
2.27 Iu Interface Timers and Constants Information (UIuCnst) .................................2-503
2.27.1 Iu Interface Timers and Constants Information Object ID........................2-503
2.27.2 SRNC Wait Time for Relocation Preparation .........................................2-504
2.27.3 SRNC Overall Protective Time for Relocation........................................2-505
2.27.4 Maximum Time for RAB Queuing in RNC..............................................2-507
2.27.5 Maximum Time for Forwarding GTP-PDU Data in SRNC .......................2-508
2.27.6 Maximum Waiting Time for RESET in RNC ...........................................2-509
2.27.7 Timer Before Sending RESET Response to CN.....................................2-510
2.27.8 Timer for Sending RESOURCE RESET Response to CN.......................2-512
XIV

2.27.9 Timer forRESOURCE RESET Response from CN.................................2-513
2.27.10 Timer for Ignoring all OVERLOAD Messages or Signalling Point
Congested Information(TigOR) ............................................................2-514
2.27.11 Timer for Not Allowing to Increase Traffic(TinTR) ................................2-515
2.27.12 Maximum Number of Retransmissions of the RESOURCE RESET
Message .............................................................................................2-516
2.27.13 Maximum Number of Retransmissions of the RESET Message ............2-518
2.28 Dynamic Radio Bearer Control Information Profile (UDrbcProfile) .....................2-519
2.28.1 Dynamic Radio Bearer Control Information Profile Object ID ..................2-519
2.28.2 Drbc Strategy Configuration Index ........................................................2-520
2.28.3 Drbc Strategy Name ............................................................................2-521
2.29 Dynamic Radio Bearer Control Information (UDrbc).........................................2-522
2.29.1 Dynamic Radio Bearer Control Information Object ID.............................2-522
2.29.2 Event 4B Counter Threshold for HSPA Using DTX/DRX or CELL_FACH
using DRX to PCH or IDLE Shared by Uplink and Downlink....................2-523
2.29.3 Event 4A Counter Threshold for CELL_FACH to CELL_DCH Shared by
Uplink and Downlink.............................................................................2-525
2.29.4 Event 4A Counter Threshold for Increasing Rate on DCH or
DCH->HSPA........................................................................................2-526
2.29.5 Event 4B Counter Threshold for Decreasing Rate on DCH.....................2-528
2.29.6 Event 4B Counter Threshold for CELL_DCH to PCH Shared by Uplink
and Downlink.......................................................................................2-529
2.29.7 Event 4B Counter Threshold for CELL_FACH without DRX to PCH
Shared by Uplink and Downlink.............................................................2-530
2.29.8 Event 4B Counter Threshold for CELL_DCH to Idle Shared by Uplink
and Downlink.......................................................................................2-532
2.29.9 Event 4B Counter Threshold for CELL_FACH without DRX to Idle
Shared by Uplink and Downlink.............................................................2-533
2.29.10 Time Threshold for CELL_PCH or URA_PCH to Idle............................2-535
2.29.11 Event 4B Counter Threshold for Cell_Dch to Cell_FACH ......................2-536
2.29.12 Event 4A Counter Threshold for E-TTI Switching from 10ms to 2ms ......2-537
2.29.13 Event 4B Counter Threshold for E-TTI Switching from 2ms to 10ms ......2-539
2.29.14 Event A Counter Threshold for PS on DL DCH or DL AMR Decreasing
Rate on D-TCP ....................................................................................2-540
2.29.15 Event B Counter Threshold for Restriction PS Increasing Rate on DL
DCH or Triggering DL AMR Increasing Rate Based on D-TCP................2-541
2.29.16 Switch of Transferring to CELL_FACH ................................................2-543
2.29.17 Switch of URA_PCH/CELL_PCH Support ...........................................2-544
XV

2.29.18 Increment Times of Event 4B0 for UE Which is Not Sensitive for
Battery Consumption Transferred to URA_PCH or Idle State .................2-546
2.30 Global Access Control Information (UGloAc) ...................................................2-547
2.30.1 Global Access Control Information Object ID.........................................2-547
2.30.2 True Queue Length .............................................................................2-548
2.30.3 Time of True Queue for Congested Service in RAB Setup Process.........2-549
2.30.4 Time of True Queue for Congested Service Relocating into UTRAN .......2-550
2.30.5 Maximum Time in the True Queue when Service be Forced into
Queue.................................................................................................2-551
2.30.6 Switch of AMR Traffic Re-admission after AMR Rate Decrease ..............2-553
2.30.7 Forced Queue Switch for AMR Service .................................................2-554
2.30.8 Forced Queue Switch for CS 64kbps service.........................................2-555
2.31 Hspa Configuration (UHspa) ..........................................................................2-557
2.31.1 Hspa Configuration Object ID...............................................................2-557
2.31.2 RNC F-DPCH Support Indicator ...........................................................2-558
2.31.3 RNC Enhanced F-DPCH Support Indicator ..........................................2-559
2.31.4 RNC MIMO and DL64QAM Combined Capability Support Indicator ........2-560
2.31.5 DPCH Code Re-Assign Support Indicator .............................................2-561
2.31.6 DPCH Code Re-Assign Period .............................................................2-562
2.31.7 DTX/DRX Switch.................................................................................2-563
2.31.8 DTX/DRX Switch for Speech................................................................2-564
2.31.9 DTX/DRX Switch for NRT ....................................................................2-566
2.31.10 HS-SCCH Less Switch.......................................................................2-567
2.31.11 HS-SCCH Less Switch for Non-VoIP/AMR ..........................................2-568
2.31.12 RNC Downlink Enhanced Layer 2 Support Indicator ............................2-569
2.31.13 RNC Uplink Enhanced Layer 2 Support Indicator.................................2-570
2.31.14 RNC 64QAM Support Indicator...........................................................2-571
2.31.15 RNC MIMO Support Indicator.............................................................2-573
2.31.16 Switch for Limiting HSDPA GBR Resource Consumption .....................2-574
2.31.17 Support Type of Downlink RLC Flexible PDU Size Format ...................2-575
2.31.18 Support Type of Uplink RLC Flexible PDU Size Format........................2-576
2.31.19 RNC DC+MIMO Support Indicator ......................................................2-578
2.31.20 Dual-Cell HS-DSCH Support Indication...............................................2-579
2.31.21 Power Offset Relative to E-HICH in Single Link Condition for E-HICH
of Serving RLS in Macro Diversity Condition(2ms TTI)............................2-580
of Serving RLS in Macro Diversity Condition(10ms TTI)..........................2-582
XVI

of Non-serving RLS in Macro Diversity Condition(2ms TTI).....................2-583
of Non-serving RLS in Macro Diversity Condition(10ms TTI) ...................2-584
2.31.25 Power Offset Relative to E-RGCH in Single Link Condition for E-RGCH
of Serving RLS in Macro Diversity Condition(2ms TTI)............................2-586
2.31.26 Power Offset Relative to E-RGCH in Single Link Condition for E-RGCH
of Serving RLS in Macro Diversity Condition(10ms TTI)..........................2-587
2.31.27 Power Offset Relative to 10ms TTI E-RGCH in Single Link Condition
for E-RGCH of Non-serving RLS in Macro Diversity Condition ................2-588
2.31.28 Dynamic Updating Switch of E-AGCH Power Offset.............................2-590
2.31.29 HSUPA Control Channel Number Update Period .................................2-591
2.31.30 Indicator for Whether to Judge Event 1F Condition When the Service
is Setup on HSPA ................................................................................2-592
2.31.31 Quantified E-DPCCH/DPCCH Power Offset(10ms TTI)........................2-593
2.31.32 Quantified E-DPCCH/DPCCH Power Offset (2ms TTI).........................2-594
2.31.33 Power Offset for Scheduling Info (2ms TTI) .........................................2-596
2.31.34 Power Offset for Scheduling Info(10ms TTI) ........................................2-597
2.31.35 HS-DPCCH ACK Power Offset for Single Radio Link or Intra-NodeB
Handover ............................................................................................2-598
2.31.36 ACK-NACK Repetition Factor.............................................................2-600
2.31.37 HS-DPCCH NACK Power Offset for Single Radio Link or Intra-NodeB
Handover ............................................................................................2-601
2.31.38 CQI Feedback Cycle..........................................................................2-602
2.31.39 HS-DPCCH CQI Power Offset for Single Radio Link or Intra-NodeB
Handover ............................................................................................2-604
2.31.40 CQI Repetition Factor ........................................................................2-605
2.31.41 E-DCH Reference Power Offset .........................................................2-606
2.31.42 TPC Command Error Rate Target.......................................................2-607
2.31.43 HSDPA Associate CM Method............................................................2-608
2.31.44 HSUPA Associate CM Method............................................................2-610
2.31.45 HS-DPCCH ACK Power Offset for Inter-NodeB Handover....................2-611
2.31.46 HS-DPCCH CQI Power Offset for Inter-NodeB Handover.....................2-612
2.31.47 HS-DPCCH NACK Power Offset for Inter-NodeB Handover .................2-614
2.31.48 Timer for Event 1D in HSPA or MBMS ................................................2-615
2.31.49 Code Update Period Unit ...................................................................2-616
2.31.50 Code Update Period(millisecond)........................................................2-617
2.31.51 Code Update Period(second) .............................................................2-618
2.31.52 HSPA Total Downlink Power Allocation Method ...................................2-619
XVII

2.31.53 Maximum Bit Rate of HSDPA Across Iur Interface ...............................2-621
2.32 Common EDCH Configuration (UCommEdch).................................................2-622
2.32.1 Common EDCH Configuration Object ID...............................................2-622
2.32.2 Quantified E-DPCCH/DPCCH Power Offset(10ms TTI)..........................2-623
2.32.3 Quantified E-DPCCH/DPCCH Power Offset (2ms TTI)...........................2-624
2.32.4 Power Offset for Scheduling Info (2ms TTI)...........................................2-625
2.32.5 Power Offset for Scheduling Info(10ms TTI) ..........................................2-627
2.32.6 HS-DPCCH ACK Power Offset for Single Radio Link or Intra-NodeB
Handover ............................................................................................2-628
2.32.7 ACK-NACK Repetition Factor...............................................................2-629
2.32.8 HS-DPCCH NACK Power Offset for Single Radio Link or Intra-NodeB
Handover ............................................................................................2-631
2.32.9 CQI Feedback Cycle............................................................................2-632
2.32.10 HS-DPCCH CQI Power Offset for Single Radio Link or Intra-NodeB
Handover ............................................................................................2-633
2.32.11 CQI Repetition Factor ........................................................................2-634
2.32.12 E-DCH Reference Power Offset .........................................................2-636
2.32.13 TPC Command Error Rate Target.......................................................2-637
2.32.14 Common E-DCH MAC-d Flow Multiplexing Switch...............................2-638
2.32.15 Common E-DCH Transmission Time Interval.......................................2-639
2.32.16 Logical Channel Type Indication for Common E-DCH MAC-d Flow .......2-641
2.32.17 HARQ Power Offset for Common E-DCH MAC-d Flow(2ms TTI) ..........2-642
2.32.18 HARQ Power Offset for Common E-DCH MAC-d Flow(10ms TTI) ........2-643
2.32.19 Maximum Number of Retransmissions for Common E-DCH MAC-d
Flow(2ms TTI) .....................................................................................2-644
2.32.20 Maximum Number of Retransmissions for Common E-DCH MAC-d
Flow(10ms TTI) ...................................................................................2-646
2.32.21 Common E-DCH Maximum Uplink RLC PDU Size...............................2-647
2.32.22 Common E-DCH Minimum Uplink RLC PDU Size................................2-648
2.32.23 Spreading Factor Supported by Uplink Enhanced CELL_FACH............2-649
2.32.24 Happy Bit Delay for Common E-DCH..................................................2-651
2.33 Limiting HSDPA GBR Resource Consumption Profile (UGbrResLimitProfile) ......2-652
2.33.1 Limiting HSDPA GBR Resource Consumption Profile Object ID..............2-652
2.33.2 Limiting HSDPA GBR Resource Consumption Profile ID ........................2-653
2.34 Limiting HSDPA GBR Resource Consumption Configuration
(UGbrResLimit) .............................................................................................2-654
2.34.1 Limiting HSDPA GBR Resource Consumption Configuration Object
ID .......................................................................................................2-654
XVIII

2.34.2 Guaranteed Bit Rate Level Number of HSDPA Services for Limiting
HSDPA GBR Resource Consumption....................................................2-655
2.34.3 Guaranteed Bit Rate Levels of HSDPA Services for Limiting HSDPA
GBR Resource Consumption................................................................2-657
2.34.4 UE HS-DSCH Required Power Upper Limit for Limiting HSDPA GBR
Resource Consumption........................................................................2-658
2.35 MBMS Configuration (UMbms).......................................................................2-660
2.35.1 MBMS Configuration Object ID.............................................................2-660
2.35.2 S Traffic on PTP or PTM Switch ..........................................................2-661
2.35.3 B Traffic on PTP or PTM Switch ..........................................................2-662
2.35.4 The Minimum Rate Threshold of the SCCPCH Setup for MBMS ............2-663
2.35.5 MSCH Supported Switch .....................................................................2-665
2.35.6 S Traffic Frequency Converge Switch ..................................................2-666
2.35.7 B Traffic Frequency Converge Switch ..................................................2-667
2.35.8 SCCPCH Power Offset for Soft Combining ...........................................2-668
2.35.9 SCCPCH Power Offset for Selective Combining ...................................2-670
2.35.10 Threshold for Cell in Half-island Status ...............................................2-671
2.35.11 Threshold for Cell in Island Status ......................................................2-672
2.35.12 Downlink Switch for Dropping MBMS Services ...................................2-673
2.35.13 Counting Scope for URA_PCH ..........................................................2-674
2.35.14 Counting Scope for Cell_PCH ...........................................................2-676
2.35.15 Counting Scope for Cell_FACH ..........................................................2-677
2.35.16 UE Number Threshold for PTP and PTM Switch .................................2-679
2.35.17 Waiting Time for RRC CONNECTION SETUP Message When MBMS
is Used(T318) .....................................................................................2-680
2.35.18 MBMS Iub Transport Bearer Multiplex Switch .....................................2-681
2.36 UE DTX/DRX Profile (UDtxDrxProfile).............................................................2-682
2.36.1 UE DTX/DRX Profile Object ID.............................................................2-682
2.36.2 UE DTX/DRX Configuration Index ........................................................2-683
2.37 UE DTX/DRX Configuration (UDtxDrx)............................................................2-685
2.37.1 UE DTX/DRX Configuration Object ID...................................................2-685
2.37.2 UE DTX Cycle 1 for 2ms TTI ................................................................2-686
2.37.3 UE DTX Cycle 1 for 10ms TTI ..............................................................2-687
2.37.4 UE DTX Cycle 2 for 2ms TTI ................................................................2-688
2.37.5 UE DTX Cycle 2 for 10ms TTI ..............................................................2-689
2.37.6 MAC DTX Cycle for 2ms TTI ................................................................2-691
2.37.7 MAC DTX Cycle for 10ms TTI ..............................................................2-692
2.37.8 Inactivity Threshold for UE DTX Cycle 2 for 2ms TTI..............................2-693
XIX

2.37.9 Inactivity Threshold for UE DTX Cycle 2 for 10ms TTI............................2-695
2.37.10 UE DTX Long Preamble Length..........................................................2-696
2.37.11 MAC Inactivity Threshold....................................................................2-697
2.37.12 CQI DTX Timer..................................................................................2-699
2.37.13 UE DPCCH Burst_1...........................................................................2-700
2.37.14 UE DPCCH Burst_2...........................................................................2-701
2.37.15 UE DRX Cycle...................................................................................2-703
2.37.16 Inactivity Threshold for UE DRX Cycle ................................................2-704
2.37.17 Inactivity Threshold for UE Grant Monitoring........................................2-705
2.37.18 UE DRX Grant Monitoring ..................................................................2-706
2.38 Power Control Profile Related to Service (USrvPcProfile).................................2-708
2.38.1 Power Control Profile Related to Service Object ID................................2-708
2.38.2 Service Related Power Control Profile ID ..............................................2-709
2.38.3 Initial Load Scene................................................................................2-710
2.39 Power Control Related to Service (USrvPc).....................................................2-711
2.39.1 Power Control Related to Service Object ID ..........................................2-711
2.39.2 Sub-service Type.................................................................................2-712
2.39.3 Uplink Inner Loop Power Control Algorithm ...........................................2-713
2.39.4 Step Size of Uplink Inner Loop Power Control .......................................2-714
2.39.5 Uplink SIR Target Up Step Size............................................................2-716
2.39.6 Uplink SIR Target Down Step Size........................................................2-717
2.39.7 Uplink SIR Target Maximum Down Step Size ........................................2-718
2.39.8 Uplink SIR Target Maximum Up Step Size.............................................2-719
2.39.9 Step Size of Downlink Inner Loop Power Control...................................2-721
2.39.10 BLER Target......................................................................................2-722
2.39.11 Error Transport Block Number Threshold.............................................2-723
2.39.12 Tolerance BLERPeriod.......................................................................2-724
2.39.13 R99 CS AMR Services Error Transport Block Number Threshold in
High Load Status for BLER Target Adjustment .......................................2-726
2.39.14 R99 CS AMR Services Tolerance BLER Period in High Load Status
for BLER Target Adjustment..................................................................2-727
2.39.15 R99 CS AMR Services BLER Target in High Load Status for BLER
Target Adjustment................................................................................2-729
2.39.16 Threshold of HARQ Failure Indication Number to Adjust SIR Target
Upward(2ms E-TTI)..............................................................................2-732
Upward(10ms E-TTI)............................................................................2-733
2.39.18 NHR Threshold to Adjust SIR Target Upward(10ms E-TTI)...................2-735
XX

2.39.19 NHR Threshold to Adjust SIR Target Downward(10ms E-TTI)...............2-736
2.39.20 NHR Threshold to Adjust SIR Target Upward(2ms E-TTI).....................2-738
2.39.21 NHR Threshold to Adjust SIR Target Downward(2ms E-TTI) ................2-739
2.39.22 Threshold of Sample Number to Adjust SIR Target Upward(10ms
E-TTI) .................................................................................................2-741
2.39.23 Threshold of Sample Number to Adjust SIR Target Downward(10ms
E-TTI) .................................................................................................2-742
E-TTI) .................................................................................................2-744
E-TTI) .................................................................................................2-745
2.39.26 Physical Channel BER Target For Normal Mode..................................2-747
2.39.27 Physical Channel BER Target For Silent Mode ....................................2-748
2.39.28 The Number Threshold of Physical Channel BER Less Than or Equal
BER Target..........................................................................................2-750
2.39.29 Error Transport Block Number Threshold for BER Target Adjust in Fast
OLPC SIR Target Downward Adjustment Based on BER ........................2-751
2.39.30 Transport Block Number Threshold for BER Target Adjust in Fast
OLPC SIR Target Downward Adjustment Based on BER ........................2-752
2.39.31 BER Target Down Step Size in Fast OLPC SIR Target Downward
2.39.32 BER Target Up Step Size in Fast OLPC SIR Target Downward
2.39.33 Uplink Outer Loop PC SIR Target Adaptive Down Step Size Switch ......2-756
2.39.34 Maximum BER Target in Fast OLPC SIR Target Downward Adjustment
Based on BER.....................................................................................2-757
2.39.35 Minimum BER Target in Fast OLPC SIR Target Downward Adjustment
Based on BER.....................................................................................2-758
2.39.36 Uplink Outer Loop PC QE Switch For Silent Mode ...............................2-759
2.40 Power Control Related to Service for White List (UWhiteSrvPc)........................2-761
2.40.1 Power Control Related to Service Object ID ..........................................2-761
2.40.2 Sub-service Type.................................................................................2-762
2.40.3 Uplink SIR Target Up Step Size............................................................2-763
2.40.4 Uplink SIR Target Down Step Size........................................................2-764
2.40.5 Uplink SIR Target Maximum Down Step Size ........................................2-766
2.40.6 Uplink SIR Target Maximum Up Step Size.............................................2-767
2.40.7 Uplink Outer Loop PC SIR Target Adaptive Down Step Size Switch........2-768
2.40.8 DPCH Maximum DL Power..................................................................2-769
2.40.9 DPCH Minimum DL Power...................................................................2-771
XXI

2.40.10 DPCCH Pilot Field Eb/N0...................................................................2-772
2.40.11 Maximum Allowed Uplink DPCH Transmission Power ..........................2-773
2.40.12 Uplink Initial SIR Target......................................................................2-775
2.40.13 Maximum Uplink SIR Target ...............................................................2-776
2.40.14 Minimum Uplink SIR Target ................................................................2-777
2.40.15 BLER Target......................................................................................2-779
2.40.16 Error Transport Block Number Threshold ............................................2-780
2.40.17 Tolerance BLERPeriod.......................................................................2-781
2.40.18 R99 CS AMR Services Error Transport Block Number Threshold in
High Load Status for BLER Target Adjustment .......................................2-783
2.40.19 R99 CS AMR Services Tolerance BLER Period in High Load Status
for BLER Target Adjustment..................................................................2-784
2.40.20 R99 CS AMR Services BLER Target in High Load Status for BLER
Target Adjustment................................................................................2-786
Upward(10ms E-TTI)............................................................................2-789
Upward(2ms E-TTI)..............................................................................2-791
2.40.23 NHR Threshold to Adjust SIR Target Downward(10ms E-TTI)...............2-792
2.40.24 NHR Threshold to Adjust SIR Target Upward(10ms E-TTI)...................2-794
E-TTI) .................................................................................................2-795
E-TTI) .................................................................................................2-797
2.40.27 NHR Threshold to Adjust SIR Target Downward(2ms E-TTI) ................2-798
2.40.28 NHR Threshold to Adjust SIR Target Upward(2ms E-TTI).....................2-800
E-TTI) .................................................................................................2-801
E-TTI) .................................................................................................2-803
2.40.31 Uplink Outer Loop PC QE Switch For Silent Mode ...............................2-804
2.40.32 Physical Channel BER Target For Silent Mode ....................................2-806
2.40.33 The Number Threshold of Physical Channel BER Less Than or Equal
BER Target..........................................................................................2-807
2.40.34 E-DCH HARQ Power Offset FDD .......................................................2-809
2.41 Power Control Related to Service and Diversity Mode (USrvDivPc) ..................2-810
2.41.1 Power Control Related to Service and Diversity Mode Object ID.............2-810
2.41.2 Transmit Diversity Mode ......................................................................2-811
2.41.3 DPCH Maximum DL Power..................................................................2-813
XXII

2.41.4 DPCH Minimum DL Power...................................................................2-814
2.41.5 DPCH PO1 .........................................................................................2-815
2.41.6 DPCH PO2 .........................................................................................2-817
2.41.7 DPCH PO3 .........................................................................................2-818
2.41.8 DPCCH Pilot Field Eb/N0.....................................................................2-819
2.41.9 Maximum Allowed Uplink DPCH Transmission Power............................2-820
2.41.10 Uplink Initial SIR Target......................................................................2-822
2.41.11 Maximum Uplink SIR Target ...............................................................2-823
2.41.12 Minimum Uplink SIR Target ................................................................2-825
2.41.13 E-AGCH Power Offset for TTI 2ms .....................................................2-826
2.41.14 E-AGCH Power Offset for TTI 10ms ...................................................2-827
2.41.15 E-RGCH Power Offset for TTI 2ms in Single Link Condition .................2-829
2.41.16 E-RGCH Power Offset for TTI 10ms in Single Link Condition................2-830
2.41.17 E-HICH Power Offset for TTI 2ms in Single Link Condition ...................2-831
2.41.18 E-HICH Power Offset for TTI 10ms in Single Link Condition .................2-833
2.41.19 SCCPCH Power for Single Cell Reception ..........................................2-834
2.41.20 SCCPCH Power for Cell in Half-island Status......................................2-835
2.42 Iub Link Configuration (UIubLink)....................................................................2-837
2.42.1 Used Module.......................................................................................2-837
2.42.2 Process Id of NodeB Attached CCMP...................................................2-838
2.42.3 NodeB Type........................................................................................2-839
2.42.4 Co-NodeB HS-PDSCH Code Sharing Method .......................................2-840
2.42.5 Support R5/R6 Congestion Detection Indicator(HS-DSCH) ....................2-841
2.42.6 Support R5/R6 Congestion Detection Indicator(E-DCH).........................2-842
2.42.7 Transport Time Delay ..........................................................................2-844
2.42.8 Transport Time Delay Jitter ..................................................................2-845
2.42.9 Co-NodeB HS-PDSCH Code Sharing Update Period.............................2-847
2.42.10 Adjustment Type for DL Power Balance ..............................................2-848
2.42.11 NodeB Resource Audit Timer .............................................................2-849
2.42.12 Diversity Control Field........................................................................2-850
2.42.13 Time Delay of Deleting Cell When NodeB is Unreachable ....................2-852
2.42.14 ATM Link Broken Protection Time Length............................................2-853
2.42.15 IP Link Broken Protection Time Length ...............................................2-854
2.42.16 Share Mode of CE Resource for Multi-Operators .................................2-855
2.42.17 CE Share Switch for Carrier Sharing...................................................2-857
2.43 Logic Iub Link Configuration (ULogicalIubLink) ................................................2-858
2.43.1 Minimal percent of CE can be used by the PLMN ..................................2-858
XXIII

2.43.2 Used Transport Bearer Type Profile Related to Basic Priority .................2-859
2.43.3 Used Dedicated Service Transport Bearer Qos Profile ...........................2-860
2.44 UTRAN Registration Area (UUtranRegArea) ...................................................2-861
2.44.1 UTRAN Registration Area Object ID .....................................................2-861
2.44.2 URA Identity........................................................................................2-862
2.45 Traffic Volume Measurement Profile (UTrvMeasProfile)....................................2-863
2.45.1 Traffic Volume Measurement Profile Object ID.......................................2-863
2.45.2 Profile Id .............................................................................................2-864
2.46 UE Traffic Volume Event Measurement Configuration for RACH
(URachEvtUeTrv) ..........................................................................................2-866
2.46.1 UE Traffic Volume Event Measurement Configuration Object ID for
RACH .................................................................................................2-866
2.46.2 Measurement Report Transfer Mode ....................................................2-867
2.46.3 Measurement Quantity ........................................................................2-868
2.46.4 Time Interval for Taking an Average or a Variance ................................2-869
2.46.5 RLC Buffer Payload for Each RB .........................................................2-870
2.46.6 Average of RLC Buffer Payload for Each RB ........................................2-872
2.46.7 Variance of RLC Buffer Payload for Each RB .......................................2-873
2.46.8 Event Number of UE Traffic Volume Measurement ...............................2-874
2.46.9 UE Traffic Volume Measurement Event Identity ....................................2-875
2.46.10 Traffic Volume Threshold of Event 4A/4B for RACH Channel................2-876
2.46.11 Time to Trigger .................................................................................2-878
2.46.12 Pending Time After Trigger ................................................................2-879
2.46.13 Tx Interruption After Trigger Configuration Tag ....................................2-881
2.46.14 Tx Interruption After Trigger................................................................2-882
2.47 UE Traffic Volume Period Measurement Configuration for RACH
(URachPrdUeTrv)..........................................................................................2-884
2.47.1 UE Traffic Volume Period Measurement Configuration Object ID for
RACH .................................................................................................2-884
2.47.8 Amount of Reporting ...........................................................................2-892
2.47.9 Reporting Interval................................................................................2-893
XXIV

2.48 UP Traffic Volume Event Measurement Configuration for FACH
(UFachEvUpTrv)............................................................................................2-895
2.48.1 UP Traffic Volume Event Measurement Configuration Object ID for
FACH..................................................................................................2-895
2.48.10 Traffic Volume Threshold of Event 4A/4B for FACH Channel ................2-905
2.48.11 Time to Trigger .................................................................................2-907
2.49 UE Traffic Volume Event Measurement Configuration for DCH
(UDchEvUeTrv) .............................................................................................2-910
2.49.1 UE Traffic Volume Event Measurement Configuration Object ID for
DCH....................................................................................................2-910
2.49.10 Traffic Volume Threshold of Event 4A/4B for DCH(8kbps) ....................2-920
2.49.11 Traffic Volume Threshold of Event 4A/4B for DCH(16kbps)...................2-922
2.49.12 Traffic Volume Threshold of Event 4A/4B for DCH(32kbps) ..................2-924
2.49.14 Traffic Volume Threshold of Event 4A/4B for DCH(128kbps).................2-927
2.49.17 Time to Trigger .................................................................................2-932
2.50 UP Traffic Volume Event Measurement Configuration for DCH
(UDchEvUpTrv) .............................................................................................2-935
XXV

2.50.1 UP Traffic Volume Event Measurement Configuration Object ID for
DCH....................................................................................................2-935
2.50.10 Traffic Volume Threshold of Event 4A/4B for DCH(8kbps) ....................2-946
2.50.11 Traffic Volume Threshold of Event 4A/4B for DCH(16kbps)...................2-947
2.50.17 Time to Trigger .................................................................................2-957
2.51 UE Traffic Volume Period Measurement Configuration for DCH
(UDchPrdUeTrv)............................................................................................2-961
2.51.1 UE Traffic Volume Period Measurement Configuration Object ID for
DCH....................................................................................................2-961
2.51.8 Amount of Reporting ...........................................................................2-969
2.51.9 Reporting Interval................................................................................2-970
2.52 UP Traffic Volume Measurement Configuration Number for Streaming Class
on HS-DSCH (UDedSHsdschEvUpTrv)...........................................................2-971
2.52.1 UP Traffic Volume Measurement Configuration Number for Streaming
Class on HS-DSCH Object ID...............................................................2-971
XXVI

2.52.10 Traffic Volume Threshold of Event 4A/4B for Streaming Class on
HS-DSCH Channel ..............................................................................2-982
2.52.11 Time to Trigger .................................................................................2-984
2.53 UP Traffic Volume Measurement Configuration for Interactive and Background
Class on HS-DSCH (UDedIBHsdschEvUpTrv).................................................2-987
2.53.1 UP Traffic Volume Measurement Configuration for Interactive and
Background Class on HS-DSCH Object ID ............................................2-987
2.53.10 Traffic Volume Threshold of Event 4A/4B for Interactive and
Background Class on HS-DSCH Channel..............................................2-998
2.53.11 Time to Trigger .................................................................................2-999
2.53.12 Pending Time After Trigger ..............................................................2-1001
2.54 UP Traffic Volume Measurement Configuration for HS-DSCH in CELL_FACH
(UComHsdschEvUpTrv)...............................................................................2-1003
2.54.1 UP Traffic Volume Measurement Configuration for HS-DSCH in
CELL_FACH Object ID.......................................................................2-1003
2.54.2 Measurement Report Transfer Mode ..................................................2-1004
2.54.3 Measurement Quantity.......................................................................2-1005
2.54.4 Time Interval for Taking an Average or a Variance ...............................2-1006
2.54.5 RLC Buffer Payload for Each RB........................................................2-1007
2.54.6 Average of RLC Buffer Payload for Each RB.......................................2-1009
2.54.7 Variance of RLC Buffer Payload for Each RB ......................................2-1010
2.54.8 Event Number of UE Traffic Volume Measurement ..............................2-1011
2.54.9 UE Traffic Volume Measurement Event Identity ...................................2-1012
2.54.10 Traffic Volume Threshold of Event 4A/4B for HS-DSCH Channel in
CELL_FACH......................................................................................2-1013
XXVII

Sj 20120319104909-007-zxur 9000 umts (v4.11.20) radio parameter reference

Sj 20120319104909-007-zxur 9000 umts (v4.11.20) radio parameter reference

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