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TS 38.133
5G New Radio —
Requirements for support of Radio Resource Management

3GPP‑Page   ETSI‑search   fToC↓   Partial Content →
V19.3.0 (PDF)  2025/12  … p.
V18.12.0  2025/12  … p.
V17.20.0  2025/12  … p.
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V15.32.0  2025/12  … p.
Rapporteur:
Dr. Tang, Yang
Apple AB

full Table of Contents for  TS 38.133  Word version:  19.1.0

each clause number in 'red' refers to the equivalent title in the Partial Content
Here   Top
1Scope  p. 151
2References  p. 151
3Definitions, symbols and abbreviations  p. 153
3.1Definitions  p. 153
3.2Symbols  p. 154
3.3Abbreviations  p. 155
3.4Test tolerances  p. 158
3.5Frequency bands grouping  p. 158
3.5.1Introduction  p. 158
3.5.2NR operating bands in FR1  p. 159
3.5.2ANR operating bands for satellite access in FR1  p. 148
3.5.3NR operating bands in FR2  p. 148
3.6Applicability of requirements in this specification version  p. 149
3.6.1RRC connected state requirements in DRX  p. 149
3.6.2Number of serving carriers  p. 150
3.6.2.1Number of serving carriers for SA  p. 150
3.6.2.2Number of serving carriers for EN-DC  p. 150
3.6.2.3Number of serving carriers for NE-DC  p. 150
3.6.2.4Number of serving carriers for NR-DC  p. 150
3.6.3Applicability for intra-band FR2  p. 150
3.6.4Applicability for FR2 UE power classes  p. 150
3.6.5Applicability for SDL bands  p. 151
3.6.6Applicability of requirements for NGEN-DC operation  p. 151
3.6.7Applicability of QCL  p. 151
3.6.9Applicability of requirements for scheduling availability  p. 152
3.6.10Applicability of requirements for measurement restrictions  p. 152
3.6.11Applicability of requirements for Redcap UEs  p. 152
3.6.11.1RRC connected state requirements in DRX  p. 152
3.6.11.2Applicability for FR2 Redcap UE power classes  p. 152
3.6.11.3Applicability of QCL  p. 152
3.6.12Applicability of requirements for Satellite Access  p. 152
3.6.13Applicability of requirements for FR2  p. 152
3.6.14Applicability of requirements for FR2 Power Class 6  p. 153
3.6.15Applicability of requirements for per-FR gap  p. 153
3.6.16Applicability of requirements for ATG  p. 153
3.6.17Applicability of requirements for MUSIM gaps  p. 153
3.6.18Applicability of requirements for a UE operating on a cell with less than 5 MHz BW  p. 153
3.6.19Applicability of requirements for multi-Rx operation in FR2-1  p. 153
4SA: RRC_IDLE state mobility  p. 153
4.1Cell Selection  p. 153
4.2Cell Re-selection  p. 154
4.2.1Introduction  p. 154
4.2.2Requirements  p. 154
4.2.2.1UE measurement capability  p. 154
4.2.2.2Measurement and evaluation of serving cell  p. 154
4.2.2.3Measurements of intra-frequency NR cells  p. 156
4.2.2.4Measurements of inter-frequency NR cells  p. 160
4.2.2.5Measurements of inter-RAT E-UTRAN cells  p. 165
4.2.2.6Maximum interruption in paging reception  p. 167
4.2.2.7General requirements  p. 168
4.2.2.8Minimum requirement at transitions  p. 168
4.2.2.9Measurements of intra-frequency NR cells for UE configured with relaxed measurement criterion  p. 169
4.2.2.9.1Introduction  p. 169
4.2.2.9.2Measurements for UE fulfilling low mobility criterion  p. 169
4.2.2.9.3Measurements for UE fulfilling not-at-cell edge criterion  p. 171
4.2.2.9.4Measurements for UE fulfilling low mobility and not-at-cell edge criteria  p. 173
4.2.2.10Measurements of inter-frequency NR cells for UE configured with relaxed measurement criterion  p. 174
4.2.2.10.1Introduction  p. 174
4.2.2.10.2Measurements for UE fulfilling low mobility criterion  p. 174
4.2.2.10.3Measurements for UE fulfilling not-at-cell edge criterion  p. 176
4.2.2.10.4Measurements for UE fulfilling low mobility and not-at-cell edge criterion  p. 179
4.2.2.11Measurements of inter-RAT E-UTRAN cells for UE configured with relaxed measurement criterion  p. 179
4.2.2.11.1Introduction  p. 179
4.2.2.11.2Measurements for UE fulfilling low mobility criterion  p. 180
4.2.2.11.3Measurements for UE fulfilling with not-at-cell edge criterion  p. 181
4.2.2.11.4Measurements for UE fulfilling low mobility and not-at-cell edge criterion  p. 183
4.2.2.12Measurements of inter-frequency NR cells with NTN carrier  p. 183
4.2ACell Re-selection when subject to CCA  p. 186
4.2A.1Introduction  p. 186
4.2A.2Requirements  p. 186
4.2A.2.1UE measurement capability  p. 186
4.2A.2.2Measurement and evaluation when subject to CCA on the serving cell  p. 187
4.2A.2.3Measurements of intra-frequency NR cells when subject to CCA on the serving cell and target cell  p. 188
4.2A.2.4Measurements of inter-frequency NR cells when subject to CCA on the target cell  p. 189
4.2A.2.5Measurements of inter-RAT E-UTRAN cells when subject to CCA on the serving cell  p. 191
4.2A.2.6Maximum interruption in paging reception when subject to CCA on the target cell  p. 191
4.2A.2.7General requirements  p. 191
4.2BCell Re-selection for RedCap  p. 192
4.2B.1Introduction  p. 192
4.2B.2Requirements  p. 192
4.2B.2.1UE measurement capability for RedCap  p. 192
4.2B.2.1.1UE measurement capability for 1 Rx RedCap  p. 192
4.2B.2.1.2UE measurement capability for 2 Rx RedCap  p. 192
4.2B.2.2Measurement and evaluation of serving cell for RedCap UE  p. 192
4.2B.2.3Measurements of intra-frequency NR cells for RedCap UE  p. 194
4.2B.2.4Measurements of inter-frequency NR cells for RedCap UE  p. 196
4.2B.2.5Measurements of inter-RAT E-UTRAN cells for RedCap UE  p. 199
4.2B.2.6Maximum interruption in paging reception for RedCap  p. 201
4.2B.2.7General requirements for RedCap  p. 201
4.2B.2.8Minimum requirement at transitions  p. 201
4.2B.2.9Measurements of intra-frequency NR cells for UE configured with relaxed measurement criterion for RedCap  p. 202
4.2B.2.9.1Introduction  p. 202
4.2B.2.9.2Measurements for UE fulfilling stationary criterion  p. 203
4.2B.2.9.3Measurements for a UE fulfilling not-at-cell edge while stationary criterion  p. 205
4.2B.2.9.3AMeasurements for a UE fulfilling stationary and not-at-cell-edge criteria  p. 206
4.2B.2.9.4Measurements for a UE fulfilling low mobility and stationary criteria  p. 206
4.2B.2.9.5Measurements for a UE fulfilling low mobility and not-at-cell-edge while stationary criteria  p. 206
4.2B.2.9.6Measurements for a UE fulfilling not-at-cell edge and not-at-cell edge while stationary criteria  p. 207
4.2B.2.9.7Measurements for a UE fulfilling low mobility and not-at-cell edge criteria and not-at-cell-edge while stationary criteria  p. 207
4.2B.2.9.8Measurements for a UE fulfilling low mobility, not-at-cell edge and stationary criterion  p. 207
4.2B.2.9.9Measurements for UE fulfilling low mobility criterion  p. 207
4.2B.2.9.10Measurements for UE fulfilling not-at-cell edge criterion  p. 210
4.2B.2.9.11Measurements for UE fulfilling low mobility and not-at-cell edge criteria  p. 212
4.2B.2.10Measurements of inter-frequency NR cells for UE configured with relaxed measurement criterion  p. 213
4.2B.2.10.1Introduction  p. 213
4.2B.2.10.2Measurements for UE fulfilling stationary criterion  p. 213
4.2B.2.10.3Measurements for a UE fulfilling not-at-cell edge while stationary criterion  p. 215
4.2B.2.10.3AMeasurements for a UE fulfilling stationary and not-at-cell-edge criterion  p. 216
4.2B.2.10.4Measurements for a UE fulfilling low mobility and stationary criteria  p. 216
4.2B.2.10.5Measurements for a UE fulfilling low mobility and not-at-cell-edge while stationary criteria  p. 216
4.2B.2.10.6Measurements for a UE fulfilling not-at-cell edge and not-at-cell edge while stationary criteria  p. 217
4.2B.2.10.7Measurements for a UE fulfilling low mobility and not-at-cell edge criteria and not-at-cell-edge while stationary criteria  p. 217
4.2B.2.10.8Measurements for a UE fulfilling low mobility, not-at-cell edge and stationary criteria  p. 217
4.2B.2.10.9Measurements for UE fulfilling low mobility criterion  p. 217
4.2B.2.10.10Measurements for UE fulfilling not-at-cell edge criterion  p. 220
4.2B.2.10.11Measurements for UE fulfilling low mobility and not-at-cell edge criterion  p. 222
4.2B.2.11Measurements of inter-RAT E-UTRAN cells for UE configured with relaxed measurement criterion  p. 222
4.2B.2.11.1Introduction  p. 222
4.2B.2.11.2Measurements for UE fulfilling stationary criterion  p. 223
4.2B.2.11.3Measurements for a UE fulfilling not-at-cell edge while stationary criterion  p. 224
4.2B.2.11.3AMeasurements for a UE fulfilling stationary and not-at-cell-edge criterion  p. 224
4.2B.2.11.4Measurements for a UE fulfilling low mobility and stationary criteria  p. 225
4.2B.2.11.5Measurements for a UE fulfilling low mobility and not-at-cell-edge while stationary criteria  p. 225
4.2B.2.11.6Measurements for a UE fulfilling not-at-cell edge and not-at-cell edge while stationary criteria  p. 225
4.2B.2.11.7Measurements for a UE fulfilling low mobility and not-at-cell edge criteria and not-at-cell-edge while stationary criteria  p. 225
4.2B.2.11.8Measurements for a UE fulfilling low mobility, not-at-cell edge and stationary criteria  p. 226
4.2B.2.11.9Measurements for UE fulfilling low mobility criterion  p. 226
4.2B.2.11.10Measurements for UE fulfilling with not-at-cell edge criterion  p. 227
4.2B.2.11.11Measurements for UE fulfilling low mobility and not-at-cell edge criterion  p. 228
4.2CCell Re-selection for NR UE for Satellite Access  p. 229
4.2C.1Introduction  p. 229
4.2C.2Requirements  p. 229
4.2C.2.1UE measurement capability  p. 229
4.2C.2.2Measurement and evaluation of serving cell  p. 229
4.2C.2.3Measurements of intra-frequency NR cells  p. 230
4.2C.2.4Measurements of inter-frequency NR cells  p. 233
4.2C.2.5Maximum interruption in paging reception  p. 236
4.2C.2.6Minimum requirement at transitions  p. 237
4.2C.2.7Measurements of intra-frequency NR cells for UE configured with relaxed measurement criterion  p. 237
4.2C.2.8Measurements of inter-frequency NR cells for UE configured with relaxed measurement criterion  p. 237
4.2C.2.9General requirements  p. 237
4.2C.2.10Measurements of inter-frequency NR cells with TN carrier  p. 237
4.2C.2.11Measurements of inter-RAT E-UTRAN cells with TN carrier  p. 240
4.2C.3Void  p. …
4.2C.4Void  p. …
4.2DCell Re-selection for ATG  p. 241
4.2D.1Introduction  p. 241
4.2D.2Requirements  p. 242
4.2D.2.1UE measurement capability  p. 242
4.2D.2.2Measurement and evaluation of serving cell  p. 242
4.2D.2.3Measurements of intra-frequency NR cells  p. 242
4.2D.2.4Measurements of inter-frequency NR cells  p. 243
4.2D.2.5Maximum interruption in paging reception  p. 245
4.2D.2.6General requirements  p. 245
4.3Minimization of Drive Tests (MDT)  p. 246
4.3.1Introduction  p. 246
4.3.2Measurement Requirements  p. 246
4.3.3Requirements for Relative Time Stamp Accuracy  p. 246
4.3.4Requirements for Relative Time Stamp Accuracy for RRC Connection Establishment Failure Log Reporting  p. 247
4.3.5Requirements for Relative Time Stamp Accuracy for Radio Link Failure and Handover Failure Log Reporting  p. 247
4.3CMinimization of Drive Tests (MDT) for Satellite Access  p. 247
4.3C.1Introduction  p. 247
4.3C.2Measurement Requirements  p. 248
4.3C.3Requirements for Relative Time Stamp Accuracy  p. 248
4.3C.4Requirements for Relative Time Stamp Accuracy for RRC Connection Establishment Failure Log Reporting  p. 248
4.3C.5Requirements for Relative Time Stamp Accuracy for Radio Link Failure and Handover Failure Log Reporting  p. 248
4.4Idle Mode CA/DC Measurements  p. 249
4.4.1Introduction  p. 249
4.4.2Measurement Requirements  p. 249
4.4.2.1Detected cell requirement during state transition and Idle mode  p. 249
4.4.2.2Measurements of inter-frequency CA/DC candidate cells  p. 250
4.4.2.3Measurements on serving cell  p. 251
4.4.2.4Measurements of E-UTRAN inter-RAT DC candidate cells  p. 251
4.5NR measurements for positioning  p. 251
4.5.1Introduction  p. 251
4.5.2RSTD measurements  p. 252
4.5.2.1Introduction  p. 252
4.5.2.2Requirements Applicability  p. 252
4.5.2.3Measurement Capability  p. 252
4.5.2.4Measurement Reporting Requirements  p. 252
4.5.2.5Measurements Period Requirements  p. 253
4.5.2.6Measurements Period Requirements with Bandwidth Aggregation  p. 256
4.5.3PRS-RSRP measurements  p. 259
4.5.3.1Introduction  p. 259
4.5.3.2Requirements applicability  p. 259
4.5.3.3Measurement Capability  p. 259
4.5.3.4Measurement Reporting Requirements  p. 259
4.5.3.5Measurement Period Requirements  p. 260
4.5.4PRS-RSRPP measurements  p. 262
4.5.4.1Introduction  p. 262
4.5.4.2Requirements Applicability  p. 262
4.5.4.3Measurement Capability  p. 263
4.5.4.4Measurement Reporting Requirements  p. 263
4.5.4.5Measurement Period Requirements  p. 263
4.5.5Measurement requirements for DL RSCPD reported with RSTD  p. 263
4.5.5.1Introduction  p. 263
4.5.5.2Requirements Applicability  p. 263
4.5.5.3Measurement Capability  p. 263
4.5.5.4Measurement Reporting Requirements  p. 264
4.5.5.5Measurements Period Requirements  p. 264
4.6NR measurements for positioning for RedCap  p. 268
4.6.1Introduction  p. 268
4.6.2RSTD measurements for RedCap  p. 269
4.6.2.1Introduction  p. 269
4.6.2.2Requirements Applicability  p. 269
4.6.2.3Measurement Capability  p. 269
4.6.2.4Measurement Reporting Requirements  p. 269
4.6.2.5Measurements Period Requirements without RX FH  p. 269
4.6.2.6Measurement Period Requirements with RX FH  p. 270
4.6.3PRS-RSRP measurements for RedCap  p. 272
4.6.3.1Introduction  p. 272
4.6.3.2Requirements applicability  p. 272
4.6.3.3Measurement Capability  p. 272
4.6.3.4Measurement Reporting Requirements  p. 272
4.6.3.5Measurement Period Requirements without RX FH  p. 273
4.6.3.6Measurement Period Requirements with RX FH  p. 275
4.6.4PRS-RSRPP measurements for RedCap  p. 277
4.6.4.1Introduction  p. 277
4.6.4.2Requirements Applicability  p. 277
4.6.4.3Measurement Capability  p. 277
4.6.4.4Measurement Reporting Requirements  p. 277
4.6.4.5Measurement Period Requirements without RX FH  p. 278
4.6.4.6Measurement Period Requirements with RX FH  p. 278
4.7Measurement report for fast CA/DC setup  p. 278
4.7.1Introduction  p. 278
4.7.2Void  p. …
4.7.3Measurement Report Requirements  p. 278
5SA: RRC_INACTIVE state mobility  p. 279
5.1Cell Re-selection  p. 279
5.1.1Introduction  p. 279
5.1.2Requirements  p. 279
5.1.2.1UE measurement capability  p. 279
5.1.2.2Measurement and evaluation of serving cell  p. 279
5.1.2.3Measurements of intra-frequency NR cells  p. 281
5.1.2.4Measurements of inter-frequency NR cells  p. 283
5.1.2.5Measurements of inter-RAT E-UTRAN cells  p. 285
5.1.2.6Maximum interruption in paging reception  p. 286
5.1.2.7General requirements  p. 286
5.1.2.8Measurement of inter-frequency NR cells with NTN carrier  p. 287
5.1.2.9Minimum requirement at transitions  p. 287
5.1.2.10Measurements of intra-frequency NR cells for UE configured with relaxed measurement criterion  p. 287
5.1.2.11Measurements of inter-frequency NR cells for UE configured with relaxed measurement criterion  p. 288
5.1.2.12Measurements of inter-RAT E-UTRAN cells for UE configured with relaxed measurement criterion  p. 289
5.1ACell Re-selection with CCA  p. 289
5.1A.1Introduction  p. 289
5.1A.2Requirements  p. 290
5.1A.2.1UE measurement capability  p. 290
5.1A.2.2Measurement and evaluation when CCA is used on the serving cell  p. 290
5.1A.2.3Measurements of intra-frequency NR cells when CCA is used on the serving cell and target cell  p. 290
5.1A.2.4Measurements of inter-frequency NR cells when CCA is used on the target cell  p. 290
5.1A.2.5Measurements of inter-RAT E-UTRAN cells when CCA is used on the serving cell  p. 290
5.1A.2.6Maximum interruption in paging reception when CCA is used on the target cell  p. 290
5.1A.2.7General requirements  p. 290
5.1BCell Re-selection for RedCap  p. 290
5.1B.1Introduction  p. 290
5.1B.2Requirements  p. 290
5.1B.2.1UE measurement capability  p. 290
5.1B.2.2Measurement and evaluation of serving cell  p. 290
5.1B.2.3Measurements of intra-frequency NR cells  p. 293
5.1B.2.4Measurements of inter-frequency NR cells  p. 295
5.1B.2.5Measurements of inter-RAT E-UTRAN cells  p. 297
5.1B.2.6Maximum interruption in paging reception  p. 298
5.1B.2.7General requirements  p. 298
5.1B.2.8Minimum requirement at transitions  p. 298
5.1B.2.9Measurements of intra-frequency NR cells for UE configured with relaxed measurement criterion  p. 298
5.1B.2.10Measurements of inter-frequency NR cells for UE configured with relaxed measurement criterion  p. 300
5.1B.2.11Measurements of inter-RAT E-UTRAN cells for UE configured with relaxed measurement criterion  p. 303
5.1CCell Re-selection for Satellite Access  p. 304
5.1C.1Introduction  p. 304
5.1C.2Requirements  p. 304
5.1C.2.1UE measurement capability  p. 304
5.1C.2.2Measurement and evaluation of serving cell  p. 304
5.1C.2.3Measurements of intra-frequency NR cells  p. 304
5.1C.2.4Measurements of inter-frequency NR cells  p. 305
5.1C.2.5Maximum interruption in paging reception  p. 305
5.1C.2.6General requirements  p. 305
5.1C.2.7Measurements of inter-frequency NR cells with TN carrier  p. 305
5.1C.2.8Measurements of inter-RAT E-UTRAN cells with TN carrier  p. 305
5.1C.3Void  p. …
5.1C.4Void  p. …
5.1DCell Re-selection for ATG  p. 305
5.1D.1Introduction  p. 305
5.1D.2Requirements  p. 305
5.1D.2.1UE measurement capability  p. 305
5.1D.2.2Measurement and evaluation of serving cell  p. 305
5.1D.2.3Measurements of intra-frequency NR cells  p. 305
5.1D.2.4Measurements of inter-frequency NR cells  p. 305
5.1D.2.5Maximum interruption in paging reception  p. 306
5.1D.2.6General requirements  p. 306
5.2Void  p. …
5.2BConfigured Grant based Small Data Transmissions (CG-SDT) for RedCap  p. 306
5.2B.1Introduction  p. 306
5.2B.2Requirements on UE synchronization for small data transmissions for RedCap  p. 306
5.2B.2.1Void  p. …
5.2B.3TA validation requirements for RedCap  p. 306
5.2B.3.1Void  p. …
5.2B.3.2Void  p. …
5.2B.4Scheduling restriction  p. 307
5.2B.5Applicability conditions for CG-SDT for RedCap  p. 308
5.3Minimization of Drive Tests (MDT)  p. 308
5.3.1Introduction  p. 308
5.3.2Measurement Requirements  p. 308
5.3.3Requirements for Relative Time Stamp Accuracy  p. 308
5.3.4Requirements for Relative Time Stamp Accuracy for RRC Connection Establishment Failure Log Reporting  p. 308
5.3.5Requirements for Relative Time Stamp Accuracy for Radio Link Failure and Handover Failure Log Reporting  p. 308
5.3.6Requirements for Relative Time Stamp Accuracy for RRC Resume Failure Log Reporting  p. 308
5.3CMinimization of Drive Tests (MDT) for Satellite Access  p. 309
5.3C.1Introduction  p. 309
5.3C.2Measurement Requirements  p. 309
5.3C.3Requirements for Relative Time Stamp Accuracy  p. 309
5.3C.4Requirements for Relative Time Stamp Accuracy for RRC Connection Establishment Failure Log Reporting  p. 309
5.3C.5Requirements for Relative Time Stamp Accuracy for Radio Link Failure and Handover Failure Log Reporting  p. 309
5.3C.6Requirements for Relative Time Stamp Accuracy for RRC Resume Failure Log Reporting  p. 309
5.4Inactive Mode CA/DC Measurements  p. 310
5.4.1Introduction  p. 310
5.4.2Measurement Requirements  p. 310
5.4.2.1Detected cell requirement during state transition and inactive mode  p. 310
5.4.2.2Measurements of inter-frequency CA/DC candidate cells  p. 310
5.4.2.3Measurements on serving cell  p. 310
5.4.2.4Measurements on E-UTRAN inter-RAT DC candidate cells  p. 310
5.5Configured Grant based Small Data Transmissions (CG-SDT)  p. 310
5.5.1Introduction  p. 310
5.5.2Requirements on UE synchronization for small data transmissions  p. 310
5.5.3TA validation requirements  p. 310
5.5.4Scheduling restriction  p. 312
5.5.4.1Scheduling availability of UE performing measurements in TDD bands on FR1  p. 312
5.5.4.2Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 312
5.5.4.3Scheduling availability of UE performing measurements on FR2  p. 312
5.5.5Applicability conditions for SDT  p. 313
5.5DConfigured Grant based Small Data Transmissions (CG-SDT) for ATG  p. 313
5.6NR measurements for positioning  p. 313
5.6.1Introduction  p. 313
5.6.1ACell re-selection for positioning  p. 314
5.6.1A.1Measurement and evaluation of serving cell  p. 314
5.6.1A.2Measurements of intra-frequency NR cells  p. 315
5.6.2RSTD measurements  p. 316
5.6.2.1Introduction  p. 316
5.6.2.2Requirements Applicability  p. 316
5.6.2.3Measurement Capability  p. 316
5.6.2.5Measurements Period Requirements  p. 317
5.6.2.6Measurements Period Requirements with Bandwidth Aggregation  p. 320
5.6.3PRS-RSRP measurements  p. 323
5.6.3.1Introduction  p. 323
5.6.3.2Requirements applicability  p. 323
5.6.3.3Measurement Capability  p. 323
5.6.3.4Measurement Reporting Requirements  p. 323
5.6.3.5Measurement Period Requirements  p. 324
5.6.4UE Rx-Tx time difference measurements  p. 327
5.6.4.1Introduction  p. 327
5.6.4.2Requirements Applicability  p. 327
5.6.4.3Measurement Capability  p. 327
5.6.4.4Measurement Reporting Requirements  p. 327
5.6.4.5Measurement Period Requirements  p. 327
5.6.4.6Measurement Period Requirements with Bandwidth Aggregation  p. 331
5.6.5PRS-RSRPP measurements  p. 334
5.6.5.1Introduction  p. 334
5.6.5.2Requirements Applicability  p. 334
5.6.5.3Measurement Capability  p. 334
5.6.5.4Measurement Reporting Requirements  p. 334
5.6.5.5Measurement Period Requirements  p. 335
5.6.6TA validation requirements for positioning  p. 335
5.6.6.1Introduction  p. 335
5.6.6.2TA validation requirements  p. 335
5.6.6.3TA validation requirements when configured with validity area  p. 336
5.6.7Measurement requirements for DL RSCPD reported with RSTD  p. 337
5.6.7.1Introduction  p. 337
5.6.7.2Requirements Applicability  p. 337
5.6.7.3Measurement Capability  p. 337
5.6.7.4Measurement Reporting Requirements  p. 337
5.6.7.5Measurements Period Requirements  p. 338
5.6.8Measurement requirements for DL RSCP reported with UE Rx-Tx time difference  p. 340
5.6.8.1Introduction  p. 340
5.6.8.2Requirements Applicability  p. 340
5.6.8.3Measurement Capability  p. 340
5.6.8.4Measurement Reporting Requirements  p. 340
5.6.8.5Measurement Period Requirements  p. 341
5.6ANR measurements for positioning for RedCap  p. 343
5.6A.1Introduction  p. 343
5.6A.2Cell re-selection for positioning  p. 344
5.6A.2.1Measurement and evaluation of serving cell  p. 344
5.6A.2.2Measurements of intra-frequency NR cells  p. 345
5.6A.3TA validation requirements for positioning SRS  p. 346
5.6A.3.1Introduction  p. 346
5.6A.3.2TA validation requirements  p. 346
5.6A.3.3TA validation requirements when configured with validity area  p. 346
5.6A.4RSTD measurements for RedCap  p. 346
5.6A.4.1Introduction  p. 346
5.6A.4.2Requirements applicability  p. 346
5.6A.4.3Measurement Capability  p. 347
5.6A.4.4Measurement Reporting Requirements  p. 347
5.6A.4.5Measurement Period Requirement without RX FH  p. 347
5.6A.4.6Measurement Period Requirement with RX FH  p. 351
5.6A.5PRS-RSRP measurements for RedCap  p. 352
5.6A.5.1Introduction  p. 352
5.6A.5.2Requirements applicability  p. 353
5.6A.5.3Measurement Capability  p. 353
5.6A.5.4Measurement Reporting Requirements  p. 353
5.6A.5.5Measurement Period Requirements without RX FH  p. 354
5.6A.5.6Measurement Period Requirement with RX FH  p. 356
5.6A.6UE Rx-Tx time difference measurements for RedCap  p. 358
5.6A.6.1Introduction  p. 358
5.6A.6.2Requirements Applicability  p. 358
5.6A.6.3Measurement Capability  p. 359
5.6A.6.4Measurement Reporting Requirements  p. 359
5.6A.6.5Measurement Period Requirements without RX FH  p. 359
5.6A.6.6Measurement Period Requirements with RX FH  p. 360
5.6A.7PRS-RSRPP measurements for RedCap  p. 362
5.6A.7.1Introduction  p. 362
5.6A.7.2Requirements applicability  p. 362
5.6A.7.3Measurement Capability  p. 362
5.6A.7.4Measurement Reporting Requirements  p. 362
5.6A.7.5Measurement Period Requirements without FH  p. 363
5.6A.7.6Measurement period requirement with FH  p. 363
5.7Random access based Small Data Transmissions (RA-SDT)  p. 363
5.7.1Introduction  p. 363
5.7.2Requirements for small data transmissions based on 2-step RA  p. 363
5.7.3Requirements for small data transmissions based on 4-step RA  p. 363
5.7.4Applicability conditions for SDT  p. 363
5.7BRandom access based Small Data Transmissions (RA-SDT) for RedCap  p. 364
5.7B.1Introduction  p. 364
5.7B.2Requirements for small data transmissions based on 2-step RA  p. 364
5.7B.3Requirements for small data transmissions based on 4-step RA  p. 364
5.7B.4Applicability conditions for RA-SDT for RedCap  p. 364
5.7DRandom access based Small Data Transmissions (RA-SDT) for ATG  p. 364
5.8Measurement report for fast CA/DC setup  p. 364
5.8.1Introduction  p. 364
5.8.2Void  p. …
5.8.3Measurement Report Requirements  p. 365
6RRC_CONNECTED state mobility  p. 365
6.1Handover  p. 365
6.1.1NR Handover  p. 365
6.1.1.1Introduction  p. 365
6.1.1.2NR FR1 - NR FR1 Handover  p. 365
6.1.1.2.1Handover delay  p. 365
6.1.1.2.2Interruption time  p. 365
6.1.1.3NR FR2- NR FR1 Handover  p. 367
6.1.1.3.1Handover delay  p. 367
6.1.1.3.2Interruption time  p. 367
6.1.1.4NR FR2- NR FR2 Handover  p. 368
6.1.1.4.1Handover delay  p. 368
6.1.1.4.2Interruption time  p. 368
6.1.1.5NR FR1- NR FR2 Handover  p. 369
6.1.1.5.1Handover delay  p. 369
6.1.1.5.2Interruption time  p. 369
6.1.2NR Handover to other RATs  p. 371
6.1.2.1NR - E-UTRAN Handover  p. 371
6.1.2.1.1Introduction  p. 371
6.1.2.1.2Handover delay  p. 371
6.1.2.1.3Interruption time  p. 371
6.1.2.2NR - UTRAN Handover  p. 371
6.1.2.2.1Introduction  p. 371
6.1.2.2.2Handover delay  p. 372
6.1.2.2.3Interruption time  p. 372
6.1.3NR DAPS Handover  p. 372
6.1.3.1Introduction  p. 372
6.1.3.2NR FR1 - NR FR1 DAPS Handover  p. 373
6.1.3.2.1DAPS handover delay  p. 373
6.1.3.2.2Interruption time  p. 374
6.1.3.3NR FR2- NR FR1 DAPS Handover  p. 375
6.1.3.3.1DAPS handover delay  p. 376
6.1.3.3.2Interruption time  p. 376
6.1.3.4NR FR1- NR FR2 DAPS Handover  p. 376
6.1.3.4.1DAPS handover delay  p. 377
6.1.3.4.2Interruption time  p. 377
6.1.4NR Conditional Handover  p. 378
6.1.4.1Introduction  p. 378
6.1.4.2NR FR1 - NR FR1 conditional handover  p. 378
6.1.4.2.2Measurement time  p. 378
6.1.4.3NR FR2 - NR FR1 conditional handover  p. 380
6.1.4.4NR FR2 - NR FR2 conditional handover  p. 380
6.1.4.4.1Handover delay  p. 380
6.1.4.4.2Measurement time  p. 381
6.1.4.4.3Preparation time  p. 382
6.1.4.4.4Interruption time  p. 382
6.1.4.5NR FR1 - NR FR2 conditional handover  p. 382
6.1.5NR Handover with PSCell  p. 382
6.1.5.1Introduction  p. 382
6.1.5.2Handover with PSCell from NR SA to EN-DC  p. 383
6.1.5.2.1Interruption time for inter-RAT HO from NR to E-UTRAN  p. 383
6.1.5.2.2PSCell addition in HO with PSCell for NR SA to EN-DC  p. 383
6.1.5.3HO with PSCell from NE-DC to NE-DC  p. 384
6.1.5.3.1Handover delay  p. 384
6.1.5.3.2HO with PSCell - PCell Interruption time  p. 384
6.1.5.3.3PSCell addition/change in NE-DC to NE-DC HO with PSCell  p. 384
6.1.5.4HO with PSCell from NR-DC to NR-DC  p. 385
6.1.5.5Handover with PSCell from NR SA to EN-DC with PSCell using CCA  p. 386
6.1.5.5.1Introduction  p. 386
6.1.5.5.2NR SA to EN-DC HO with PSCell- NR to E-UTRA HO Interruption time  p. 386
6.1.5.5.3NR SA to EN-DC HO with PSCell - NR PSCell Addition Delay requirements  p. 387
6.1.6.1Conditional handover including target MCG in FR1 and target SCG in FR1 in NR-DC  p. 388
6.1.6.1.1CHO with PSCell - PCell Interruption time  p. 388
6.1.6.1.2CHO with PSCell - PSCell change delay  p. 389
6.1.6.2Conditional handover including target MCG in FR1 and target SCG in FR2 in NR-DC  p. 390
6.1.6.2.2CHO with PSCell - PSCell change delay  p. 391
6.1.7.1.2PSCell conditional change delay  p. 393
6.1.7.2Conditional handover including target MCG in FR1 and Candidate SCG for CPC in FR2 in NR-DC  p. 394
6.1.7.2.1PCell handover delay  p. 394
6.1.7.2.1.1Measurement time  p. 395
6.1.7.2.2PSCell conditional change delay  p. 395
6.1AVoid  p. …
6.1A.1Void  p. …
6.1A.1.1Void  p. …
6.1A.1.2Void  p. …
6.1A.1.2.1Void  p. …
6.1A.1.2.2Void  p. …
6.1BHandover to target cell using CCA  p. 397
6.1B.1NR Handover  p. 397
6.1B.1.1Introduction  p. 397
6.1B.1.2NR FR1 - NR FR1 Handover  p. 397
6.1B.1.2.1Handover delay  p. 397
6.1B.1.2.2Interruption time  p. 397
6.1B.1.3NR FR2-2 NR FR2-2 Handover  p. 398
6.1B.1.3.1Handover delay  p. 398
6.1B.1.3.2Interruption time  p. 398
6.1B.1.4NR FR1- NR FR2-2 Handover  p. 399
6.1B.1.4.1Handover delay  p. 399
6.1B.1.4.2Interruption time  p. 400
6.1CHandover for SAN  p. 401
6.1C.1NR SAN Handover  p. 401
6.1C.1.1Introduction  p. 401
6.1C.1.2NR SAN FR1 - NR SAN FR1 Handover  p. 401
6.1C.1.2.1Handover delay  p. 401
6.1C.1.2.2Interruption time  p. 401
6.1C.1.3NR SAN FR2-NTN - NR SAN FR2-NTN Handover  p. 402
6.1C.1.3.1Handover delay  p. 402
6.1C.1.3.2Interruption time  p. 403
6.1C.2NR SAN Conditional Handover  p. 403
6.1C.2.1Introduction  p. 403
6.1C.2.2NR SAN FR1 - NR SAN FR1 conditional handover  p. 403
6.1C.2.2.1Handover delay  p. 404
6.1C.2.2.2Measurement time  p. 404
6.1C.2.2.3Preparation time  p. 405
6.1C.2.2.4Interruption time  p. 405
6.1C.2.3NR SAN FR1 - NR SAN FR1 conditional handover without L3 measurement criteria  p. 406
6.1C.2.3.1Handover delay  p. 406
6.1C.2.3.2Preparation time  p. 407
6.1C.2.3.3Interruption time  p. 407
6.1C.2.4NR SAN FR2-NTN - NR SAN FR2-NTN conditional handover  p. 407
6.1C.3NR SAN Satellite switching with re-synchronization  p. 408
6.1C.3.1Introduction  p. 408
6.1C.3.2NR SAN FR1 - NR SAN FR1 Satellite switching with re-synchronization  p. 408
6.1C.3.2.1Satellite switching delay  p. 408
6.1C.3.2.2Interruption time for hard satellite switch with re-sync  p. 408
6.1DHandover for RedCap  p. 409
6.1D.1NR Handover  p. 409
6.1D.1.1Introduction  p. 409
6.1D.1.2NR FR1 - NR FR1 Handover  p. 410
6.1D.1.2.1Handover delay  p. 410
6.1D.1.2.2Interruption time  p. 410
6.1D.1.3NR FR2- NR FR2 Handover  p. 411
6.1D.1.3.1Handover delay  p. 411
6.1D.1.3.2Interruption time  p. 412
6.1D.2NR Handover to other RATs  p. 413
6.1D.2.1NR - E-UTRAN Handover  p. 413
6.1EHandover for ATG  p. 413
6.1E.1NR Handover  p. 413
6.1E.1.1Introduction  p. 413
6.1E.1.2NR FR1 - NR FR1 Handover  p. 413
6.1E.1.2.1Handover delay  p. 413
6.1E.1.2.2Interruption time  p. 413
6.1E.2NR Conditional Handover  p. 414
6.1E.2.1Introduction  p. 414
6.1E.2.2NR FR1 - NR FR1 conditional handover  p. 414
6.1E.2.2.1Handover delay  p. 414
6.1E.2.2.2Measurement time  p. 415
6.1E.2.2.3Preparation time  p. 415
6.1E.2.2.4Interruption time  p. 416
6.2RRC Connection Mobility Control  p. 416
6.2.1SA: RRC Re-establishment  p. 416
6.2.1.1Introduction  p. 416
6.2.1.2Requirements  p. 416
6.2.1.2.1UE Re-establishment delay requirement  p. 416
6.2.1ARRC Re-establishment with CCA  p. 418
6.2.1A.1Introduction  p. 418
6.2.1A.2Requirements  p. 418
6.2.1A.2.1UE Re-establishment with CCA delay requirement  p. 418
6.2.1BSA: RRC Re-establishment for RedCap  p. 420
6.2.1B.1Introduction  p. 420
6.2.1B.2Requirements  p. 420
6.2.2Random access  p. 421
6.2.2.1Introduction  p. 421
6.2.2.2Requirements for 4-step RA type  p. 421
6.2.2.2.1Contention based random access  p. 421
6.2.2.2.1.1Correct behaviour when transmitting Random Access Preamble  p. 421
6.2.2.2.1.2Correct behaviour when receiving Random Access Response  p. 422
6.2.2.2.1.3Correct behaviour when not receiving Random Access Response  p. 422
6.2.2.2.1.4Correct behaviour when receiving an UL grant for msg3 retransmission  p. 422
6.2.2.2.1.5SA: Correct behaviour when receiving a message over Temporary C-RNTI  p. 422
6.2.2.2.1.6Correct behaviour when contention Resolution timer expires  p. 422
6.2.2.2.2Non-Contention based random access  p. 422
6.2.2.2.2.1Correct behaviour when transmitting Random Access Preamble  p. 422
6.2.2.2.2.2Correct behaviour when receiving Random Access Response  p. 423
6.2.2.2.2.3Correct behaviour when not receiving Random Access Response  p. 423
6.2.2.2.3UE behaviour when configured with supplementary UL  p. 423
6.2.2.3Requirements for 2-step RA type  p. 423
6.2.2.3.1Contention based random access  p. 424
6.2.2.3.1.1Correct behaviour when transmitting MsgA  p. 424
6.2.2.3.1.2Correct behaviour when receiving MsgB  p. 424
6.2.2.3.1.3Correct behaviour when not receiving MsgB  p. 424
6.2.2.3.2Non-Contention based random access  p. 424
6.2.2.3.2.1Correct behaviour when transmitting MsgA  p. 424
6.2.2.3.2.2Correct behaviour when receiving MsgB  p. 425
6.2.2.3.2.3Correct behaviour when not receiving MsgB  p. 425
6.2.2.3.3UE behaviour when configured with supplementary UL  p. 425
6.2.2ARandom access when CCA is used on target frequency  p. 425
6.2.2A.1Introduction  p. 425
6.2.2A.2Requirements for 4-step RA type  p. 425
6.2.2A.2.1Contention based random access  p. 426
6.2.2A.2.1.1Correct behaviour when transmitting Random Access Preamble  p. 426
6.2.2A.2.1.2Correct behaviour when receiving Random Access Response  p. 426
6.2.2A.2.1.3Correct behaviour when not receiving Random Access Response  p. 426
6.2.2A.2.1.4Correct behaviour when receiving an UL grant for msg3 retransmission  p. 426
6.2.2A.2.1.6Correct behaviour when contention Resolution timer expires  p. 427
6.2.2A.2.2Non-Contention based random access  p. 427
6.2.2A.2.2.1Correct behaviour when transmitting Random Access Preamble  p. 427
6.2.2A.2.2.2Correct behaviour when receiving Random Access Response  p. 427
6.2.2A.2.2.3Correct behaviour when not receiving Random Access Response  p. 428
6.2.2A.3Requirements for 2-step RA type  p. 428
6.2.2A.3.1Contention based random access  p. 428
6.2.2A.3.1.1Correct behaviour when transmitting MsgA  p. 428
6.2.2A.3.1.2Correct behaviour when receiving MsgB  p. 429
6.2.2A.3.1.3Correct behaviour when not receiving MsgB  p. 429
6.2.2A.3.2Non-Contention based random access  p. 429
6.2.2A.3.2.1Correct behaviour when transmitting MsgA  p. 429
6.2.2A.3.2.2Correct behaviour when receiving MsgB  p. 430
6.2.2A.3.2.3Correct behaviour when not receiving MsgB  p. 430
6.2.2BRandom access for RedCap  p. 430
6.2.2B.1Introduction  p. 430
6.2.2B.2Requirements  p. 430
6.2.2CPDCCH ordered Random Access for LTM  p. 431
6.2.2C.1Introduction  p. 431
6.2.2C.2PDCCH ordered Random Access delay  p. 431
6.2.3SA: RRC Connection Release with Redirection  p. 432
6.2.3.1Introduction  p. 432
6.2.3.2Requirements  p. 432
6.2.3.2.1RRC connection release with redirection to NR  p. 432
6.2.3.2.2RRC connection release with redirection to E-UTRAN  p. 433
6.2.3.2.3RRC connection release with redirection to NR carrier subject to CCA  p. 433
6.2.3ASA: RRC Connection Release with Redirection for RedCap  p. 434
6.2.3A.1Introduction  p. 434
6.2.3A.2Requirements  p. 435
6.2.3A.2.1RRC connection release with redirection to NR  p. 435
6.2.3A.2.2RRC connection release with redirection to E-UTRAN  p. 435
6.2CRRC Connection Mobility Control for Satellite Access  p. 435
6.2C.1SA: RRC Re-establishment for Satellite Access  p. 435
6.2C.1.1Introduction  p. 435
6.2C.1.2Requirements  p. 435
6.2C.1.2.1UE Re-establishment delay requirement  p. 436
6.2C.1.2.2UE Re-establishment delay requirement for VSAT  p. 437
6.2C.2Random access for satellite access  p. 437
6.2C.2.1Introduction  p. 437
6.2C.2.2Requirements for 4-step RA type  p. 437
6.2C.2.2.1Contention based random access  p. 438
6.2C.2.2.1.1Correct behaviour when transmitting Random Access Preamble  p. 438
6.2C.2.2.1.2Correct behaviour when receiving Random Access Response  p. 438
6.2C.2.2.1.3Correct behaviour when not receiving Random Access Response  p. 438
6.2C.2.2.1.4Correct behaviour when receiving an UL grant for msg3 retransmission  p. 438
6.2C.2.2.1.5SA: Correct behaviour when receiving a message over Temporary C-RNTI  p. 438
6.2C.2.2.1.6Correct behaviour when Contention Resolution Timer expires  p. 438
6.2C.2.2.2Non-Contention based random access  p. 439
6.2C.2.2.2.1Correct behaviour when transmitting Random Access Preamble  p. 439
6.2C.2.2.2.2Correct behaviour when receiving Random Access Response  p. 439
6.2C.2.2.2.3Correct behaviour when not receiving Random Access Response  p. 439
6.2C.2.3Requirements for 2-step RA type  p. 440
6.2C.2.3.1Contention based random access  p. 440
6.2C.2.3.1.1Correct behaviour when transmitting MsgA  p. 440
6.2C.2.3.1.2Correct behaviour when receiving MsgB  p. 440
6.2C.2.3.1.3Correct behaviour when not receiving MsgB  p. 441
6.2C.2.3.2Non-Contention based random access  p. 441
6.2C.2.3.2.1Correct behaviour when transmitting MsgA  p. 441
6.2C.2.3.2.2Correct behaviour when receiving MsgB  p. 441
6.2C.2.3.2.3Correct behaviour when not receiving MsgB  p. 441
6.2C.3SA: RRC Connection Release with Redirection for Satellite Access  p. 441
6.2C.3.1Introduction  p. 441
6.2C.3.2Requirements  p. 441
6.2C.3.2.1RRC connection release with redirection to NR  p. 441
6.2DRRC Connection Mobility Control for ATG  p. 442
6.2D.1SA: RRC Re-establishment  p. 442
6.2D.1.1Introduction  p. 442
6.2D.1.2Requirements  p. 443
6.2D.1.2.1UE Re-establishment delay requirement  p. 443
6.2D.2Random access  p. 444
6.2D.2.1Introduction  p. 444
6.2D.2.2Requirements for 4-step RA type  p. 444
6.2D.2.3Requirements for 2-step RA type  p. 444
6.2D.3SA: RRC Connection Release with Redirection  p. 444
6.2D.3.1Introduction  p. 444
6.2D.3.2Requirements  p. 445
6.2D.3.2.1RRC connection release with redirection to NR  p. 445
6.3L1/L2-Triggered Mobility  p. 445
6.3.1LTM PCell Cell Switch  p. 445
6.3.1.1Introduction  p. 445
6.3.1.2LTM Cell Switch delay  p. 447
6.3.1.3Interruption time  p. 447
7Timing  p. 449
7.1UE transmit timing  p. 449
7.1.1Introduction  p. 449
7.1.2Requirements  p. 450
7.1.2.1Gradual timing adjustment  p. 452
7.1.2.2Void  p. …
7.1.2.3One shot large UL timing adjustment for FR2 Power Class 6 UE  p. 452
7.1.2.4UE transmit timing for positioning measurements  p. 453
7.1AUE transmit timing for RedCap  p. 453
7.1A.1Introduction  p. 453
7.1A.2Requirements  p. 454
7.1A.2.1Gradual timing adjustment  p. 455
7.1A.2.2UE transmit timing for positioning measurements  p. 455
7.1CUE transmit timing for Satellite Access  p. 455
7.1C.1Introduction  p. 455
7.1C.2Requirements  p. 455
7.1C.2.1Gradual timing adjustment  p. 457
7.1DUE transmit timing for ATG  p. 457
7.1D.1Introduction  p. 457
7.1D.2Requirements  p. 457
7.1D.2.1Gradual timing adjustment  p. 458
7.2UE timer accuracy  p. 459
7.2.1Introduction  p. 459
7.2.2Requirements  p. 459
7.2AUE timer accuracy for RedCap  p. 459
7.2A.1Introduction  p. 459
7.2A.2Requirements  p. 459
7.2CUE timer accuracy for satellite access  p. 459
7.2C.1Introduction  p. 459
7.2C.2Requirements  p. 460
7.2DUE timer accuracy for ATG  p. 460
7.2D.1Introduction  p. 460
7.2D.2Requirements  p. 460
7.3Timing advance  p. 460
7.3.1Introduction  p. 460
7.3.2Requirements  p. 461
7.3.2.1Timing Advance adjustment delay  p. 461
7.3.2.2Timing Advance adjustment accuracy  p. 461
7.3ATiming Advance for RedCap  p. 461
7.3A.1Introduction  p. 461
7.3A.2Requirements  p. 461
7.3A.2.1Timing Advance adjustment delay  p. 461
7.3A.2.2Timing Advance adjustment accuracy  p. 461
7.3CTiming advance for satellite access  p. 461
7.3C.1Introduction  p. 461
7.3C.2Requirements  p. 462
7.3C.2.1Timing Advance adjustment delay  p. 462
7.3C.2.2Timing Advance adjustment accuracy  p. 462
7.3DTiming advance for ATG  p. 462
7.3D.1Introduction  p. 462
7.3D.2Requirements  p. 462
7.3D.2.1Timing Advance adjustment delay  p. 462
7.3D.2.2Timing Advance adjustment accuracy  p. 462
7.4Cell phase synchronization accuracy  p. 463
7.4.1Definition  p. 463
7.4.2Minimum requirements  p. 463
7.5Maximum Transmission Timing Difference  p. 463
7.5.1Introduction  p. 463
7.5.2Minimum requirements for inter-band EN-DC  p. 463
7.5.2.1Minimum requirements for inter-band synchronous EN-DC  p. 464
7.5.3Minimum requirements for intra-band EN-DC  p. 464
7.5.4Minimum requirements for NR Carrier Aggregation  p. 465
7.5.5Minimum requirements for inter-band NE-DC  p. 465
7.5.5.1Minimum requirements for inter-band synchronous NE-DC  p. 466
7.5.6Minimum requirements for inter-band NR-DC  p. 466
7.5.7Minimum requirements for multi-TRP  p. 467
7.6Maximum Receive Timing Difference  p. 467
7.6.1Introduction  p. 467
7.6.2Minimum requirements for inter-band EN-DC  p. 468
7.6.2.1Minimum requirements for inter-band synchronous EN-DC  p. 468
7.6.3Minimum requirements for intra-band EN-DC  p. 469
7.6.4Minimum requirements for NR Carrier Aggregation  p. 469
7.6.5Minimum requirements for inter-band NE-DC  p. 470
7.6.5.1Minimum requirements for inter-band synchronous NE-DC  p. 470
7.6.6Minimum requirements for inter-band NR-DC  p. 471
7.6.7Minimum requirements for PC6 UE in FR2  p. 472
7.6.8Minimum requirements for Multi-TRPs  p. 472
7.7deriveSSB-IndexFromCell tolerance  p. 473
7.7.1Minimum requirements  p. 473
7.7AderiveSSB-IndexFromCell tolerance for RedCap  p. 473
7.7A.1Minimum requirements  p. 473
7.7DDeriveSSB-IndexFromCell tolerance for ATG  p. 473
7.7D.1Minimum requirements  p. 473
7.8Void  p. …
7.9deriveSSB-IndexFromCellInter-r17 tolerance  p. 474
7.9.1Minimum requirements  p. 474
7.9DDeriveSSB-IndexFromCellInter-r17 tolerance for ATG  p. 474
7.9D.1Minimum requirements  p. 474
8Signalling characteristics  p. 476
8.1Radio Link Monitoring  p. 476
8.1.1Introduction  p. 476
8.1.1.1Introduction of Requirement on Radio Link Monitoring for UE Configured with Relaxed Measurement Criteria  p. 477
8.1.2Requirements for SSB based radio link monitoring  p. 478
8.1.2.1Introduction  p. 478
8.1.2.2Minimum requirement  p. 479
8.1.2.3Measurement restrictions for SSB based RLM  p. 483
8.1.2.4Minimum requirement of SSB based radio link monitoring for UE fulfilling relaxed measurement criteria  p. 484
8.1.3Requirements for CSI-RS based radio link monitoring  p. 485
8.1.3.1Introduction  p. 485
8.1.3.2Minimum requirement  p. 485
8.1.3.3Measurement restrictions for CSI-RS based RLM  p. 489
8.1.3.4Minimum requirement of CSI-RS based radio link monitoring for UE fulfilling relaxed measurement criteria  p. 490
8.1.4Minimum requirement at transitions  p. 491
8.1.5Minimum requirement for UE turning off the transmitter  p. 492
8.1.6Minimum requirement for L1 indication  p. 492
8.1.7Scheduling availability of UE during radio link monitoring  p. 492
8.1.7.1Scheduling availability of UE performing radio link monitoring with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 492
8.1.7.2Scheduling availability of UE performing radio link monitoring with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 492
8.1.7.3Scheduling availability of UE performing radio link monitoring on FR2  p. 493
8.1.7.4Scheduling availability of UE performing radio link monitoring on FR1 or FR2 in case of FR1-FR2 inter-band CA and NR-DC  p. 494
8.1.8Minimum requirement under IDC Interference  p. 494
8.1ARadio Link Monitoring with CCA on Target Frequency  p. 494
8.1A.1Introduction  p. 494
8.1A.2Requirements for SSB Based Radio Link Monitoring  p. 495
8.1A.2.1Introduction  p. 495
8.1A.2.2Minimum Requirement  p. 496
8.1A.2.3Measurement Restrictions for SSB based RLM  p. 498
8.1A.3Minimum requirement at transitions  p. 499
8.1A.4Minimum requirement for UE turning off the transmitter  p. 499
8.1A.5Minimum requirement for L1 indication  p. 499
8.1A.6Scheduling availability of UE during radio link monitoring  p. 500
8.1A.6.3Scheduling availability of UE performing radio link monitoring on FR2-2  p. 500
8.1A.6.4Scheduling availability of UE performing radio link monitoring on FR1 or FR2-2 in case of FR1-FR2-2 inter-band CA and NR-DC  p. 501
8.1BRadio Link Monitoring for RedCap  p. 501
8.1B.1Introduction  p. 501
8.1B.2Requirements for SSB based radio link monitoring  p. 502
8.1B.2.1Introduction  p. 502
8.1B.2.2Minimum requirement  p. 502
8.1B.2.3Measurement restrictions for SSB based RLM  p. 504
8.1B.3Requirements for CSI-RS based radio link monitoring  p. 505
8.1B.3.1Introduction  p. 505
8.1B.3.2Minimum requirement  p. 505
8.1B.3.3Measurement restrictions for CSI-RS based RLM  p. 508
8.1B.4Minimum requirement at transitions  p. 508
8.1B.5Minimum requirement for UE turning off the transmitter  p. 509
8.1B.6Minimum requirement for L1 indication  p. 509
8.1B.7Scheduling availability of UE during radio link monitoring  p. 509
8.1B.7.1Scheduling availability of UE performing radio link monitoring with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 509
8.1B.7.2Scheduling availability of UE performing radio link monitoring with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 509
8.1B.7.3Scheduling availability of UE performing radio link monitoring on FR2  p. 510
8.1CRadio Link Monitoring for Satellite Access  p. 510
8.1C.1Introduction  p. 510
8.1C.2Requirements for SSB based radio link monitoring  p. 511
8.1C.2.1Introduction  p. 511
8.1C.2.2Minimum requirement  p. 512
8.1C.2.3Measurement restrictions for SSB based RLM  p. 513
8.1C.3Requirements for CSI-RS based radio link monitoring  p. 513
8.1C.3.1Introduction  p. 513
8.1C.3.2Minimum requirement  p. 514
8.1C.3.3Measurement restrictions for CSI-RS based RLM  p. 515
8.1C.4Minimum requirement at transitions  p. 516
8.1C.5Minimum requirement for UE turning off the transmitter  p. 516
8.1C.6Minimum requirement for L1 indication  p. 516
8.1C.7Scheduling availability of UE during radio link monitoring  p. 517
8.1C.7.1Scheduling availability of UE performing radio link monitoring with a same subcarrier spacing as PDSCH/PDCCH on FR1 and FR2-NTN  p. 517
8.1C.7.2Scheduling availability of UE performing radio link monitoring with a different subcarrier spacing than PDSCH/PDCCH on FR1 and FR2-NTN  p. 517
8.1DRadio Link Monitoring for ATG  p. 517
8.1D.1Introduction  p. 517
8.1D.2Requirements for SSB based radio link monitoring  p. 518
8.1D.2.1Introduction  p. 518
8.1D.2.2Minimum requirement  p. 518
8.1D.2.3Measurement restrictions for SSB based RLM  p. 519
8.1D.3Requirements for CSI-RS based radio link monitoring  p. 520
8.1D.3.1Introduction  p. 520
8.1D.3.2Minimum requirement  p. 520
8.1D.3.3Measurement restrictions for CSI-RS based RLM  p. 521
8.1D.4Minimum requirement at transitions  p. 521
8.1D.5Minimum requirement for UE turning off the transmitter  p. 521
8.1D.6Minimum requirement for L1 indication  p. 521
8.1D.7Scheduling availability of UE during radio link monitoring  p. 522
8.1D.7.1Scheduling availability of UE performing radio link monitoring with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 522
8.1D.7.2Scheduling availability of UE performing radio link monitoring with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 522
8.2Interruption  p. 522
8.2.1EN-DC Interruption  p. 522
8.2.1.1Introduction  p. 522
8.2.1.2Requirements  p. 523
8.2.1.2.1Interruptions at transitions between active and non-active during DRX  p. 523
8.2.1.2.2Interruptions at transitions from non-DRX to DRX  p. 523
8.2.1.2.3Interruptions at SCell addition/release  p. 523
8.2.1.2.4Interruptions at SCell activation/deactivation  p. 525
8.2.1.2.5Interruptions during measurements on SCC  p. 527
8.2.1.2.6Interruptions at UL carrier RRC reconfiguration  p. 528
8.2.1.2.7Interruptions due to Active BWP switching Requirement  p. 529
8.2.1.2.8Interruptions at direct SCell activation and hibernation  p. 530
8.2.1.2.9Interruptions at SCell hibernation  p. 530
8.2.1.2.10Interruptions at SCell activation/deactivation with multiple downlink SCells  p. 531
8.2.1.2.11Interruptions due to UE-specific CBW change  p. 531
8.2.1.2.12Interruptions at NR SRS carrier based switching  p. 531
8.2.1.2.13Interruptions at E-UTRA SRS carrier based switching  p. 533
8.2.1.2.14DL Interruptions at switching between two uplink carriers  p. 534
8.2.1.2.15Interruptions due to SCell dormancy  p. 534
8.2.1.2.16Interruptions when identifying CGI of an NR cell with autonomous gaps  p. 535
8.2.1.2.17Interruptions when identifying CGI of an E-UTRA cell with autonomous gaps  p. 535
8.2.1.2.18Interruptions at NR SRS antenna port switching  p. 536
8.2.1.2.19Interruptions at fast SCell activation  p. 537
8.2.1.2.20Interruptions due to PUCCH SCell activation/deactivation  p. 537
8.2.2SA: Interruptions with Standalone NR Carrier Aggregation  p. 538
8.2.2.1Introduction  p. 538
8.2.2.2Requirements  p. 539
8.2.2.2.1Interruptions at SCell addition/release  p. 539
8.2.2.2.2Interruptions at SCell activation/deactivation  p. 540
8.2.2.2.3Interruptions during measurements on deactivated SCC  p. 541
8.2.2.2.4Interruptions at UL carrier RRC reconfiguration  p. 542
8.2.2.2.5Interruptions due to Active BWP switching Requirement  p. 542
8.2.2.2.6Interruptions at inter-frequency SFTD measurement  p. 543
8.2.2.2.7Interruptions at SCell activation/deactivation with multiple downlink SCells  p. 544
8.2.2.2.8Interruptions due to UE-specific CBW change  p. 545
8.2.2.2.9Interruptions at NR SRS carrier based switching  p. 545
8.2.2.2.10DL Interruptions at UE switching between two uplink carriers  p. 546
8.2.2.2.10ADL Interruptions at UE switching between two uplink carriers with two transmit antenna connectors  p. 547
8.2.2.2.10BDL Interruptions at UE switching between one uplink band with one transmit antenna connector and one uplink band with two transmit antenna connectors  p. 547
8.2.2.2.10CDL Interruptions at UE switching between two uplink bands with two transmit antenna connectors  p. 548
8.2.2.2.10DDL Interruptions at UE switching across three or four uplink bands  p. 548
8.2.2.2.11Interruptions at direct SCell activation  p. 549
8.2.2.2.12Interruptions due to SCell dormancy  p. 549
8.2.2.2.12.1Interruptions due to SCell dormancy switch  p. 549
8.2.2.2.12.2Interruptions due to CQI measurements during SCell dormancy  p. 549
8.2.2.2.12.3Interruptions due to RRM measurements during SCell dormancy  p. 550
8.2.2.2.13Interruptions at transitions between active and non-active during DRX  p. 550
8.2.2.2.14Interruptions when identifying CGI of an NR cell with autonomous gaps  p. 550
8.2.2.2.15Interruptions when identifying CGI of an E-UTRA cell with autonomous gaps  p. 550
8.2.2.2.16Interruptions at NR SRS antenna port switching  p. 551
8.2.2.2.17Interruptions at fast SCell activation  p. 552
8.2.2.2.18Interruptions due to PUCCH SCell activation/deactivation  p. 552
8.2.2.2.19Interruptions due to measurements without gap carried out by UE supporting NeedForInterruptionInfoNR  p. 553
8.2.2.2.20Interruptions due to PDCCH ordered RACH on target LTM cell  p. 554
8.2.2.2.21Interruptions at NR SRS bandwidth aggregation for positioning  p. 554
8.2.3NE-DC Interruptions  p. 556
8.2.3.1Introduction  p. 556
8.2.3.2Requirements  p. 557
8.2.3.2.1Interruptions at transitions between active and non-active during DRX  p. 557
8.2.3.2.2Interruptions at transitions from non-DRX to DRX  p. 557
8.2.3.2.3Interruptions at PSCell/SCell addition/release  p. 557
8.2.3.2.4Interruptions at SCell activation/deactivation  p. 558
8.2.3.2.5Interruptions during measurements on SCC  p. 559
8.2.3.2.5.1Interruptions during measurements on deactivated NR SCC  p. 559
8.2.3.2.5.2Interruptions during measurements on deactivated E-UTRAN SCC  p. 559
8.2.3.2.5.3Interruptions during CQI measurements on dormant E-UTRAN SCC  p. 560
8.2.3.2.5.4Interruptions during RRM measurements on dormant E-UTRAN SCC  p. 560
8.2.3.2.6Interruptions at UL carrier RRC reconfiguration  p. 560
8.2.3.2.7Interruptions due to Active BWP switching Requirement  p. 561
8.2.3.2.8Interruptions at direct SCell activation and hibernation  p. 561
8.2.3.2.9Interruptions at SCell hibernation  p. 561
8.2.3.2.10Interruptions at SCell activation/deactivation with multiple downlink SCells  p. 562
8.2.3.2.11Interruptions at NR SRS carrier based switching  p. 562
8.2.3.2.12Interruptions at E-UTRA SRS carrier based switching  p. 563
8.2.3.2.13Interruptions due to SCell dormancy  p. 564
8.2.3.2.14Interruptions when identifying CGI of an NR cell with autonomous gaps  p. 564
8.2.3.2.15Interruptions when identifying CGI of an E-UTRA cell with autonomous gaps  p. 565
8.2.3.2.17Interruptions at fast SCell activation  p. 567
8.2.3.2.18Interruptions due to UE-specific CBW change  p. 567
8.2.3.2.19Interruptions due to PUCCH SCell activation/deactivation  p. 567
8.2.4NR-DC: Interruptions  p. 568
8.2.4.1Introduction  p. 568
8.2.4.2Requirements  p. 568
8.2.4.2.1Interruptions at PSCell/SCell addition/release  p. 568
8.2.4.2.2Interruptions at SCell activation/deactivation  p. 569
8.2.4.2.3Interruptions during measurements on SCC  p. 570
8.2.4.2.4Interruptions at UL carrier RRC reconfiguration  p. 570
8.2.4.2.5Interruptions due to Active BWP switching Requirement  p. 571
8.2.4.2.6Interruptions at transitions between active and non-active during DRX  p. 571
8.2.4.2.7Interruptions at transitions from non-DRX to DRX  p. 571
8.2.4.2.8Interruptions at SCell activation/deactivation with multiple downlink SCells  p. 572
8.2.4.2.9Interruptions at NR SRS carrier based switching  p. 572
8.2.4.2.10Interruptions at direct SCell activation  p. 573
8.2.4.2.11Interruptions when identifying CGI of an NR cell with autonomous gaps  p. 574
8.2.4.2.12Interruptions when identifying CGI of an E-UTRA cell with autonomous gaps  p. 574
8.2.4.2.13Interruptions due to SCell dormancy  p. 575
8.2.4.2.14Interruptions at NR SRS antenna port switching  p. 575
8.2.4.2.15Interruptions at fast SCell activation  p. 576
8.2.4.2.16Interruptions at SCG activation/deactivation  p. 577
8.2.4.2.17Interruptions due to RRM measurements on deactivated SCG  p. 577
8.2.4.2.18Interruptions during RLM/BFD measurements on deactivated PSCell  p. 577
8.2.4.2.19Interruptions due to UE-specific CBW change  p. 577
8.2.4.2.20Interruptions due to PDCCH ordered RACH on target LTM cell  p. 578
8.2.4.2.21Interruptions at PSCell Cell switch  p. 578
8.2.4.2AVoid  p. …
8.2.4.2A.1Void  p. …
8.2.4.2A.2Void  p. …
8.2.4.2A.3Void  p. …
8.3SCell Activation and Deactivation Delay  p. 579
8.3.1Introduction  p. 579
8.3.2SCell Activation Delay Requirement for Deactivated SCell  p. 579
8.3.3SCell Deactivation Delay Requirement for Activated SCell  p. 586
8.3.4Direct SCell Activation at SCell addition  p. 586
8.3.5Direct SCell Activation at Handover  p. 588
8.3.7SCell Activation Delay Requirement for Deactivated SCell with Multiple Downlink SCells  p. 590
8.3.8SCell Deactivation Delay Requirement for Activated SCell with Multiple Downlink SCells  p. 594
8.3.9Direct SCell Activation of Multiple Downlink SCells at SCell addition  p. 594
8.3.10Direct SCell Activation of Multiple Downlink SCells at Handover  p. 596
8.3.12SCell Activation Delay Requirement for Deactivated PUCCH SCell  p. 597
8.3.13SCell activation delay Requirement for Deactivated PUCCH SCell with Multiple SCells  p. 600
8.3.14SCell Deactivation Delay Requirement for Activated PUCCH SCell  p. 603
8.3.15SCell Deactivation Delay Requirement for Activated PUCCH SCell with Multiple Downlink SCells  p. 603
8.3.16Fast SCell Activation Delay Requirement for Deactivated SCell  p. 603
8.3.17SCell Activation Delay Requirement for Deactivated SCell with the L3 reporting during activation  p. 606
8.3.18SCell Activation Delay Requirement for Deactivated SCell with Multiple Downlink SCells with L3 reporting  p. 609
8.3ASCell Activation and Deactivation Delay in Carriers with CCA  p. 612
8.3A.1Introduction  p. 612
8.3A.2SCell Activation Delay Requirement for Deactivated SCell  p. 612
8.3A.3SCell Deactivation Delay Requirement for Activated SCell  p. 617
8.4UE UL carrier RRC reconfiguration delay  p. 617
8.4.1Introduction  p. 617
8.4.2UE UL carrier configuration delay requirement  p. 618
8.4.3UE UL carrier deconfiguration delay requirement  p. 618
8.5Link Recovery Procedures  p. 618
8.5.1Introduction  p. 618
8.5.1.1Introduction of Requirement on Link Recovery Procedures for UE configured with relaxed measurement criteria  p. 619
8.5.2Requirements for SSB based beam failure detection  p. 620
8.5.2.1Introduction  p. 620
8.5.2.2Minimum requirement  p. 621
8.5.2.3Measurement restriction for SSB based beam failure detection  p. 625
8.5.2.4Minimum requirement of SSB based beam failure detection for UE fulfilling relaxed measurement criteria  p. 625
8.5.3Requirements for CSI-RS based beam failure detection  p. 626
8.5.3.1Introduction  p. 626
8.5.3.2Minimum requirement  p. 626
8.5.3.3Measurement restrictions for CSI-RS beam failure detection  p. 630
8.5.3.4Minimum requirement of CSI-RS based beam failure detection for UE fulfilling relaxed measurement criteria  p. 632
8.5.4Minimum requirement for L1 indication  p. 632
8.5.5Requirements for SSB based candidate beam detection  p. 633
8.5.5.1Introduction  p. 633
8.5.5.2Minimum requirement  p. 633
8.5.5.3Measurement restriction for SSB based candidate beam detection  p. 636
8.5.6Requirements for CSI-RS based candidate beam detection  p. 637
8.5.6.1Introduction  p. 637
8.5.6.2Minimum requirement  p. 637
8.5.6.3Measurement restriction for CSI-RS based candidate beam detection  p. 641
8.5.7Scheduling availability of UE during beam failure detection  p. 642
8.5.7.1Scheduling availability of UE performing beam failure detection with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 642
8.5.7.2Scheduling availability of UE performing beam failure detection with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 642
8.5.7.3Scheduling availability of UE performing beam failure detection on FR2  p. 642
8.5.7.4Scheduling availability of UE performing beam failure detection on FR1 or FR2 in case of FR1-FR2 inter-band CA and NR-DC  p. 643
8.5.8Scheduling availability of UE during candidate beam detection  p. 643
8.5.8.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 643
8.5.8.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 644
8.5.8.3Scheduling availability of UE performing L1-RSRP measurement on FR2  p. 644
8.5.8.4Scheduling availability of UE performing L1-RSRP measurement on FR1 or FR2 in case of FR1-FR2 inter-band CA and NR-DC  p. 645
8.5.9Requirements for Beam Failure Recovery in SCell  p. 645
8.5.9.1Introduction  p. 645
8.5.9.2Requirement  p. 645
8.5.10Minimum requirement at transitions for beam failure detection  p. 645
8.5.11Minimum requirement under IDC Interference  p. 646
8.5ALink Recovery Procedures when CCA is used on target frequency  p. 646
8.5A.1Introduction  p. 646
8.5A.2Requirements for SSB based beam failure detection  p. 647
8.5A.2.1Introduction  p. 647
8.5A.2.2Minimum requirement  p. 647
8.5A.2.3Measurement restriction for SSB based beam failure detection  p. 649
8.5A.3Void  p. …
8.5A.4Minimum requirement for L1 indication  p. 650
8.5A.5Requirements for SSB based candidate beam detection  p. 650
8.5A.5.1Introduction  p. 650
8.5A.5.2Minimum requirement  p. 650
8.5A.5.3Measurement restriction for SSB based candidate beam detection  p. 652
8.5A.6Void  p. …
8.5A.7Scheduling availability of UE during beam failure detection  p. 653
8.5A.7.1Scheduling availability of UE performing beam failure detection with a same subcarrier spacing as PDSCH/PDCCH  p. 653
8.5A.7.2Scheduling availability of UE performing beam failure detection with a different subcarrier spacing than PDSCH/PDCCH  p. 653
8.5A.7.3Scheduling availability of UE performing beam failure detection on FR2-2  p. 653
8.5A.7.4Scheduling availability of UE performing beam failure detection on FR1 or FR2-2 in case of FR1-FR2-2 inter-band CA and NR-DC  p. 653
8.5A.8Scheduling availability of UE during candidate beam detection  p. 653
8.5A.8.3Scheduling availability of UE performing L1-RSRP measurement on FR2-2  p. 654
8.5.8A.4Scheduling availability of UE performing L1-RSRP measurement on FR1 or FR2-2 in case of FR1-FR2-2 inter-band CA and NR-DC  p. 654
8.5BLink Recovery Procedures for Redcap  p. 654
8.5B.1Introduction  p. 654
8.5B.2Requirements for SSB based beam failure detection for Redcap  p. 654
8.5B.2.1Introduction  p. 654
8.5B.2.2Minimum requirement  p. 655
8.5B.2.3Measurement restriction for SSB based beam failure detection  p. 656
8.5B.3Requirements for CSI-RS based beam failure detection for Redcap  p. 657
8.5B.3.1Introduction  p. 657
8.5B.3.2Minimum requirement  p. 657
8.5B.3.3Measurement restrictions for CSI-RS beam failure detection  p. 659
8.5B.4Minimum requirement for L1 indication for Redcap  p. 660
8.5B.5Requirements for SSB based candidate beam detection for Redcap  p. 660
8.5B.5.1Introduction  p. 660
8.5B.5.2Minimum requirement  p. 660
8.5B.5.3Measurement restriction for SSB based candidate beam detection  p. 662
8.5B.6Requirements for CSI-RS based candidate beam detection for Redcap  p. 662
8.5B.6.1Introduction  p. 662
8.5B.6.2Minimum requirement  p. 663
8.5B.6.3Measurement restriction for CSI-RS based candidate beam detection  p. 665
8.5B.7Scheduling availability of UE during beam failure detection for Redcap  p. 665
8.5B.7.1Scheduling availability of UE performing beam failure detection with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 665
8.5B.7.2Scheduling availability of UE performing beam failure detection with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 665
8.5B.7.3Scheduling availability of UE performing beam failure detection on FR2  p. 665
8.5B.8Scheduling availability of UE during candidate beam detection for Redcap  p. 666
8.5B.8.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 666
8.5B.8.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 666
8.5B.8.3Scheduling availability of UE performing L1-RSRP measurement on FR2  p. 666
8.5B.9Minimum requirement at transitions for beam failure detection for Redcap  p. 667
8.5CLink Recovery Procedures for Satellite Access  p. 667
8.5C.1Introduction  p. 667
8.5C.2Requirements for SSB based beam failure detection  p. 667
8.5C.2.1Introduction  p. 667
8.5C.2.2Minimum requirement  p. 668
8.5C.2.3Measurement restriction for SSB based beam failure detection  p. 669
8.5C.3Requirements for CSI-RS based beam failure detection  p. 669
8.5C.3.1Introduction  p. 669
8.5C.3.2Minimum requirement  p. 669
8.5C.3.3Measurement restrictions for CSI-RS beam failure detection  p. 670
8.5C.4Minimum requirement for L1 indication  p. 671
8.5C.5Requirements for SSB based candidate beam detection  p. 671
8.5C.5.1Introduction  p. 671
8.5C.5.2Minimum requirement  p. 671
8.5C.5.3Measurement restriction for SSB based candidate beam detection  p. 672
8.5C.6Requirements for CSI-RS based candidate beam detection  p. 673
8.5C.6.1Introduction  p. 673
8.5C.6.2Minimum requirement  p. 673
8.5C.6.3Measurement restriction for CSI-RS based candidate beam detection  p. 674
8.5C.7Scheduling availability of UE during beam failure detection  p. 674
8.5C.7.1Scheduling availability of UE performing beam failure detection with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 674
8.5C.7.2Scheduling availability of UE performing beam failure detection with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 674
8.5C.8Scheduling availability of UE during candidate beam detection  p. 674
8.5C.8.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 675
8.5C.8.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 675
8.5C.9Minimum requirement at transitions for beam failure detection  p. 675
8.5DLink Recovery Procedures for ATG  p. 675
8.5D.1Introduction  p. 675
8.5D.2Requirements for SSB based beam failure detection  p. 676
8.5D.2.1Introduction  p. 676
8.5D.2.2Minimum requirement  p. 676
8.5D.2.3Measurement restriction for SSB based beam failure detection  p. 677
8.5D.3Requirements for CSI-RS based beam failure detection  p. 677
8.5D.3.1Introduction  p. 677
8.5D.3.2Minimum requirement  p. 677
8.5D.3.3Measurement restrictions for CSI-RS beam failure detection  p. 678
8.5D.4Minimum requirement for L1 indication  p. 679
8.5D.5Requirements for SSB based candidate beam detection  p. 679
8.5D.5.1Introduction  p. 679
8.5D.5.2Minimum requirement  p. 679
8.5D.5.3Measurement restriction for SSB based candidate beam detection  p. 680
8.5D.6Requirements for CSI-RS based candidate beam detection  p. 680
8.5D.6.1Introduction  p. 680
8.5D.6.2Minimum requirement  p. 680
8.5D.6.3Measurement restriction for CSI-RS based candidate beam detection  p. 681
8.5D.7Scheduling availability of UE during beam failure detection  p. 681
8.5D.7.1Scheduling availability of UE performing beam failure detection with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 682
8.5D.7.2Scheduling availability of UE performing beam failure detection with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 682
8.5D.8Scheduling availability of UE during candidate beam detection  p. 682
8.5D.8.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 682
8.5D.8.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 682
8.5D.9Minimum requirement at transitions for beam failure detection  p. 682
8.6Active BWP switch delay  p. 682
8.6.1Introduction  p. 682
8.6.2DCI and timer based BWP switch delay on a single CC  p. 683
8.6.2ADCI based BWP switch delay on multiple CCs  p. 684
8.6.2A.1Simultaneous DCI based BWP switch delay on multiple CCs  p. 684
8.6.2A.2Non-simultaneous DCI based BWP switch delay on multiple CCs  p. 686
8.6.2BTimer based BWP switch delay on multiple CCs  p. 686
8.6.2B.1Simultaneous timer based BWP switch delay on multiple CCs  p. 686
8.6.2B.2Non-simultaneous timer based BWP switch delay on multiple CCs  p. 686
8.6.3RRC based BWP switch delay on a single CC  p. 687
8.6.3ARRC based BWP switch delay on multiple CCs  p. 688
8.6.3A.1Simultaneous RRC based BWP switch delay on multiple CCs  p. 688
8.6.3A.2Non-simultaneous RRC based BWP switch delay on multiple CCs  p. 688
8.6.4BWP switch delay on Consistent UL CCA recovery  p. 689
8.6AActive BWP switch delay for RedCap  p. 689
8.6A.1Introduction  p. 689
8.6A.2DCI and timer based BWP switch delay on a single CC  p. 689
8.6A.3RRC based BWP switch delay on a single CC  p. 691
8.6CActive BWP switch delay for satellite access  p. 691
8.6C.1Introduction  p. 691
8.6C.2DCI and timer based BWP switch delay on a single CC  p. 691
8.6C.3RRC based BWP switch delay on a single CC  p. 693
8.6DActive BWP switch delay for ATG  p. 693
8.6D.1Introduction  p. 693
8.6D.2DCI and timer based BWP switch delay  p. 693
8.6D.3RRC based BWP switch delay on a single CC  p. 694
8.7Void  p. …
8.8NE-DC: E-UTRAN PSCell Addition and Release Delay  p. 695
8.8.1Introduction  p. 695
8.8.2E-UTRAN PSCell Addition Delay Requirement  p. 695
8.8.3E-UTRAN PSCell Release Delay Requirement  p. 695
8.9NR-DC: PSCell Addition and Release Delay  p. 696
8.9.1Introduction  p. 696
8.9.2PSCell Addition Delay Requirement  p. 696
8.9.3PSCell Release Delay Requirement  p. 697
8.9AConditional PSCell Addition Delay  p. 697
8.9A.1Introduction  p. 697
8.9A.2Conditional PSCell Addition Delay Requirement  p. 697
8.9A.2.1Measurement time  p. 698
8.9BNR-DC: PSCell Addition and Release Delay in Carriers with CCA  p. 698
8.9B.1Introduction  p. 698
8.9B.2PSCell Addition Delay Requirement  p. 698
8.9B.3PSCell Release Delay Requirement  p. 699
8.9CSubsequent Conditional PSCell Addition Delay  p. 699
8.9C.1Introduction  p. 699
8.9C.2Subsequent Conditional PSCell Addition Delay Requirement  p. 699
8.9C.2.1Measurement time  p. 700
8.10Active TCI state switching delay  p. 700
8.10.3AMAC-CE based TCI state switch delay in HST FR2 scenarios  p. 701
8.10.4DCI based TCI state switch delay  p. 702
8.10.5RRC based TCI state switch delay  p. 702
8.10.6Active TCI state list update delay  p. 703
8.10AActive TCI state switching delay with CCA  p. 703
8.10A.1Introduction  p. 703
8.10A.2Known conditions for TCI state  p. 703
8.10A.3MAC-CE based TCI state switch delay  p. 703
8.10A.4DCI based TCI state switch delay  p. 704
8.10A.5RRC based TCI state switch delay  p. 705
8.10A.6Active TCI state list update delay  p. 706
8.10BActive TCI state switching delay for RedCap  p. 706
8.10B.1Introduction  p. 706
8.10B.2Known conditions for TCI state  p. 706
8.10B.3MAC-CE based TCI state switch delay  p. 706
8.10B.4DCI based TCI state switch delay  p. 707
8.10B.5RRC based TCI state switch delay  p. 707
8.10B.6Active TCI state list update delay  p. 708
8.10CActive TCI state switching delay for satellite access  p. 708
8.10C.1Introduction  p. 708
8.10C.2MAC-CE based TCI state switch delay  p. 708
8.10C.4DCI based TCI state switch delay  p. 709
8.10C.5RRC based TCI state switch delay  p. 709
8.10C.6Active TCI state list update delay  p. 709
8.10DActive TCI state switching delay for ATG  p. 709
8.10D.2Void  p. …
8.10D.6Active TCI state list update delay  p. 710
8.10EActive TCI state switching delay for UE operating in FR2-1 and configured with groupBasedBeamReporting-r17  p. 710
8.10E.1Introduction  p. 710
8.10E.2Known conditions for TCI state  p. 710
8.10E.3MAC-CE based dual DL TCI state switch delay  p. 711
8.10E.3.1MAC-CE based dual DL TCI state switching delay for sDCI  p. 711
8.10E.3.2MAC-CE based dual DL TCI state switching delay for mDCI  p. 711
8.10E.4DCI based dual DL TCI state switch delay for sDCI and mDCI  p. 712
8.10E.4.1DCI based dual DL TCI state switching delay for sDCI  p. 712
8.10E.4.2DCI based dual DL TCI state switching delay for mDCI  p. 712
8.10E.5RRC based dual DL TCI state switch delay  p. 712
8.10E.6Active DL TCI state list update delay  p. 712
8.10E.6.1Active DL TCI state list update delay for sDCI  p. 712
8.10E.6.2Active DL TCI state list update delay for mDCI  p. 712
8.11PSCell Change  p. 713
8.11APSCell Change in Carriers with CCA  p. 713
8.11BConditional PSCell Change  p. 713
8.11B.1Introduction  p. 713
8.11B.2Conditional PSCell Change delay  p. 714
8.11B.2.1Measurement time  p. 714
8.11DConditional PSCell Change in Carriers with CCA  p. 715
8.11D.1Introduction  p. 715
8.11D.2Conditional PSCell Change delay  p. 715
8.11D.2.1Measurement time  p. 716
8.11ESubsequent Conditional PSCell Change  p. 716
8.11E.1Introduction  p. 716
8.11E.2Subsequent Conditional PSCell Change delay  p. 716
8.11E.2.1Measurement time  p. 717
8.12Uplink spatial relation switch delay  p. 717
8.12.1Introduction  p. 717
8.12.2Known conditions for spatial relation when associated with DL-RS  p. 717
8.12.3MAC-CE based spatial relation switch delay  p. 718
8.12.4DCI based spatial relation switch delay  p. 718
8.12.5RRC based spatial relation switch delay  p. 719
8.12AUplink spatial relation switch delay for RedCap  p. 719
8.12A.1Introduction  p. 719
8.12A.2Known conditions for spatial relation when associated with DL-RS  p. 719
8.12A.3MAC-CE based spatial relation switch delay  p. 720
8.12A.4DCI based spatial relation switch delay  p. 720
8.12A.5RRC based spatial relation switch delay  p. 721
8.12CUplink spatial relation switch delay for satellite access  p. 721
8.12C.1Void  p. …
8.12C.2Void  p. …
8.12C.3Void  p. …
8.12C.4Void  p. …
8.12C.5Void  p. …
8.13UE-specific CBW change  p. 721
8.13.1Introduction  p. 721
8.13.2UE-specific CBW change delay  p. 722
8.13AUE-specific CBW change for RedCap  p. 722
8.13A.1Introduction  p. 722
8.13A.2UE-specific CBW change delay  p. 722
8.13CUE-specific CBW change for satellite access  p. 722
8.13C.1Introduction  p. 722
8.13C.2UE-specific CBW change delay  p. 723
8.13DUE-specific CBW change for ATG  p. 723
8.13D.1Introduction  p. 723
8.13D.2UE-specific CBW change delay  p. 723
8.14Pathloss reference signal switching delay  p. 723
8.14.1Introduction  p. 723
8.14.2Known conditions for pathloss reference signal  p. 723
8.14.3MAC-CE based pathloss reference signal switch delay  p. 724
8.14CPathloss reference signal switching delay for satellite access  p. 724
8.14C.1Introduction  p. 724
8.14C.2Known conditions for pathloss reference signal  p. 725
8.14C.3MAC-CE based pathloss reference signal switch delay  p. 725
8.14DPathloss reference signal switching delay for ATG  p. 725
8.14D.1Introduction  p. 725
8.14D.2Known conditions for pathloss reference signal  p. 725
8.14D.3MAC-CE based pathloss reference signal switch delay  p. 726
8.15Active downlink TCI state switching delay for unified TCI  p. 726
8.15.1Introduction  p. 726
8.15.4DCI based downlink TCI state switch delay  p. 728
8.15.5Active Downlink TCI state list update delay  p. 728
8.15DActive downlink TCI state switching delay for unified TCI for ATG  p. 729
8.15D.1Introduction  p. 729
8.15D.2Void  p. …
8.15D.4DCI based downlink TCI state switch delay  p. 729
8.15D.5Active Downlink TCI state list update delay  p. 730
8.16Active uplink TCI state switching delay for unified TCI  p. 730
8.16.1Introduction  p. 730
8.16.4DCI based uplink TCI state switch delay  p. 732
8.16.5Active Uplink TCI state list update delay  p. 733
8.16DActive uplink TCI state switching delay for unified TCI for ATG  p. 734
8.16D.1Introduction  p. 734
8.16D.2Void  p. …
8.16D.3MAC-CE based uplink TCI state switch delay  p. 734
8.16D.4DCI based uplink TCI state switch delay  p. 735
8.16D.5Active Uplink TCI state list update delay  p. 735
8.17SCG Activation and Deactivation Delay  p. 736
8.17.1Introduction  p. 736
8.17.2SCG Activation Delay Requirement  p. 736
8.17.3SCG Deactivation Delay Requirement  p. 737
8.18TRP specific Link Recovery Procedures  p. 737
8.18.1Introduction  p. 737
8.18.2Requirements for TRP specific SSB based beam failure detection  p. 738
8.18.2.1Introduction  p. 738
8.18.2.2Minimum requirement  p. 739
8.18.2.3Measurement restriction for SSB based beam failure detection  p. 741
8.18.3Requirements for CSI-RS based beam failure detection  p. 742
8.18.3.1Introduction  p. 742
8.18.3.2Minimum requirement  p. 742
8.18.3.3Measurement restrictions for CSI-RS beam failure detection  p. 745
8.18.4Minimum requirement for L1 indication  p. 747
8.18.5Requirements for SSB based candidate beam detection  p. 747
8.18.5.1Introduction  p. 747
8.18.5.2Minimum requirement  p. 747
8.18.5.3Measurement restriction for SSB based candidate beam detection  p. 749
8.18.6Requirements for CSI-RS based candidate beam detection  p. 750
8.18.6.1Introduction  p. 750
8.18.6.2Minimum requirement  p. 750
8.18.6.3Measurement restriction for CSI-RS based candidate beam detection  p. 753
8.18.7Requirements for TRP specific Beam Failure Recovery  p. 754
8.18.7.1Introduction  p. 754
8.18.7.2Requirement  p. 754
8.18.8Scheduling availability of UE during TRP specific beam failure detection  p. 754
8.18.8.1Scheduling availability of UE performing TRP specific beam failure detection with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 754
8.18.8.2Scheduling availability of UE performing TRP specific beam failure detection with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 755
8.18.8.3Scheduling availability of UE performing TRP specific beam failure detection on FR2  p. 755
8.18.8.4Scheduling availability of UE performing TRP specific beam failure detection on FR1 or FR2 in case of FR1-FR2 inter-band CA and NR-DC  p. 756
8.18.9Scheduling availability of UE during TRP specific candidate beam detection  p. 756
8.18.9.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 756
8.18.9.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 756
8.18.9.3Scheduling availability of UE performing L1-RSRP measurement on FR2  p. 756
8.18.9.4Scheduling availability of UE performing L1-RSRP measurement on FR1 or FR2 in case of FR1-FR2 inter-band CA and NR-DC  p. 757
8.19Pre-configured measurement gap activation/deactivation delay  p. 757
8.19.1Introduction  p. 757
8.19.2Pre-configured measurement gap activation/deactivation upon DCI/timer-based BWP switch  p. 757
8.19.2.1Activation/deactivation upon DCI/timer-based BWP switch delay on a single CC  p. 757
8.19.3Pre-configured measurement gap activation/deactivation upon SCell activation/deactivation  p. 757
8.19.4Pre-configured measurement gap activation/deactivation upon RRC reconfiguration  p. 758
8.19.5Activation/deactivation delay requirements for concurrent measurement gaps with Pre-MG  p. 758
8.19.5.1Activation/deactivation delay requirements for non-overlapped activation/deactivation of concurrent measurement gaps with Pre- MG  p. 758
8.19.5.2Activation/deactivation delay requirements for fully overlapped activation/deactivation of concurrent measurement gaps with Pre- MG  p. 758
8.19.5.3Pre-MG activation/deactivation delay when colliding with a concurrent measurement gap  p. 758
8.19DPre-configured measurement gap activation/deactivation delay for ATG  p. 759
8.19D.1Introduction  p. 759
8.19D.2Pre-configured measurement gap activation/deactivation upon DCI/timer-based BWP switch  p. 759
8.19D.2.1Activation/deactivation upon DCI/timer-based BWP switch delay on a single CC  p. 759
8.19D.3Pre-configured measurement gap activation/deactivation upon RRC reconfiguration  p. 759
8.20LTM PSCell Cell Switch  p. 759
8.20.1Introduction  p. 759
8.20.2LTM Cell Switch delay  p. 760
8.20.3Void  p. …
8.21Active downlink TCI state switching delay for unified TCI for single-DCI mTRP  p. 761
8.21.1Introduction  p. 761
8.21.2Known conditions for downlink TCI state  p. 761
8.21.3MAC-CE based downlink TCI state switch delay  p. 761
8.21.4DCI based downlink TCI state switch delay  p. 763
8.21.5Active Downlink TCI state list update delay  p. 763
8.22Active downlink TCI state switching delay for unified TCI for multi-DCI mTRP  p. 764
8.22.1Introduction  p. 764
8.22.2Known conditions for downlink TCI state  p. 764
8.22.3MAC-CE based downlink TCI state switch delay  p. 764
8.22.4DCI based downlink TCI state switch delay  p. 765
8.22.5Active Downlink TCI state list update delay  p. 765
8.23Active uplink TCI state switching delay for unified TCI for single-DCI mTRP  p. 766
8.23.1Introduction  p. 766
8.23.2Known conditions for uplink TCI state  p. 767
8.23.3MAC-CE based uplink TCI state switch delay  p. 767
8.23.4DCI based uplink TCI state switch delay  p. 769
8.23.5Active uplink TCI state list update delay  p. 769
8.24Active uplink TCI state switching delay for unified TCI for multi-DCI mTRP  p. 770
8.24.1Introduction  p. 770
8.24.2Known conditions for uplink TCI state  p. 770
8.24.3MAC-CE based uplink TCI state switch delay  p. 770
8.24.4DCI based uplink TCI state switch delay  p. 772
8.24.5Active Uplink TCI state list update delay  p. 772
8.25TCI state activation for LTM candidate cell  p. 773
8.25.1Introduction  p. 773
8.25.2Known TCI state conditions  p. 773
8.25.3SSB based TCI state activation delay  p. 774
9Measurement Procedure  p. 774
9.1General measurement requirement  p. 774
9.1.1Introduction  p. 774
9.1.2Measurement gap  p. 774
9.1.2.1EN-DC: Measurement Gap Sharing  p. 784
9.1.2.1aSA: Measurement Gap Sharing  p. 784
9.1.2.1bNE-DC: Measurement Gap Sharing  p. 785
9.1.2.1cNR-DC: Measurement Gap Sharing  p. 786
9.1.3UE Measurement capability  p. 787
9.1.3.1EN-DC: Monitoring of multiple layers using gaps  p. 787
9.1.3.1aSA: Monitoring of multiple layers using gaps  p. 788
9.1.3.1bNE-DC: Monitoring of multiple layers using gaps  p. 788
9.1.3.1cNR-DC: Monitoring of multiple layers using gaps  p. 789
9.1.3.2EN-DC: Maximum allowed layers for multiple monitoring  p. 789
9.1.3.2aSA: Maximum allowed layers for multiple monitoring  p. 790
9.1.3.2bNE-DC: Maximum allowed layers for multiple monitoring  p. 791
9.1.3.2cNR-DC: Maximum allowed layers for multiple monitoring  p. 791
9.1.3AUE Measurement capability under operation mode with CCA  p. 792
9.1.3A.1EN-DC: Monitoring of multiple layers using gaps under CCA  p. 792
9.1.3A.1aSA: Monitoring of multiple layers using gaps under CCA  p. 792
9.1.3A.2EN-DC: Maximum allowed layers for multiple monitoring under CCA  p. 792
9.1.3A.2aSA: Maximum allowed layers for multiple monitoring under CCA  p. 793
9.1.3CUE Measurement capability under operation mode with satellite access  p. 793
9.1.3C.1aSA: Monitoring of multiple layers using gaps under satellite access  p. 793
9.1.3C.2aSA: Maximum allowed layers for multiple monitoring for SAN  p. 794
9.1.4Capabilities for Support of Event Triggering and Reporting Criteria  p. 794
9.1.4.1Introduction  p. 794
9.1.4.2Requirements  p. 794
9.1.5Carrier-specific scaling factor  p. 797
9.1.5.1Monitoring of multiple layers outside gaps  p. 797
9.1.5.1.1EN-DC mode: carrier-specific scaling factor for SSB-based, CSI-RS based L3 measurements and RSSI and channel occupancy measurements performed outside gaps  p. 800
9.1.5.1.2SA mode: carrier-specific scaling factor for SSB-based, CSI-RS based L3 measurements and RSSI and channel occupancy measurements performed outside gaps  p. 802
9.1.5.1.3NR-DC mode: carrier-specific scaling factor for SSB-based and CSI-RS based L3 measurements performed outside gaps  p. 803
9.1.5.1.4NE-DC mode: carrier-specific scaling factor for SSB-based and CSI-RS based measurements performed outside gaps  p. 803
9.1.5.2Monitoring of multiple layers within gaps  p. 805
9.1.5.2.1EN-DC mode: carrier-specific scaling factor for SSB, CSI-RS-based L3 measurements and RSSI and channel occupancy measurements performed within gaps  p. 807
9.1.5.2.2SA mode: carrier-specific scaling factor for SSB, CSI-RS-based L3 measurements and RSSI and channel occupancy measurements performed within gaps  p. 809
9.1.5.2.3NE-DC: carrier-specific scaling factor for SSB-based and CSI-RS based L3 measurements performed within gaps  p. 811
9.1.5.2.4NR-DC: carrier-specific scaling factor for SSB-based and CSI-RS-based L3 measurements performed within gaps  p. 813
9.1.5.2.5SA mode: carrier-specific scaling factor for PRS-based measurements performed within gaps  p. 815
9.1.5.2.6NE-DC: carrier-specific scaling factor for PRS-based measurements performed within gaps  p. 815
9.1.5.2.7NR-DC: carrier-specific scaling factor for PRS-based measurements performed within gaps  p. 815
9.1.5.3Monitoring of multiple layers within NCSG  p. 816
9.1.5.3.1SA mode: carrier-specific scaling factor for measurements performed within NCSG  p. 817
9.1.5.4L1-RSRP measurements within measurement gap  p. 818
9.1.5.4.1SA mode: carrier-specific scaling factor for L1-RSRP measurements performed within measurement gap  p. 819
9.1.5.4.2NR-DC: carrier-specific scaling factor for L1-RSRP measurements performed within measurement gap  p. 820
9.1.6Minimum requirement at transitions  p. 822
9.1.7Pre-configured measurement gap  p. 823
9.1.7.1Introduction  p. 823
9.1.7.2Requirements applicability  p. 823
9.1.7.3Requirements  p. 823
9.1.7.3.1Requirements for autonomous activation/deactivation mechanism  p. 823
9.1.7.3.2Requirements for network-controlled activation/deactivation mechanism  p. 824
9.1.7.3.3Requirements for reception/transmission during activation/deactivation  p. 825
9.1.8Concurrent measurement gaps  p. 825
9.1.8.1Introduction  p. 825
9.1.8.2Requirements  p. 825
9.1.8.3Collision between concurrent measurement gaps  p. 826
9.1.8.4Measurement gap related requirements of concurrent measurement gaps  p. 827
9.1.9Network controlled small gap  p. 827
9.1.9.1Introduction  p. 827
9.1.9.2Requirements applicability  p. 828
9.1.10MUSIM gaps  p. 830
9.1.10.1Introduction  p. 831
9.1.10.2Priorities for MUSIM gaps  p. 831
9.1.10.3Keep solution for MUSIM gaps  p. 832
9.1.10.4Collisions between different MUSIM gaps  p. 832
9.1.10.5Collisions between MUSIM gaps and measurement gaps  p. 832
9.1.10.6MUSIM gap related requirements  p. 833
9.1.11UL gap for Tx power management  p. 833
9.1.12Concurrent measurement gaps with Pre-MG  p. 833
9.1.12.1Introduction  p. 833
9.1.12.2Requirements  p. 833
9.1.12.3Collisions involving Pre-MG(s)  p. 834
9.1.12.4Collision between Pre-MG activation/deactivation and measurement gap  p. 835
9.1.12.5Pre-MG related requirements  p. 835
9.1.13Concurrent measurement gaps with NCSG  p. 835
9.1.13.1Introduction  p. 835
9.1.13.2Requirements  p. 835
9.1.13.3Collision involving NCSGs  p. 837
9.1AGeneral measurement requirement for RedCap  p. 837
9.1A.1Introduction  p. 837
9.1A.2Measurement gap  p. 837
9.1A.2.1SA: Measurement Gap Sharing  p. 841
9.1A.3UE Measurement capability  p. 842
9.1A.3.1SA: Monitoring of multiple layers using gaps  p. 842
9.1A.3.2SA: Maximum allowed layers for multiple monitoring  p. 842
9.1A.4Capabilities for Support of Event Triggering and Reporting Criteria  p. 842
9.1A.4.1Introduction  p. 842
9.1A.4.2Requirements  p. 843
9.1A.5Carrier-specific scaling factor  p. 843
9.1A.5.1Monitoring of multiple layers outside gaps  p. 843
9.1A.5.1.1SA mode: carrier-specific scaling factor for SSB-based measurements performed outside gaps  p. 844
9.1A.5.2Monitoring of multiple layers within gaps  p. 844
9.1A.5.2.1SA mode: carrier-specific scaling factor for SSB measurements performed within gaps  p. 844
9.1A.6Minimum requirement at transitions  p. 846
9.1CGeneral measurement requirement for SAN  p. 846
9.1C.1Introduction  p. 846
9.1C.2Measurement gap  p. 847
9.1C.8Concurrent measurement gaps for SAN  p. 849
9.1C.8.1Introduction  p. 849
9.1C.8.2Requirements  p. 849
9.1C.8.3Collision between concurrent measurement gaps  p. 850
9.1C.8.4Measurement gap related requirements of concurrent measurement gaps  p. 850
9.1C.9Collision between SMTC and measurement gap for SAN  p. 850
9.1C.9.1Introduction  p. 850
9.1C.9.2Collision between SMTCs and measurement gap  p. 850
9.1C.9.3Collision between multiple SMTCs on a SAN carrier  p. 851
9.1DGeneral measurement requirement for ATG  p. 851
9.1D.1Introduction  p. 851
9.1D.2Measurement gap  p. 851
9.1D.2.1aSA: Measurement Gap Sharing  p. 853
9.1D.3UE Measurement capability  p. 854
9.1D.3.1SA: Monitoring of multiple layers using gaps  p. 854
9.1D.3.2SA: Maximum allowed layers for multiple monitoring  p. 854
9.1D.4Void  p. …
9.1D.5Carrier-specific scaling factor  p. 854
9.1D.5.1Monitoring of multiple layers outside gaps  p. 854
9.1D.5.1.1Void  p. …
9.1D.5.1.2SA mode: carrier-specific scaling factor for SSB-based, CSI-RS based L3 measurements performed outside gaps  p. 855
9.1D.5.2Monitoring of multiple layers within gaps  p. 855
9.1D.5.2.1Void  p. …
9.1D.5.2.2SA mode: carrier-specific scaling factor for SSB, CSI-RS-based L3 measurements performed within gaps  p. 856
9.1D.6Void  p. …
9.1D.7Pre-configured measurement gap  p. 857
9.1D.7.1Introduction  p. 857
9.1D.7.2Requirements applicability  p. 857
9.1D.7.3Requirements  p. 857
9.1D.7.3.1Requirements for autonomous activation/deactivation mechanism  p. 858
9.1D.7.3.2Requirements for network-controlled activation/deactivation mechanism  p. 858
9.1D.7.3.3Requirements for reception/transmission during activation/deactivation  p. 858
9.1D.8Capabilities for Support of Event Triggering and Reporting Criteria  p. 859
9.1D.8.1Introduction  p. 859
9.1D.8.2Requirements  p. 859
9.1D.9Minimum requirement at transitions  p. 859
9.2NR intra-frequency measurements  p. 860
9.2.1Introduction  p. 860
9.2.2Requirements applicability  p. 863
9.2.3Number of cells and number of SSB  p. 863
9.2.3.1Requirements for FR1  p. 863
9.2.3.2Requirements for FR2  p. 864
9.2.4Measurement Reporting Requirements  p. 864
9.2.4.1Periodic Reporting  p. 864
9.2.4.2Event-triggered Periodic Reporting  p. 864
9.2.4.3Event Triggered Reporting  p. 864
9.2.4.4SCell activation Triggered Reporting  p. 865
9.2.5Intrafrequency measurements without measurement gaps  p. 865
9.2.5.1Intra-frequency cell identification  p. 865
9.2.5.2Measurement period  p. 873
9.2.5.3Scheduling availability of UE during intra-frequency measurements  p. 876
9.2.5.3.1Scheduling availability of UE performing measurements in TDD bands on FR1  p. 876
9.2.5.3.2Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 877
9.2.5.3.3Scheduling availability of UE performing measurements on FR2  p. 877
9.2.5.3.4Scheduling availability of UE performing measurements on FR1 or FR2 in case of FR1-FR2 inter-band CA  p. 879
9.2.5.4SFTD Measurements between PCell and PSCell  p. 879
9.2.5.4.1Introduction  p. 879
9.2.5.4.2SFTD Measurement delay  p. 879
9.2.5.4.3SFTD Measurement Reporting Delay  p. 880
9.2.6Intra-frequency measurements with measurement gaps  p. 880
9.2.6.1Void  p. …
9.2.6.2Intra-frequency cell identification  p. 880
9.2.6.3Intra-frequency Measurement Period  p. 883
9.2.7Intra-frequency measurements with NCSG  p. 885
9.2.7.1Intra-frequency cell identification  p. 885
9.2.7.2Measurement period  p. 887
9.2.7.3Scheduling availability during intra-frequency measurement with NCSG  p. 888
9.2ANR intra-frequency measurements with CCA  p. 888
9.2A.1Introduction  p. 888
9.2A.2Requirements applicability  p. 889
9.2A.3Number of cells and number of SSB  p. 889
9.2A.3.1Requirements for FR1  p. 889
9.2A.3.2Requirements for FR2-2  p. 889
9.2A.4Measurement Reporting Requirements  p. 890
9.2A.5Intra-frequency measurements without measurement gaps  p. 890
9.2A.5.2Measurement period  p. 895
9.2A.5.3Scheduling availability of UE during intra-frequency measurements  p. 897
9.2A.5.3.1Scheduling availability of UE performing measurements in TDD bands on FR1  p. 897
9.2A.5.3.2Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 898
9.2A.5.3.3Scheduling availability of UE performing measurements in TDD bands on FR2-2  p. 898
9.2A.6Intra-frequency measurements with measurement gaps  p. 898
9.2A.6.1Intra-frequency cell identification  p. 898
9.2A.6.2Intra-frequency Measurement Period  p. 900
9.2A.7Intra-frequency RSSI and Channel occupancy measurements  p. 901
9.2A.7.1Intra-frequency RSSI measurements  p. 901
9.2A.7.2Intra-frequency Channel occupancy measurements  p. 903
9.2A.7.3Scheduling restriction during RSSI and Channel Occupancy measurements in FR1  p. 905
9.2A.7.4Scheduling restriction during RSSI measurements in FR2-2  p. 905
9.2BNR intra-frequency measurements for RedCap  p. 905
9.2B.1Introduction  p. 905
9.2B.2Requirements applicability  p. 906
9.2B.3Number of cells and number of SSB  p. 906
9.2B.3.1Requirements for FR1  p. 906
9.2B.3.2Requirements for FR2  p. 906
9.2B.4Measurement Reporting Requirements  p. 907
9.2B.4.1Periodic Reporting  p. 907
9.2B.4.2Event-triggered Periodic Reporting  p. 907
9.2B.4.3Event Triggered Reporting  p. 907
9.2B.5Intra-frequency measurements without measurement gaps  p. 908
9.2B.5.1Intra-frequency cell identification  p. 908
9.2B.5.2Measurement period  p. 910
9.2B.5.3Scheduling availability of UE during intra-frequency measurements  p. 911
9.2B.5.3.1Scheduling availability of UE performing measurements in TDD bands on FR1  p. 911
9.2B.5.3.2Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 911
9.2B.5.3.3Scheduling availability of UE performing measurements on FR2  p. 912
9.2B.5.3.4Scheduling availability of HD-FDD UE performing measurements on FR1  p. 912
9.2B.6Intra-frequency measurements with measurement gaps  p. 913
9.2B.6.1Intra-frequency cell identification  p. 913
9.2B.6.2Intra-frequency Measurement Period  p. 914
9.2CNR intra-frequency measurements for SAN  p. 915
9.2C.1Introduction  p. 915
9.2C.2Requirements applicability  p. 916
9.2C.3Number of cells and number of SSB  p. 916
9.2C.3.1Requirements for FR1  p. 916
9.2C.4Measurement Reporting Requirements  p. 917
9.2C.4.1Periodic Reporting  p. 917
9.2C.4.2Event-triggered Periodic Reporting  p. 917
9.2C.4.3Event Triggered Reporting  p. 917
9.2C.5Intra-frequency measurements without measurement gaps  p. 917
9.2C.5.1Intra-frequency cell identification  p. 917
9.2C.5.2Measurement period  p. 919
9.2C.5.3Scheduling availability of UE during intra-frequency measurements  p. 920
9.2C.5.3.1Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 920
9.2C.5.3.2Scheduling availability of UE performing measurements on a neighbor cell served by a different satellite in LEO  p. 920
9.2C.6Intra-frequency measurements with measurement gaps  p. 921
9.2C.6.1Intra-frequency cell identification  p. 921
9.2C.6.3Intrafrequency Measurement Period  p. 922
9.2C.7Intra-frequency measurements without measurement gaps for NTN band above 10 GHz  p. 922
9.2C.7.1Intra-frequency cell identification  p. 922
9.2C.7.2Measurement period  p. 924
9.2C.7.3Scheduling availability of UE during intra-frequency measurements  p. 924
9.2C.7.3.1Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on NTN bands above 10 GHz  p. 924
9.2C.8Intra-frequency measurements with measurement gaps for NTN band above 10 GHz  p. 925
9.2C.8.1Intra-frequency cell identification  p. 925
9.2C.8.3Intra-frequency Measurement Period  p. 926
9.2DNR intra-frequency measurements for ATG  p. 926
9.2D.1Introduction  p. 926
9.2D.2Requirements applicability  p. 926
9.2D.3Number of cells and number of SSB  p. 927
9.2D.3.1Requirements for FR1  p. 927
9.2D.4Measurement Reporting Requirements  p. 927
9.2D.4.1Periodic Reporting  p. 927
9.2D.4.2Event-triggered Periodic Reporting  p. 927
9.2D.4.3Event Triggered Reporting  p. 927
9.2D.5Intra-frequency measurements without measurement gaps  p. 928
9.2D.5.1Intra-frequency cell identification  p. 928
9.2D.5.2Measurement period  p. 929
9.2D.5.3Scheduling availability of UE during intra-frequency measurements  p. 930
9.2D.5.3.1Scheduling availability of UE performing measurements on FR1  p. 930
9.2D.5.3.2Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 931
9.2D.6Intra-frequency measurements with measurement gaps  p. 931
9.2D.6.1Void  p. …
9.2D.6.2Intra-frequency cell identification  p. 931
9.2D.6.3Intra-frequency Measurement Period  p. 933
9.3NR inter-frequency measurements  p. 933
9.3.1Introduction  p. 933
9.3.2Requirements applicability  p. 936
9.3.2.1Void  p. …
9.3.2.2Void  p. …
9.3.3Number of cells and number of SSB  p. 937
9.3.3.1Requirements for FR1  p. 937
9.3.3.2Requirements for FR2  p. 937
9.3.4Inter-frequency measurement with measurement gaps  p. 937
9.3.4.1Void  p. …
9.3.4.2Void  p. …
9.3.5Inter-frequency measurements  p. 942
9.3.5.1Void  p. …
9.3.5.2Void  p. …
9.3.5.3Void  p. …
9.3.6Inter-frequency measurements reporting requirements  p. 943
9.3.6.1Periodic Reporting  p. 943
9.3.6.2Event-triggered Periodic Reporting  p. 943
9.3.6.3Event-triggered Reporting  p. 943
9.3.7Void  p. …
9.3.8Inter-frequency SFTD measurement requirements  p. 944
9.3.8.1Introduction  p. 944
9.3.8.2SFTD Measurement delay  p. 944
9.3.8.3SFTD Measurement reporting delay  p. 945
9.3.9Inter-frequency measurements without measurement gaps  p. 946
9.3.9.1Inter-frequency Cell identification  p. 946
9.3.9.2Measurement period  p. 951
9.3.9.3Scheduling availability of UE during inter-frequency measurements when the SSB is completely contained in the active BWP of the UE  p. 953
9.3.9.3.1Scheduling availability of UE performing measurements in TDD bands on FR1  p. 953
9.3.9.3.2Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 954
9.3.9.3.3Scheduling availability of UE performing measurements on FR2  p. 954
9.3.9.3.4Scheduling availability of UE performing measurements on FR1 or FR2 in case of FR1-FR2 inter-band CA  p. 955
9.3.9.4Scheduling availability of UE during inter-frequency measurements when the SSB is not completely contained in the active BWP of the UE  p. 955
9.3.9.4.1Scheduling availability of UE performing measurements in TDD bands on FR1  p. 955
9.3.9.4.2Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 956
9.3.9.4.3Scheduling availability of UE performing measurements on FR2  p. 956
9.3.9.4.4Scheduling availability of UE performing measurements on FR1 or FR2 in case of FR1-FR2 inter-band CA  p. 958
9.3.10Inter-frequency measurement with NCSG  p. 958
9.3.10.1Inter-frequency cell identification  p. 958
9.3.10.2Measurement period  p. 960
9.3.10.3Scheduling availability during inter-frequency measurement with NCSG  p. 960
9.3.10.3.1Scheduling availability of UE performing measurements in TDD bands on FR1  p. 961
9.3.10.3.2Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 961
9.3.10.3.3Scheduling availability of UE performing measurements on FR2  p. 962
9.3.10.3.4Scheduling availability of UE performing measurements on FR1 or FR2 in case of FR1-FR2 inter-band CA  p. 963
9.3ANR inter-frequency measurements in carrier frequencies with CCA  p. 964
9.3A.1Introduction  p. 964
9.3A.2Requirements applicability  p. 964
9.3A.3Number of cells and number of SSB  p. 965
9.3A.3.1Requirements for FR1  p. 965
9.3A.3.2Requirements for FR2-2  p. 965
9.3A.4Inter-frequency cell identification  p. 965
9.3A.5Inter-frequency measurements  p. 967
9.3A.6Inter-frequency measurements reporting requirements  p. 969
9.3A.6.1Periodic Reporting  p. 969
9.3A.6.2Event-triggered Periodic Reporting  p. 969
9.3A.6.3Event-triggered Reporting  p. 969
9.3A.8Inter-frequency RSSI measurements  p. 969
9.3A.9Inter-frequency channel occupancy measurements  p. 970
9.3BNR inter-frequency measurements for RedCap  p. 971
9.3B.1Introduction  p. 971
9.3B.2Requirements applicability  p. 971
9.3B.3Number of cells and number of SSB  p. 972
9.3B.3.1Requirements for FR1  p. 972
9.3B.3.2Requirements for FR2  p. 972
9.3B.4Inter-frequency measurement with measurement gaps  p. 972
9.3B.5Inter-frequency measurements  p. 974
9.3B.6Inter-frequency measurements reporting requirements  p. 974
9.3B.6.1Periodic Reporting  p. 974
9.3B.6.2Event-triggered Periodic Reporting  p. 974
9.3B.6.3Event-triggered Reporting  p. 975
9.3B.7Inter-frequency measurements without measurement gaps  p. 975
9.3B.7.1Inter-frequency Cell identification  p. 975
9.3B.7.2Measurement period  p. 977
9.3B.7.3Scheduling availability of UE during inter-frequency measurements  p. 978
9.3B.7.3.1Scheduling availability of UE performing measurements in TDD bands on FR1  p. 978
9.3B.7.3.2Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 978
9.3B.7.3.3Scheduling availability of UE performing measurements on FR2  p. 979
9.3B.7.3.4Scheduling availability of HD-FDD UE performing measurements on FR1  p. 979
9.3CNR inter-frequency measurements for SAN  p. 979
9.3C.1Introduction  p. 979
9.3C.2Requirements applicability  p. 980
9.3C.3Number of cells and number of SSB  p. 981
9.3C.3.1Requirements for FR1  p. 981
9.3C.4Inter-frequency measurement with measurement gaps  p. 981
9.3C.5Inter-frequency measurements  p. 982
9.3C.6Inter-frequency measurements reporting requirements  p. 983
9.3C.6.1Periodic Reporting  p. 983
9.3C.6.2Event-triggered Periodic Reporting  p. 983
9.3C.6.3Event-triggered Reporting  p. 983
9.3C.7Inter-frequency measurements without measurement gaps  p. 984
9.3C.7.1Inter-frequency Cell identification  p. 984
9.3C.7.2Measurement period  p. 985
9.3C.7.3Scheduling availability of UE during inter-frequency measurements  p. 985
9.3C.7.3.1Void  p. …
9.3C.7.3.2Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 985
9.3C.8Inter-frequency measurement with measurement gaps for NTN band above 10 GHz  p. 986
9.3C.9Inter-frequency measurements for NTN band above 10 GHz  p. 987
9.3C.10Inter-frequency measurements without measurement gaps for NTN band above 10 GHz  p. 987
9.3C.10.1Inter-frequency Cell identification  p. 987
9.3C.10.2Measurement period  p. 988
9.3C.10.3Scheduling availability of UE during inter-frequency measurements  p. 988
9.3C.10.3.1Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on NTN bands above 10 GHz  p. 989
9.3DNR inter-frequency measurements for ATG  p. 989
9.3D.1Introduction  p. 989
9.3D.2Requirements applicability  p. 989
9.3D.3Number of cells and number of SSB  p. 990
9.3D.3.1Requirements for FR1  p. 990
9.3D.4Inter-frequency measurement with measurement gaps  p. 990
9.3D.5Inter-frequency measurements  p. 991
9.3D.6Inter-frequency measurements reporting requirements  p. 991
9.3D.6.1Periodic Reporting  p. 991
9.3D.6.2Event-triggered Periodic Reporting  p. 992
9.3D.6.3Event-triggered Reporting  p. 992
9.3D.7Void  p. …
9.3D.8Void  p. …
9.3D.9Inter-frequency measurements without measurement gaps  p. 992
9.3D.9.1Inter-frequency Cell identification  p. 992
9.3D.9.2Measurement period  p. 994
9.3D.9.3Scheduling availability of UE during inter-frequency measurements  p. 995
9.3D.9.3.1Scheduling availability of UE performing measurements in TDD bands on FR1  p. 995
9.3D.9.3.2Scheduling availability of UE performing measurements with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 995
9.4Inter-RAT measurements  p. 996
9.4.1Introduction  p. 996
9.4.2NR - E-UTRAN FDD measurements  p. 998
9.4.2.1Introduction  p. 998
9.4.2.2Requirements when no DRX is used  p. 999
9.4.2.3Requirements when DRX is used  p. 1000
9.4.2.4Measurement reporting requirements  p. 1001
9.4.2.4.1Periodic Reporting  p. 1001
9.4.2.4.2Event-Triggered Periodic Reporting  p. 1001
9.4.2.4.3Event-Triggered Reporting  p. 1002
9.4.2.5Scheduling Availability During NR - E-UTRAN FDD measurements with NCSG  p. 1002
9.4.3NR - E-UTRAN TDD measurements  p. 1002
9.4.3.1Introduction  p. 1002
9.4.3.2Requirements when no DRX is used  p. 1002
9.4.3.3Requirements when DRX is used  p. 1004
9.4.3.4Measurement reporting requirements  p. 1005
9.4.3.4.1Periodic Reporting  p. 1005
9.4.3.4.2Event-Triggered Periodic Reporting  p. 1005
9.4.3.4.3Event-Triggered Reporting  p. 1006
9.4.3.5Scheduling Availability During NR - E-UTRAN TDD measurements with NCSG  p. 1006
9.4.4Inter-RAT RSTD measurements  p. 1006
9.4.4.1NR - E-UTRAN FDD RSTD measurements  p. 1006
9.4.4.1.1Introduction  p. 1006
9.4.4.1.2Requirements  p. 1007
9.4.4.2NR - E-UTRAN TDD RSTD measurements  p. 1009
9.4.4.2.1Introduction  p. 1009
9.4.4.2.2Requirements  p. 1010
9.4.5Inter-RAT E-CID measurements  p. 1013
9.4.5.1NR-E-UTRAN FDD E-CID RSRP and RSRQ measurements  p. 1013
9.4.5.1.1Introduction  p. 1013
9.4.5.1.2Requirements  p. 1013
9.4.5.1.3Measurement Reporting Delay  p. 1013
9.4.5.2NR-E-UTRAN TDD E-CID RSRP and RSRQ measurements  p. 1014
9.4.5.2.1Introduction  p. 1014
9.4.5.2.2Requirements  p. 1014
9.4.5.2.3Measurement Reporting Delay  p. 1014
9.4.6NR - UTRAN FDD measurements  p. 1014
9.4.6.1Introduction  p. 1014
9.4.6.2Requirements when no DRX is used  p. 1014
9.4.6.3Requirements when DRX is used  p. 1015
9.4.7NR - E-UTRAN measurements with autonomous gaps  p. 1017
9.4.7.1CGI identification of an E-UTRA cell with autonomous gaps  p. 1017
9.4.7.2CGI reporting delay  p. 1017
9.4.8NR - E-UTRAN measurements without measurement gaps  p. 1018
9.4.8.1Introduction  p. 1018
9.4.8.2General requirements  p. 1018
9.4.8.3NR - E-UTRAN FDD measurements  p. 1019
9.4.8.3.1Introduction  p. 1019
9.4.8.3.2Requirements when no DRX is used  p. 1019
9.4.8.3.3Requirements when DRX is used  p. 1020
9.4.8.3.4Measurement reporting requirements  p. 1020
9.4.8.3.5Scheduling availability during NR - E-UTRAN FDD measurements  p. 1021
9.4.8.4NR - E-UTRAN TDD measurements  p. 1021
9.4.8.4.1Introduction  p. 1021
9.4.8.4.2Requirements when no DRX is used  p. 1022
9.4.8.4.3Requirements when DRX is used  p. 1023
9.4.8.4.4Measurement reporting requirements  p. 1024
9.4.8.4.5Scheduling availability during NR - E-UTRAN TDD measurements  p. 1024
9.4AInter-RAT measurements for RedCap  p. 1025
9.4A.1Introduction  p. 1025
9.4A.2NR - E-UTRAN FDD measurements  p. 1026
9.4A.2.1Introduction  p. 1026
9.4A.2.2Requirements when no DRX is used  p. 1026
9.4A.2.3Requirements when DRX is used  p. 1027
9.4A.2.4Measurement reporting requirements  p. 1028
9.4A.2.4.1Periodic Reporting  p. 1028
9.4A.2.4.2Event-Triggered Periodic Reporting  p. 1028
9.4A.2.4.3Event-Triggered Reporting  p. 1028
9.4A.3NR - E-UTRAN TDD measurements  p. 1029
9.4A.3.1Introduction  p. 1029
9.4A.3.2Requirements when no DRX is used  p. 1029
9.4A.3.3Requirements when DRX is used  p. 1031
9.4A.3.4Measurement reporting requirements  p. 1032
9.4A.3.4.1Periodic Reporting  p. 1032
9.4A.3.4.2Event-Triggered Periodic Reporting  p. 1032
9.4A.3.4.3Event-Triggered Reporting  p. 1032
9.4A.4NR - E-UTRAN measurements with autonomous gaps  p. 1033
9.4A.4.1CGI identification of an E-UTRA cell with autonomous gaps  p. 1033
9.4A.4.2CGI reporting delay  p. 1033
9.4A.4.3CGI reporting scheduling restriction  p. 1033
9.5L1-RSRP measurements for Reporting  p. 1034
9.5.1Introduction  p. 1034
9.5.2Requirements applicability  p. 1034
9.5.3Measurement Reporting Requirements  p. 1035
9.5.3.1Periodic Reporting  p. 1035
9.5.3.2Semi-Persistent Reporting  p. 1036
9.5.3.3Aperiodic Reporting  p. 1036
9.5.4L1-RSRP measurement requirements  p. 1036
9.5.4.1SSB based L1-RSRP Reporting  p. 1036
9.5.4.2CSI-RS based L1-RSRP Reporting  p. 1042
9.5.4AVoid  p. …
9.5.4A.1Void  p. …
9.5.5Measurement restriction for CSI-RS and SSB for L1-RSRP measurement  p. 1046
9.5.5.1Measurement restriction for SSB based L1-RSRP  p. 1046
9.5.5.2Measurement restriction for CSI-RS based L1-RSRP  p. 1047
9.5.6Scheduling availability of UE during L1-RSRP measurement  p. 1048
9.5.6.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 1048
9.5.6.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 1048
9.5.6.3Scheduling availability of UE performing L1-RSRP measurement on FR2  p. 1049
9.5.6.4Scheduling availability of UE performing L1-RSRP measurement on FR1 or FR2 in case of FR1-FR2 inter-band CA  p. 1051
9.5.7Minimum requirement at transitions  p. 1051
9.5AL1-RSRP measurements for Reporting under CCA  p. 1051
9.5A.1Introduction  p. 1051
9.5A.2Requirements applicability  p. 1051
9.5A.3Measurement Reporting Requirements  p. 1052
9.5A.3.1Periodic Reporting  p. 1052
9.5A.3.2Semi-Persistent Reporting  p. 1052
9.5A.3.3Aperiodic Reporting  p. 1052
9.5A.4L1-RSRP measurement requirements  p. 1053
9.5A.4.1SSB based L1-RSRP Reporting  p. 1053
9.5A.5Measurement restriction for L1-RSRP measurement  p. 1055
9.5A.5.1Measurement restriction for SSB based L1-RSRP  p. 1055
9.5A.6Scheduling availability of UE during L1-RSRP measurement  p. 1056
9.5A.6.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 1056
9.5A.6.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 1056
9.5A.6.3Void  p. …
9.5A.6.3AScheduling availability of UE performing L1-RSRP measurement in case of FR1-FR2 inter-band CA  p. 1056
9.5A.6.3BScheduling availability of UE performing L1-RSRP measurement on FR2-2  p. 1056
9.5A.6.4Scheduling availability of UE performing L1-RSRP measurement on FR1 or FR2 in case of FR1-FR2 inter-band CA  p. 1057
9.5BL1-RSRP measurements for Reporting for RedCap  p. 1057
9.5B.1Introduction  p. 1057
9.5B.2Requirements applicability  p. 1057
9.5B.3Measurement Reporting Requirements  p. 1058
9.5B.3.1Periodic Reporting  p. 1058
9.5B.3.2Semi-Persistent Reporting  p. 1058
9.5B.3.3Aperiodic Reporting  p. 1059
9.5B.4L1-RSRP measurement requirements  p. 1059
9.5B.4.1SSB based L1-RSRP Reporting  p. 1059
9.5B.4.2CSI-RS based L1-RSRP Reporting  p. 1061
9.5B.5Measurement restriction for CSI-RS and SSB for L1-RSRP measurement  p. 1064
9.5B.5.1Measurement restriction for SSB based L1-RSRP  p. 1064
9.5B.5.2Measurement restriction for CSI-RS based L1-RSRP  p. 1064
9.5B.6Scheduling availability of UE during L1-RSRP measurement  p. 1064
9.5B.6.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 1065
9.5B.6.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 1065
9.5B.6.3Scheduling availability of UE performing L1-RSRP measurement on FR2  p. 1065
9.5CL1-RSRP measurements for Reporting for satellite access  p. 1066
9.5C.1Introduction  p. 1066
9.5C.3Measurement Reporting Requirements  p. 1066
9.5C.3.1Periodic Reporting  p. 1067
9.5C.3.2Semi-Persistent Reporting  p. 1067
9.5C.3.3Aperiodic Reporting  p. 1067
9.5C.4L1-RSRP measurement requirements  p. 1067
9.5C.4.1SSB based L1-RSRP Reporting  p. 1067
9.5C.5Measurement restriction for L1-RSRP measurement  p. 1069
9.5C.5.1Measurement restriction for SSB based L1-RSRP  p. 1069
9.5C.5.2Measurement restriction for CSI-RS based L1-RSRP  p. 1069
9.5C.6Scheduling availability of UE during L1-RSRP measurement  p. 1070
9.5C.6.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 1070
9.5C.6.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 1070
9.5C.7L1-RSRP measurement requirements for NTN band above 10 GHz  p. 1070
9.5C.7.1SSB based L1-RSRP Reporting  p. 1070
9.5C.7.2CSI-RS based L1-RSRP Reporting  p. 1071
9.5C.8Measurement restriction for L1-RSRP measurement for NTN band above 10 GHz  p. 1072
9.5C.8.1Measurement restriction for SSB based L1-RSRP  p. 1072
9.5C.8.2Measurement restriction for CSI-RS based L1-RSRP  p. 1072
9.5C.9Scheduling availability of UE during L1-RSRP measurement for NTN band above 10 GHz  p. 1073
9.5C.9.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on NTN bands above 10 GHz  p. 1073
9.5C.9.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on NTN bands above 10 GHz  p. 1073
9.5DL1-RSRP measurements for Reporting for ATG  p. 1073
9.5D.1Introduction  p. 1073
9.5D.2Requirements applicability  p. 1073
9.5D.3Measurement Reporting Requirements  p. 1074
9.5D.3.1Periodic Reporting  p. 1074
9.5D.3.2Semi-Persistent Reporting  p. 1074
9.5D.3.3Aperiodic Reporting  p. 1074
9.5D.4L1-RSRP measurement requirements  p. 1074
9.5D.4.1SSB based L1-RSRP Reporting  p. 1074
9.5D.4.2CSI-RS based L1-RSRP Reporting  p. 1076
9.5D.5Measurement restriction for CSI-RS and SSB for L1-RSRP measurement  p. 1077
9.5D.5.1Measurement restriction for SSB based L1-RSRP  p. 1077
9.5D.5.2Measurement restriction for CSI-RS based L1-RSRP  p. 1077
9.5D.6Scheduling availability of UE during L1-RSRP measurement  p. 1078
9.5D.6.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 1078
9.5D.6.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 1078
9.6NE-DC: Measurements  p. 1078
9.6.1Introduction  p. 1078
9.6.2SFTD Measurements  p. 1078
9.6.2.1Introduction  p. 1078
9.6.2.2SFTD Measurement requirements  p. 1079
9.7Cross Link Interference measurements  p. 1079
9.7.1Introduction  p. 1079
9.7.2SRS-RSRP measurements  p. 1080
9.7.2.1Introduction  p. 1080
9.7.2.2Requirements applicability  p. 1080
9.7.2.3Measurement Reporting Requirements  p. 1080
9.7.2.3.1Periodic Reporting  p. 1080
9.7.2.3.2Event-triggered Periodic Reporting  p. 1080
9.7.2.3.3Event Triggered Reporting  p. 1080
9.7.2.4Measurement capability  p. 1081
9.7.2.5SRS-RSRP measurement period  p. 1081
9.7.3CLI-RSSI measurements  p. 1081
9.7.3.1Introduction  p. 1081
9.7.3.2Requirements applicability  p. 1081
9.7.3.3Measurement Reporting Requirements  p. 1081
9.7.3.3.1Periodic Reporting  p. 1081
9.7.3.3.2Event-triggered Periodic Reporting  p. 1082
9.7.3.3.3Event Triggered Reporting  p. 1082
9.7.3.4Measurement capability  p. 1082
9.7.3.5CLI-RSSI measurement period  p. 1082
9.7.4Scheduling availability of UE during CLI measurements  p. 1082
9.7.4.1Scheduling availability of UE performing measurement on FR1  p. 1082
9.7.4.2Scheduling availability of UE performing measurement on FR2  p. 1083
9.8L1-SINR measurements for Reporting  p. 1084
9.8.1Introduction  p. 1084
9.8.2Requirements applicability  p. 1084
9.8.3Measurement Reporting Requirements  p. 1085
9.8.3.1Periodic Reporting  p. 1085
9.8.3.2Semi-Persistent Reporting  p. 1085
9.8.4L1-SINR measurement requirements  p. 1086
9.8.4.1L1-SINR reporting with CSI-RS based CMR and no dedicated IMR configured  p. 1086
9.8.4.3L1-SINR reporting with CSI-RS based CMR and dedicated IMR configured  p. 1091
9.8.5Measurement restriction for L1-SINR measurement  p. 1092
9.8.5.1Measurement restriction if SSB configured for L1-SINR Measurement  p. 1093
9.8.5.2Measurement restriction if CSI-RS configured for L1-SINR measurement  p. 1093
9.8.5.3Measurement restriction if CSI-IM configured for L1-SINR measurement  p. 1095
9.8.6Scheduling availability of UE during L1-SINR measurement  p. 1095
9.8.6.1Scheduling availability of UE performing L1-SINR measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 1095
9.8.6.2Scheduling availability of UE performing L1-SINR measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 1096
9.8.6.4Scheduling availability of UE performing L1-SINR measurement on FR1 or FR2 in case of FR1-FR2 inter-band CA  p. 1097
9.8.7Minimum requirement at transitions  p. 1097
9.8DL1-SINR measurements for Reporting for ATG  p. 1097
9.8D.1Introduction  p. 1097
9.8D.2Requirements applicability  p. 1098
9.8D.3Measurement Reporting Requirements  p. 1098
9.8D.3.1Periodic Reporting  p. 1098
9.8D.3.2Semi-Persistent Reporting  p. 1098
9.8D.3.3Aperiodic Reporting  p. 1099
9.8D.4L1-SINR measurement requirements  p. 1099
9.8D.4.1L1-SINR reporting with CSI-RS based CMR and no dedicated IMR configured  p. 1099
9.8D.4.2L1-SINR reporting with SSB based CMR and dedicated IMR configured  p. 1100
9.8D.4.3L1-SINR reporting with CSI-RS based CMR and dedicated IMR configured  p. 1101
9.8D.5Measurement restriction for L1-SINR measurement  p. 1102
9.8D.5.1Measurement restriction if SSB configured for L1-SINR Measurement  p. 1102
9.8D.5.2Measurement restriction if CSI-RS configured for L1-SINR measurement  p. 1103
9.8D.5.3Measurement restriction if CSI-IM configured for L1-SINR measurement  p. 1103
9.8D.6Scheduling availability of UE during L1-SINR measurement  p. 1103
9.8D.6.1Scheduling availability of UE performing L1-SINR measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 1103
9.8D.6.2Scheduling availability of UE performing L1-SINR measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 1103
9.9NR measurements for positioning  p. 1104
9.9.1Introduction  p. 1104
9.9.1.1General Aspects of Gap-based Measurement  p. 1104
9.9.1.2General Aspects of Gapless Measurement  p. 1105
9.9.1.3Scheduling Availability of UE during PRS Measurement without Measurement Gaps  p. 1106
9.9.2RSTD measurements  p. 1107
9.9.2.1Introduction  p. 1107
9.9.2.2Requirements Applicability  p. 1107
9.9.2.3Measurement Capability  p. 1107
9.9.2.4Measurement Reporting Requirements  p. 1107
9.9.2.4.1Void  p. …
9.9.2.4.2Void  p. …
9.9.2.4.3Void  p. …
9.9.2.5Measurements Period Requirements  p. 1107
9.9.2.6Void  p. …
9.9.2.7Measurements Period Requirements without Measurement Gaps  p. 1110
9.9.2.8Void  p. …
9.9.2.9Measurements Period Requirements with both MG and PPW  p. 1113
9.9.2.10Measurements Period Requirements with Bandwidth Aggregation  p. 1114
9.9.3PRS-RSRP measurements  p. 1117
9.9.3.1Introduction  p. 1117
9.9.3.2Requirements applicability  p. 1118
9.9.3.3Measurement Capability  p. 1118
9.9.3.4Measurement Reporting Requirements  p. 1118
9.9.3.5Measurement Period Requirements  p. 1118
9.9.3.6Measurement Period Requirements without Measurement Gaps  p. 1121
9.9.3.7Void  p. …
9.9.3.8Measurements Period Requirements with both MG and PPW  p. 1123
9.9.4UE Rx-Tx time difference measurements  p. 1124
9.9.4.1Introduction  p. 1124
9.9.4.2Requirements Applicability  p. 1124
9.9.4.3Measurement Capability  p. 1124
9.9.4.4Measurement Reporting Requirements  p. 1124
9.9.4.5Measurement Period Requirements  p. 1124
9.9.4.6Measurement Period Requirements without Measurement Gaps  p. 1128
9.9.4.7Void  p. …
9.9.4.8Measurements Period Requirements with both MG and PPW  p. 1131
9.9.4.9Measurements Period Requirements with Bandwidth Aggregation  p. 1132
9.9.5E-CID measurements  p. 1136
9.9.5.1Introduction  p. 1136
9.9.5.2Measurement Requirements  p. 1136
9.9.5.2.1Intra-frequency Measurement Requirements  p. 1136
9.9.5.2.2Inter-frequency Measurement Requirements  p. 1136
9.9.5.2.3Measurement Reporting Delay  p. 1137
9.9.6PRS-RSRPP measurements  p. 1137
9.9.6.1Introduction  p. 1137
9.9.6.2Requirements applicability  p. 1137
9.9.6.3Measurement capability  p. 1137
9.9.6.4Measurement reporting requirements  p. 1137
9.9.6.5Measurement period requirements  p. 1137
9.9.6.6Measurement Period Requirements without Measurement Gaps  p. 1138
9.9.6.7Void  p. …
9.9.6.8Measurements Period Requirements with both MG and PPW  p. 1138
9.9.7Measurement requirements for DL RSCPD reported with RSTD  p. 1138
9.9.7.1Introduction  p. 1138
9.9.7.2Requirements Applicability  p. 1138
9.9.7.3Measurement Capability  p. 1138
9.9.7.4Measurement Reporting Requirements  p. 1138
9.9.7.5Measurements Period Requirements for DL RSCPD reported with RSTD  p. 1139
9.9.8Measurement requirements for DL RSCP reported with UE Rx-Tx time difference  p. 1141
9.9.8.1Introduction  p. 1141
9.9.8.2Requirements Applicability  p. 1142
9.9.8.3Measurement Capability  p. 1142
9.9.8.4Measurement Reporting Requirements  p. 1142
9.9.8.5Measurement Period Requirements for DL RSCP and UE Rx-Tx time difference  p. 1142
9.9ANR measurements for positioning for RedCap  p. 1146
9.9A.1Introduction  p. 1146
9.9A.1.1General Aspects of Gap-based Measurement  p. 1146
9.9A.1.2General Aspects of Gapless Measurement for RedCap positioning without FH  p. 1147
9.9A.1.3Scheduling Availability of UE during PRS Measurement without Measurement Gaps for RedCap positioning without FH  p. 1148
9.9A.2RSTD measurements for RedCap  p. 1149
9.9A.2.1Introduction  p. 1149
9.9A.2.2Requirements Applicability  p. 1149
9.9A.2.3Measurement Capability  p. 1149
9.9A.2.4Measurement Reporting Requirements  p. 1149
9.9A.2.5Measurements Period Requirements without FH  p. 1149
9.9A.2.5.1Measurements Period Requirements without FH with MG  p. 1149
9.9A.2.5.2Measurements Period Requirements without FH without MG  p. 1152
9.9A.2.5.3Measurements Period Requirements without FH with both MG and PPW  p. 1155
9.9A.2.6Measurements Period Requirements with FH  p. 1156
9.9A.2.6.1Measurements Period Requirements with FH with MG  p. 1156
9.9A.3PRS-RSRP measurements for RedCap  p. 1158
9.9A.3.1Introduction  p. 1158
9.9A.3.2Requirements applicability  p. 1158
9.9A.3.3Measurement Capability  p. 1158
9.9A.3.4Measurement Reporting Requirements  p. 1158
9.9A.3.5Measurements Period Requirements without FH  p. 1158
9.9A.3.5.1Measurement Period Requirements without FH with MG  p. 1158
9.9A.3.5.2Measurement Period Requirements without FH without MG  p. 1161
9.9A.3.5.3Measurements Period Requirements without FH with both MG and PPW  p. 1163
9.9A.3.6Measurements Period Requirements with FH  p. 1164
9.9A.3.6.1Measurements Period Requirements with FH with MG  p. 1164
9.9A.4UE Rx-Tx time difference measurements for RedCap  p. 1166
9.9A.4.1Introduction  p. 1166
9.9A.4.2Requirements Applicability  p. 1166
9.9A.4.3Measurement Capability  p. 1166
9.9A.4.4Measurement Reporting Requirements  p. 1166
9.9A.4.5Measurement Period Requirements without FH with MG  p. 1166
9.9A.4.6Measurement Period Requirements without FH without MG  p. 1166
9.9A.4.7Measurements Period Requirements without FH with both MG and PPW  p. 1166
9.9A.4.8Measurements Period Requirements with FH  p. 1166
9.9A.5PRS-RSRPP measurements for RedCap  p. 1168
9.9A.5.1Introduction  p. 1168
9.9A.5.2Requirements Applicability  p. 1168
9.9A.5.3Measurement Capability  p. 1168
9.9A.5.4Measurement Reporting Requirements  p. 1169
9.9A.5.5Measurement Period Requirements without FH with MG  p. 1169
9.9A.5.6Measurement Period Requirements without FH without MG  p. 1169
9.9A.5.7Measurements Period Requirements without FH with both MG and PPW  p. 1169
9.9A.5.8Measurements Period Requirements with FH  p. 1169
9.9CNR measurements for positioning in Satellite Access  p. 1169
9.9C.1Introduction  p. 1169
9.9C.1.1General Aspects of Gap-based Measurement  p. 1169
9.9C.1.2General Aspects of Gapless Measurement  p. 1170
9.9C.1.3Scheduling Availability of UE during PRS Measurement without Measurement Gaps  p. 1171
9.9C.2Void  p. …
9.9C.3Void  p. …
9.9C.4UE Rx-Tx time difference measurements  p. 1171
9.9C.4.1Introduction  p. 1171
9.9C.4.2Requirements Applicability  p. 1171
9.9C.4.3Measurement Capability  p. 1171
9.9C.4.4Measurement Reporting Requirements  p. 1171
9.9C.4.5Measurement Period Requirements  p. 1172
9.9C.4.6Measurement Period Requirements without Measurement Gaps  p. 1174
9.10CSI-RS based L3 measurements  p. 1176
9.10.1Introduction  p. 1176
9.10.2CSI-RS based intra-frequency measurements  p. 1176
9.10.2.1Introduction  p. 1176
9.10.2.2Requirements applicability  p. 1177
9.10.2.3Number of cells and number of CSI-RS  p. 1178
9.10.2.3.1Requirements for FR1  p. 1178
9.10.2.3.2Requirements for FR2  p. 1178
9.10.2.4Measurement Reporting Requirements  p. 1178
9.10.2.4.1Periodic Reporting  p. 1179
9.10.2.4.2Event-triggered Periodic Reporting  p. 1179
9.10.2.4.3Event Triggered Reporting  p. 1179
9.10.2.5Intra-frequency measurements without measurement gaps  p. 1179
9.10.2.6Scheduling availability of UE during CSI-RS based intra-frequency measurements  p. 1181
9.10.2.6.1Scheduling availability of UE performing CSI-RS based measurements in TDD bands  p. 1181
9.10.2.6.2Scheduling availability of UE performing CSI-RS based measurements in FR2  p. 1181
9.10.3CSI-RS based Inter-frequency measurements  p. 1182
9.10.3.1Introduction  p. 1182
9.10.3.2Requirements applicability  p. 1182
9.10.3.3Number of cells and number of CSI-RS resources  p. 1183
9.10.3.3.1Requirements for FR1  p. 1183
9.10.3.3.2Requirements for FR2  p. 1183
9.10.3.4Measurements reporting requirements  p. 1183
9.10.3.4.1Periodic Reporting  p. 1183
9.10.3.4.2Event-triggered Periodic Reporting  p. 1183
9.10.3.4.3Event-triggered Reporting  p. 1183
9.10.3.5Inter-frequency measurements with measurement gaps  p. 1184
9.10DCSI-RS based L3 measurements for ATG  p. 1185
9.10D.1Introduction  p. 1185
9.10D.2CSI-RS based intra-frequency measurements  p. 1186
9.10D.2.1Introduction  p. 1186
9.10D.2.2Requirements applicability  p. 1186
9.10D.2.3Number of cells and number of CSI-RS  p. 1187
9.10D.2.3.1Requirements for FR1  p. 1187
9.10D.2.4Measurement Reporting Requirements  p. 1187
9.10D.2.4.1Periodic Reporting  p. 1187
9.10D.2.4.2Event-triggered Periodic Reporting  p. 1187
9.10D.2.4.3Event Triggered Reporting  p. 1188
9.10D.2.5Intra-frequency measurements without measurement gaps  p. 1188
9.10D.2.6Scheduling availability of UE during CSI-RS based intra-frequency measurements  p. 1189
9.10D.2.6.1Scheduling availability of UE performing CSI-RS based measurements in TDD bands  p. 1190
9.10D.3CSI-RS based Inter-frequency measurements  p. 1190
9.10D.3.1Introduction  p. 1190
9.10D.3.2Requirements applicability  p. 1190
9.10D.3.3Number of cells and number of CSI-RS resources  p. 1191
9.10D.3.3.1Requirements for FR1  p. 1191
9.10D.3.4Measurements reporting requirements  p. 1191
9.10D.3.4.1Periodic Reporting  p. 1191
9.10D.3.4.2Event-triggered Periodic Reporting  p. 1191
9.10D.3.4.3Event-triggered Reporting  p. 1191
9.10D.3.5Inter-frequency measurements with measurement gaps  p. 1191
9.11NR measurements with autonomous gaps  p. 1193
9.11.1Introduction  p. 1193
9.11.2CGI identification of an NR cell with autonomous gaps  p. 1193
9.11.3CGI reporting delay  p. 1194
9.11ANR measurements with autonomous gaps for RedCap  p. 1195
9.11A.1Introduction  p. 1195
9.11A.2CGI identification of an NR cell with autonomous gaps  p. 1195
9.11A.3CGI reporting delay  p. 1196
9.11A.4CGI reporting scheduling restriction  p. 1196
9.11DNR measurements with autonomous gaps for ATG  p. 1196
9.11D.1Introduction  p. 1197
9.11D.2CGI identification of an NR cell with autonomous gaps  p. 1197
9.11D.3CGI reporting delay  p. 1198
9.12Measurement for Propagation Delay Compensation  p. 1198
9.12.1Introduction  p. 1198
9.12.2Requirements Applicability  p. 1198
9.12.3Measurement Capability  p. 1198
9.12.4Measurement period requirements  p. 1198
9.12.4.1PRS Measurement Period  p. 1198
9.12.4.2TRS Measurement Period  p. 1199
9.12.5Measurement Reporting Requirements  p. 1200
9.12.6Scheduling availability during measurement for Propagation Delay Compensation  p. 1200
9.12.7Measurement restriction for measurement for Propagation Delay Compensation  p. 1201
9.12.8Measurement requirement for Propagation Delay Compensation with MUSIM gaps  p. 1201
9.13L1-RSRP measurements for a cell with different PCI from serving cell  p. 1201
9.13.1Introduction  p. 1201
9.13.2Requirements Applicability  p. 1201
9.13.3Measurement Reporting Requirements  p. 1202
9.13.3.1Periodic Reporting  p. 1202
9.13.3.2Semi-Persistent Reporting  p. 1202
9.13.3.3Aperiodic Reporting  p. 1203
9.13.4L1-RSRP measurement requirements  p. 1203
9.13.4.1Inter-cell SSB based L1-RSRP Reporting  p. 1203
9.13.5Measurement restriction for L1-RSRP measurement  p. 1206
9.13.5.1Measurement restriction for SSB based L1-RSRP  p. 1206
9.13.6Scheduling availability of UE during L1-RSRP measurement  p. 1207
9.13.6.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 1207
9.13.6.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 1207
9.13.6.3Scheduling availability of UE performing L1-RSRP measurement on FR2  p. 1208
9.13.6.4Scheduling availability of UE performing L1-RSRP measurement on FR1 or FR2 in case of FR1-FR2 inter-band CA  p. 1208
9.13.6.5Scheduling availability of UE performing L1-RSRP measurement in TDD bands on FR1  p. 1208
9.14NR intra-frequency L1-RSRP measurements for neighbor cell  p. 1209
9.14.1Introduction  p. 1209
9.14.2Requirements Applicability  p. 1209
9.14.3Measurement Reporting Requirements  p. 1209
9.14.3.1Periodic Reporting  p. 1210
9.14.3.2Semi-Persistent Reporting  p. 1210
9.14.3.3Aperiodic Reporting  p. 1210
9.14.4Number of SSB frequency layers, number of cells and number of SSBs  p. 1210
9.14.5L1-RSRP intra-frequency measurement requirements without measurement gaps  p. 1210
9.14.5.1SSB based L1-RSRP reporting  p. 1210
9.14.6Measurement restriction for L1-RSRP measurement  p. 1213
9.14.6.1Measurement restriction for SSB based L1-RSRP  p. 1213
9.14.7Scheduling availability of UE during L1-RSRP measurement  p. 1214
9.14.7.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 1214
9.14.7.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 1214
9.14.7.3Scheduling availability of UE performing L1-RSRP measurement on FR2  p. 1215
9.14.7.4Scheduling availability of UE performing L1-RSRP measurement on FR1 or FR2 in case of FR1-FR2 inter-band CA  p. 1215
9.14.7.5Scheduling availability of UE performing L1-RSRP measurement in TDD bands on FR1  p. 1215
9.15NR inter-frequency L1-RSRP measurements for neighbor cell  p. 1216
9.15.1Introduction  p. 1216
9.15.2Requirements Applicability  p. 1216
9.15.3Measurement Reporting Requirements  p. 1216
9.15.3.1Periodic Reporting  p. 1217
9.15.3.2Semi-Persistent Reporting  p. 1217
9.15.3.3Aperiodic Reporting  p. 1217
9.15.4Number of SSB frequency layers, number of cells and number of SSBs  p. 1217
9.15.5L1-RSRP inter-frequency measurement requirements with measurement gaps  p. 1217
9.15.5.1Inter-frequency SSB based L1-RSRP reporting  p. 1217
9.15.6L1-RSRP inter-frequency L1-RSRP measurement requirements without measurement gaps  p. 1219
9.15.6.1Inter-frequency L1-RSRP measurement requirements  p. 1219
9.15.6.1.1Inter-frequency SSB based L1-RSRP measurement  p. 1219
9.15.6.2Measurement restriction for inter-frequency L1-RSRP measurement  p. 1222
9.15.6.2.1Measurement restriction for SSB based L1-RSRP  p. 1222
9.15.6.3Scheduling availability of UE during inter-frequency L1-RSRP measurements  p. 1222
9.15.6.3.1Scheduling availability of UE performing L1-RSRP measurement with a same subcarrier spacing as PDSCH/PDCCH on FR1  p. 1222
9.15.6.3.2Scheduling availability of UE performing L1-RSRP measurement with a different subcarrier spacing than PDSCH/PDCCH on FR1  p. 1223
9.15.6.3.3Scheduling availability of UE performing L1-RSRP measurement on FR2  p. 1223
9.15.6.3.4Scheduling availability of UE performing L1-RSRP measurement on FR1 or FR2 in case of FR1-FR2 inter-band CA  p. 1223
9.15.6.3.5Scheduling availability of UE performing L1-RSRP measurement in TDD bands on FR1  p. 1224
10Measurement Performance requirements  p. 1223
10.1NR measurements  p. 1223
10.1.1Introduction  p. 1223
10.1.2Intra-frequency RSRP accuracy requirements for FR1  p. 1223
10.1.2.1Intra-frequency SS-RSRP accuracy requirements  p. 1223
10.1.2.1.1Absolute SS-RSRP Accuracy  p. 1223
10.1.2.1.2Relative SS-RSRP Accuracy  p. 1224
10.1.2.2Void  p. …
10.1.2.3Intra-frequency CSI-RSRP accuracy requirements  p. 1225
10.1.2.3.1Absolute CSI-RSRP Accuracy  p. 1225
10.1.2.3.2Relative CSI-RSRP Accuracy  p. 1226
10.1.2BIntra-frequency RSRP accuracy requirements for FR1 for CA/DC Idle Mode Measurements  p. 1227
10.1.2B.1Intra-frequency SS-RSRP accuracy requirements  p. 1227
10.1.2B.1.1Absolute SS-RSRP Accuracy  p. 1227
10.1.2CIntra-frequency RSRP accuracy requirements for FR1 SAN  p. 1228
10.1.2C.1Intra-frequency SS-RSRP accuracy requirements  p. 1228
10.1.2C.1.1Absolute SS-RSRP Accuracy  p. 1228
10.1.2C.1.2Relative SS-RSRP Accuracy  p. 1229
10.1.3Intra-frequency RSRP accuracy requirements for FR2  p. 1230
10.1.3.1Intra-frequency SS-RSRP accuracy requirements  p. 1230
10.1.3.1.1Absolute SS-RSRP Accuracy  p. 1230
10.1.3.1.2Relative SS-RSRP Accuracy  p. 1230
10.1.3.2Void  p. …
10.1.3.3Intra-frequency CSI-RSRP accuracy requirements  p. 1231
10.1.3.3.1Absolute CSI-RSRP Accuracy  p. 1231
10.1.3.3.2Relative CSI-RSRP Accuracy  p. 1232
10.1.3BIntra-frequency RSRP accuracy requirements for FR2 for CA/DC Idle Mode Measurements  p. 1233
10.1.3B.1Intra-frequency SS-RSRP accuracy requirements  p. 1233
10.1.3B.1.1Absolute SS-RSRP Accuracy  p. 1233
10.1.3CIntra-frequency RSRP accuracy requirements for FR2-NTN  p. 1233
10.1.3C.1Intra-frequency SS-RSRP accuracy requirements  p. 1233
10.1.3C.1.1Absolute SS-RSRP Accuracy  p. 1233
10.1.3C.1.2Relative SS-RSRP Accuracy  p. 1234
10.1.4Inter-frequency RSRP accuracy requirements for FR1  p. 1235
10.1.4.1Inter-frequency SS-RSRP accuracy requirements  p. 1235
10.1.4.1.1Absolute SS-RSRP Accuracy in FR1  p. 1235
10.1.4.1.2Relative SS-RSRP Accuracy in FR1  p. 1236
10.1.4.2Void  p. …
10.1.4.3Inter-frequency CSI-RSRP accuracy requirements  p. 1237
10.1.4.3.1Absolute CSI-RSRP Accuracy in FR1  p. 1237
10.1.4.3.2Relative CSI-RSRP Accuracy in FR1  p. 1238
10.1.4BInter-frequency RSRP accuracy requirements for FR1 for CA/DC Idle Mode Measurements  p. 1239
10.1.4B.1Inter-frequency SS-RSRP accuracy requirements  p. 1239
10.1.4B.1.1Absolute SS-RSRP Accuracy in FR1  p. 1240
10.1.4CInter-frequency RSRP accuracy requirements for FR1 SAN  p. 1241
10.1.4C.1Inter-frequency SS-RSRP accuracy requirements  p. 1241
10.1.4C.1.1Absolute SS-RSRP Accuracy in FR1  p. 1241
10.1.4C.1.2Relative SS-RSRP Accuracy in FR1  p. 1241
10.1.5Inter-frequency RSRP accuracy requirements for FR2  p. 1242
10.1.5.1Inter-frequency SS-RSRP accuracy requirements  p. 1242
10.1.5.1.1Absolute SS-RSRP Accuracy  p. 1242
10.1.5.1.2Relative SS-RSRP Accuracy  p. 1242
10.1.5.2Void  p. …
10.1.5.3Inter-frequency CSI-RSRP accuracy requirements  p. 1243
10.1.5.3.1Absolute CSI-RSRP Accuracy  p. 1243
10.1.5.3.2Relative CSI-RSRP Accuracy  p. 1244
10.1.5BInter-frequency RSRP accuracy requirements for FR2 for CA/DC Idle Mode Measurements  p. 1245
10.1.5B.1Inter-frequency SS-RSRP accuracy requirements  p. 1245
10.1.5B.1.1Absolute SS-RSRP Accuracy  p. 1245
10.1.5CInter-frequency RSRP accuracy requirements for FR2-NTN  p. 1246
10.1.5C.1Inter-frequency SS-RSRP accuracy requirements  p. 1246
10.1.5C.1.1Absolute SS-RSRP Accuracy  p. 1246
10.1.5C.1.2Relative SS-RSRP Accuracy  p. 1246
10.1.6RSRP Measurement Report Mapping  p. 1247
10.1.7Intra-frequency RSRQ accuracy requirements for FR1  p. 1249
10.1.7.1Intra-frequency SS-RSRQ accuracy requirements in FR1  p. 1249
10.1.7.1.1Absolute SS-RSRQ Accuracy in FR1  p. 1249
10.1.7.2Intra-frequency CSI-RSRQ accuracy requirements  p. 1250
10.1.7.2.1Absolute CSI-RSRQ Accuracy  p. 1250
10.1.7BIntra-frequency RSRQ accuracy requirements for FR1 for CA/DC Idle Mode Measurements  p. 1251
10.1.7B.1Intra-frequency SS-RSRQ accuracy requirements in FR1  p. 1251
10.1.7B.1.1Absolute SS-RSRQ Accuracy in FR1  p. 1251
10.1.7CIntra-frequency RSRQ accuracy requirements for FR1 SAN  p. 1252
10.1.7C.1Intra-frequency SS-RSRQ accuracy requirements in FR1  p. 1252
10.1.7C.1.1Absolute SS-RSRQ Accuracy in FR1  p. 1252
10.1.8Intra-frequency RSRQ accuracy requirements for FR2  p. 1253
10.1.8.1Intra-frequency SS-RSRQ accuracy requirements in FR2  p. 1253
10.1.8.1.1Absolute SS-RSRQ Accuracy in FR2  p. 1253
10.1.8.2Intra-frequency CSI-RSRQ accuracy requirements  p. 1253
10.1.8.2.1Absolute CSI-RSRQ Accuracy  p. 1253
10.1.8BIntra-frequency RSRQ accuracy requirements for FR2 for CA/DC Idle Mode Measurements  p. 1254
10.1.8B.1Intra-frequency SS-RSRQ accuracy requirements in FR2  p. 1254
10.1.8B.1.1Absolute SS-RSRQ Accuracy in FR2  p. 1254
10.1.8CIntra-frequency RSRQ accuracy requirements for FR2-NTN  p. 1255
10.1.8C.1Intra-frequency SS-RSRQ accuracy requirements in FR2-NTN  p. 1255
10.1.8C.1.1Absolute SS-RSRQ Accuracy in FR2-NTN  p. 1255
10.1.9Inter-frequency RSRQ accuracy requirements for FR1  p. 1256
10.1.9.1Inter-frequency SS-RSRQ accuracy requirements in FR1  p. 1256
10.1.9.1.1Absolute SS-RSRQ Accuracy in FR1  p. 1256
10.1.9.1.2Relative SS-RSRQ Accuracy in FR1  p. 1256
10.1.9.2Inter-frequency CSI-RSRQ accuracy requirements  p. 1257
10.1.9.2.1Absolute CSI-RSRQ Accuracy  p. 1257
10.1.9.2.2Relative CSI-RSRQ Accuracy  p. 1258
10.1.9BInter-frequency RSRQ accuracy requirements for FR1 for CA/DC Idle Mode Measurements  p. 1259
10.1.9B.1Inter-frequency SS-RSRQ accuracy requirements in FR1  p. 1259
10.1.9B.1.1Absolute SS-RSRQ Accuracy in FR1  p. 1259
10.1.9CInter-frequency RSRQ accuracy requirements for FR1 SAN  p. 1260
10.1.9C.1Inter-frequency SS-RSRQ accuracy requirements in FR1  p. 1260
10.1.9C.1.1Absolute SS-RSRQ Accuracy in FR1  p. 1260
10.1.9C.1.2Relative SS-RSRQ Accuracy in FR1  p. 1261
10.1.10Inter-frequency RSRQ accuracy requirements for FR2  p. 1261
10.1.10.1Inter-frequency SS-RSRQ accuracy requirements in FR2  p. 1261
10.1.10.1.1Absolute SS-RSRQ Accuracy in FR2  p. 1261
10.1.10.1.2Relative SS-RSRQ Accuracy in FR2  p. 1262
10.1.10.2Inter-frequency CSI-RSRQ accuracy requirements  p. 1263
10.1.10.2.1Absolute CSI-RSRQ Accuracy  p. 1263
10.1.10.2.2Relative CSI-RSRQ Accuracy  p. 1264
10.1.10BInter-frequency RSRQ accuracy requirements for FR2 for CA/DC Idle Mode Measurements  p. 1265
10.1.10B.1Inter-frequency SS-RSRQ accuracy requirements in FR2  p. 1265
10.1.10B.1.1Absolute SS-RSRQ Accuracy in FR2  p. 1265
10.1.10CInter-frequency RSRQ accuracy requirements for FR2-NTN  p. 1266
10.1.10C.1Inter-frequency SS-RSRQ accuracy requirements in FR2-NTN  p. 1266
10.1.10C.1.1Absolute SS-RSRQ Accuracy in FR2-NTN  p. 1266
10.1.10C.1.2Relative SS-RSRQ Accuracy in FR2-NTN  p. 1266
10.1.11RSRQ report mapping  p. 1267
10.1.12Intra-frequency SINR accuracy requirements for FR1  p. 1268
10.1.12.1Intra-frequency SS-SINR accuracy requirements in FR1  p. 1268
10.1.12.1.1Absolute SS-SINR Accuracy in FR1  p. 1268
10.1.12.2Intra-frequency CSI-SINR accuracy requirements in FR1  p. 1268
10.1.12.2.1Absolute CSI-SINR Accuracy in FR1  p. 1268
10.1.12CIntra-frequency SINR accuracy requirements for FR1 SAN  p. 1269
10.1.12C.1Intra-frequency SS-SINR accuracy requirements in FR1  p. 1269
10.1.12C.1.1Absolute SS-SINR Accuracy in FR1  p. 1269
10.1.13Intra-frequency SINR accuracy requirements for FR2  p. 1270
10.1.13.1Intra-frequency SS-SINR accuracy requirements in FR2  p. 1270
10.1.13.1.1Absolute SS-SINR Accuracy in FR2  p. 1270
10.1.13.2Intra-frequency CSI-SINR accuracy requirements in FR2  p. 1271
10.1.13.2.1Absolute CSI-SINR Accuracy in FR2  p. 1271
10.1.13CIntra-frequency SINR accuracy requirements for FR2-NTN  p. 1271
10.1.13C.1Intra-frequency SS-SINR accuracy requirements in FR2-NTN  p. 1271
10.1.13C.1.1Absolute SS-SINR Accuracy in FR2-NTN  p. 1271
10.1.14Inter-frequency SINR accuracy requirements for FR1  p. 1272
10.1.14.1Inter-frequency SS-SINR accuracy requirements in FR1  p. 1272
10.1.14.1.1Absolute SS-SINR Accuracy in FR1  p. 1272
10.1.14.1.2Relative SS-SINR Accuracy in FR1  p. 1273
10.1.14.2Inter-frequency CSI-SINR accuracy requirements in FR1  p. 1274
10.1.14.2.1Absolute CSI-SINR Accuracy in FR1  p. 1274
10.1.14.2.2Relative CSI-SINR Accuracy in FR1  p. 1275
10.1.14CInter-frequency SINR accuracy requirements for FR1 SAN  p. 1276
10.1.14C.1Inter-frequency SS-SINR accuracy requirements in FR1  p. 1276
10.1.14C.1.1Absolute SS-SINR Accuracy in FR1  p. 1276
10.1.14C.1.2Relative SS-SINR Accuracy in FR1  p. 1277
10.1.15Inter-frequency SINR accuracy requirements for FR2  p. 1278
10.1.15.1Inter-frequency SS-SINR accuracy requirements in FR2  p. 1278
10.1.15.1.1Absolute SS-SINR Accuracy in FR2  p. 1278
10.1.15.1.2Relative SS-SINR Accuracy in FR2  p. 1278
10.1.15.2Inter-frequency CSI-SINR accuracy requirements in FR2  p. 1279
10.1.15.2.1Absolute CSI-SINR Accuracy in FR2  p. 1279
10.1.15.2.2Relative CSI-SINR Accuracy in FR2  p. 1280
10.1.15CInter-frequency SINR accuracy requirements for FR2-NTN  p. 1281
10.1.15C.1Inter-frequency SS-SINR accuracy requirements in FR2-NTN  p. 1281
10.1.15C.1.1Absolute SS-SINR Accuracy in FR2-NTN  p. 1281
10.1.15C.1.2Relative SS-SINR Accuracy in FR2-NTN  p. 1281
10.1.16SINR report mapping  p. 1282
10.1.16.1SS-SINR and CSI-SINR measurement report mapping  p. 1282
10.1.17Power Headroom  p. 1283
10.1.17.1Power Headroom Report  p. 1283
10.1.17.1.1Power Headroom Report Mapping  p. 1283
10.1.18PCMAX,c,f  p. 1283
10.1.18.1Report Mapping  p. 1283
10.1.19L1-RSRP accuracy requirements for FR1  p. 1284
10.1.19.1SSB based L1-RSRP accuracy requirements  p. 1284
10.1.19.1.1Absolute Accuracy  p. 1284
10.1.19.1.2Relative Accuracy  p. 1285
10.1.19.2CSI-RS based L1-RSRP accuracy requirements  p. 1286
10.1.19.2.1Absolute Accuracy  p. 1286
10.1.19.2.2Relative Accuracy  p. 1287
10.1.19CL1-RSRP accuracy requirements for FR1 SAN  p. 1288
10.1.19C.1SSB based L1-RSRP accuracy requirements  p. 1288
10.1.19C.1.1Absolute Accuracy  p. 1288
10.1.19C.1.2Relative Accuracy  p. 1289
10.1.19C.2CSI-RS based L1-RSRP accuracy requirements  p. 1289
10.1.19C.2.1Absolute Accuracy  p. 1289
10.1.19C.2.2Relative Accuracy  p. 1290
10.1.19DLTM Intra-frequency L1-RSRP accuracy requirements for FR1  p. 1291
10.1.19D.1SSB based intra-frequency L1-RSRP accuracy requirements  p. 1291
10.1.19D.1.1Absolute Accuracy  p. 1291
10.1.19D.1.2Relative Accuracy  p. 1292
10.1.19ELTM Inter-frequency L1-RSRP accuracy requirements for FR1  p. 1292
10.1.19E.1SSB based Inter-frequency L1-RSRP accuracy requirements  p. 1292
10.1.19E.1.1Absolute Accuracy  p. 1292
10.1.19E.1.2Relative Accuracy  p. 1293
10.1.20L1-RSRP accuracy requirements for FR2  p. 1294
10.1.20.1SSB based L1-RSRP accuracy requirements  p. 1294
10.1.20.1.1Absolute Accuracy  p. 1294
10.1.20.1.2Relative Accuracy  p. 1295
10.1.20.2CSI-RS based L1-RSRP accuracy requirements  p. 1296
10.1.20.2.1Absolute Accuracy  p. 1296
10.1.20.2.2Relative Accuracy  p. 1296
10.1.20ALTM Intra-frequency L1-RSRP accuracy requirements for FR2  p. 1297
10.1.20A.1SSB based intra-frequency L1-RSRP accuracy requirements  p. 1297
10.1.20A.1.1Absolute Accuracy  p. 1297
10.1.20A.1.2Relative Accuracy  p. 1298
10.1.20BLTM Inter-frequency L1-RSRP accuracy requirements for FR2  p. 1299
10.1.20B.1SSB based inter-frequency L1-RSRP accuracy requirements  p. 1299
10.1.20B.1.1Absolute Accuracy  p. 1299
10.1.20B.1.2Relative Accuracy  p. 1299
10.1.20CL1-RSRP accuracy requirements for FR2-NTN  p. 1300
10.1.20C.1SSB based L1-RSRP accuracy requirements  p. 1300
10.1.20C.1.1Absolute Accuracy  p. 1300
10.1.20C.1.2Relative Accuracy  p. 1300
10.1.20C.2CSI-RS based L1-RSRP accuracy requirements  p. 1301
10.1.20C.2.1Absolute Accuracy  p. 1301
10.1.20C.2.2Relative Accuracy  p. 1302
10.1.21SFTD accuracy requirements  p. 1303
10.1.21.1SFTD acuracy requirements for NE-DC  p. 1303
10.1.21.2SFTD acuracy requirements for NR-DC  p. 1304
10.1.21.3Inter-frequency SFTD acuracy requirements  p. 1305
10.1.22CLI measurement accuracy requirements  p. 1307
10.1.22.1SRS-RSRP  p. 1307
10.1.22.1.1SRS-RSRP Accuracy  p. 1307
10.1.22.1.2SRS-RSRP report mapping  p. 1308
10.1.22.2CLI-RSSI  p. 1309
10.1.22.2.1CLI-RSSI Accuracy  p. 1309
10.1.22.2.2CLI-RSSI report mapping  p. 1310
10.1.23RSTD Measurements  p. 1310
10.1.23.1Introduction  p. 1310
10.1.23.2Measurement Accuracy Requirements  p. 1310
10.1.23.3Report mapping  p. 1318
10.1.23.3.1Absolute DL RSTD Measurement Reporting  p. 1318
10.1.23.3.2Differential Reporting for DL RSTD Measurement  p. 1321
10.1.23.3.3Additional Path Report Mapping for DL RSTD  p. 1324
10.1.23ARSTD Measurements Based on PRS Aggregation  p. 1328
10.1.23A.1Introduction  p. 1328
10.1.23A.3Report Mapping  p. 1335
10.1.23A.3.1Absolute DL RSTD Measurement Reporting  p. 1335
10.1.23A.3.2Differential Reporting for DL RSTD Measurement  p. 1335
10.1.23A.3.3Additional Path Report Mapping for DL RSTD  p. 1335
10.1.24PRS-RSRP Measurements  p. 1335
10.1.24.1Introduction  p. 1335
10.1.24.2Measurement Accuracy Requirements  p. 1336
10.1.24.2.1Absolute PRS-RSRP accuracy  p. 1336
10.1.24.2.2Relative PRS RSRP accuracy  p. 1340
10.1.24.3Report mapping  p. 1344
10.1.24.3.1Absolute PRS-RSRP Measurement Report Mapping  p. 1344
10.1.24.3.2Differential Report Mapping for PRS-RSRP Measurement  p. 1345
10.1.24APRS-RSRP Measurements Based on PRS Aggregation  p. 1347
10.1.24A.1Introduction  p. 1347
10.1.24A.2Measurement Accuracy Requirements  p. 1348
10.1.24A.2.1Absolute PRS RSRP Accuracy Requirement  p. 1348
10.1.24A.2.2Relative PRS RSRP Accuracy Requirement  p. 1348
10.1.24A.3Report Mapping  p. 1348
10.1.24A.3.1Absolute PRS-RSRP Measurement Report Mapping  p. 1348
10.1.24A.3.2Differential Report Mapping for PRS-RSRP Measurement  p. 1348
10.1.25UE Rx-Tx Time Difference Measurements  p. 1348
10.1.25.1Introduction  p. 1348
10.1.25.2Measurement Accuracy Requirements  p. 1348
10.1.25.3Report mapping  p. 1360
10.1.25.3.1Absolute UE Rx-Tx Measurement Report Mapping  p. 1360
10.1.25.3.2Differential UE Rx-Tx Measurement Report Mapping  p. 1363
10.1.25.3.3Additional Path Report Mapping for UE Rx-Tx Time Difference  p. 1366
10.1.25AUE Rx-Tx Time Difference Measurement Based on PRS Aggregation  p. 1369
10.1.25A.1Introduction  p. 1369
10.1.25A.2Measurement Accuracy Requirements  p. 1370
10.1.25A.3Report mapping  p. 1386
10.1.25CUE Rx-Tx Time Difference Measurements in Satellite Accesss  p. 1386
10.1.25C.1Introduction  p. 1386
10.1.25C.2Measurement Accuracy Requirements  p. 1386
10.1.25C.3Report mapping  p. 1387
10.1.26FR2 P-MPR report  p. 1387
10.1.26.1Report mapping  p. 1387
10.1.27L1-SINR accuracy requirements for FR1  p. 1388
10.1.27.1L1-SINR accuracy requirements with CSI-RS based CMR and no dedicated IMR configured  p. 1388
10.1.27.1.1Absolute Accuracy  p. 1388
10.1.27.1.2Relative Accuracy  p. 1389
10.1.27.2L1-SINR accuracy requirements with SSB based CMR and dedicated IMR configured  p. 1390
10.1.27.2.1Absolute Accuracy  p. 1390
10.1.27.2.2Relative Accuracy  p. 1392
10.1.27.3L1-SINR accuracy requirements with CSI-RS based CMR and dedicated IMR configured  p. 1394
10.1.27.3.1Absolute Accuracy  p. 1394
10.1.27.3.2Relative Accuracy  p. 1396
10.1.28L1-SINR accuracy requirements for FR2  p. 1398
10.1.29Intra-frequency RSRQ accuracy requirements under CCA  p. 1405
10.1.29.1Intra-frequency SS-RSRQ accuracy requirements in FR1  p. 1405
10.1.29.1.1Absolute SS-RSRQ Accuracy  p. 1405
10.1.30Inter-frequency RSRQ accuracy requirements under CCA  p. 1405
10.1.30.1Inter-frequency SS-RSRQ accuracy requirements in FR1  p. 1405
10.1.30.1.1Absolute SS-RSRQ Accuracy  p. 1405
10.1.30.1.2Relative SS-RSRQ Accuracy  p. 1406
10.1.31Intra-frequency SINR accuracy requirements under CCA  p. 1407
10.1.31.1Intra-frequency SS-SINR accuracy requirements in FR1  p. 1407
10.1.31.1.1Absolute SS-SINR Accuracy  p. 1407
10.1.32Inter-frequency SINR accuracy requirements under CCA  p. 1407
10.1.32.1Inter-frequency SS-SINR accuracy requirements in FR1  p. 1407
10.1.32.1.1Absolute SS-SINR Accuracy  p. 1407
10.1.32.1.2Relative SS-SINR Accuracy  p. 1408
10.1.33L1-RSRP accuracy requirements under CCA  p. 1409
10.1.33.1SSB based L1-RSRP accuracy requirements in FR1  p. 1409
10.1.33.1.1Absolute Accuracy  p. 1409
10.1.33.1.2Relative Accuracy  p. 1409
10.1.34RSSI measurements under CCA  p. 1410
10.1.34.1Intra-frequency absolute RSSI measurement accuracy requirements in FR1  p. 1410
10.1.34.2Inter-frequency absolute RSSI measurement accuracy requirements in FR1  p. 1410
10.1.34.3RSSI measurement report mapping  p. 1410
10.1.35Channel occupancy measurements under CCA  p. 1411
10.1.35.1Intra-frequency channel occupancy measurement accuracy requirements in FR1  p. 1411
10.1.35.2Inter-frequency channel occupancy measurement accuracy requirements in FR1  p. 1411
10.1.36Intra-frequency RSRP accuracy requirements under CCA  p. 1411
10.1.36.1Intra-frequency SS-RSRP accuracy requirements in FR1  p. 1411
10.1.36.1.1Absolute SS-RSRP Accuracy  p. 1411
10.1.36.1.2Relative SS-RSRP Accuracy  p. 1412
10.1.37Inter-frequency RSRP accuracy requirements under CCA  p. 1412
10.1.37.1Inter-frequency SS-RSRP accuracy requirements in FR1  p. 1412
10.1.37.1.1Absolute SS-RSRP  p. 1412
10.1.37.1.2Relative SS-RSRP Accuracy  p. 1413
10.1.38PRS-RSRPP Measurements  p. 1414
10.1.38.1Introduction  p. 1414
10.1.38.2Measurement Accuracy Requirements  p. 1414
10.1.38.2.1Absolute PRS RSRPP accuracy  p. 1414
10.1.38.3Report mapping  p. 1418
10.1.38.3.1Absolute PRS-RSRPP Measurement Report Mapping  p. 1418
10.1.38.3.2Differential Report Mapping for PRS-RSRPP Measurement  p. 1419
10.1.38APRS-RSRPP Measurements Based on PRS Aggregation  p. 1420
10.1.38A.1Introduction  p. 1420
10.1.38A.2Measurement Accuracy Requirements  p. 1421
10.1.38A.2.1Absolute PRS RSRPP accuracy  p. 1421
10.1.38A.3Report mapping  p. 1421
10.1.38A.3.1Absolute PRS-RSRPP Measurement Report Mapping  p. 1421
10.1.38A.3.2Differential Report Mapping for PRS-RSRPP Measurement  p. 1421
10.1.39UE Rx-Tx time difference measurements for RTT-based PDC  p. 1421
10.1.39.1Void  p. …
10.1.39.2Measurement Accuracy Requirements for PRS  p. 1421
10.1.39.3Measurement Accuracy Requirements for TRS  p. 1424
10.1.40Void  p. …
10.1.41FR1 DPC report  p. 1428
10.1.41.1Report mapping  p. 1428
10.1.42TDCP Measurement Report Mapping  p. 1428
10.1.43DL-RSCPD Measurements  p. 1430
10.1.43.1Introduction  p. 1430
10.1.43.2.1Measurement Accuracy Requirements  p. 1430
10.1.43.3Report Mapping  p. 1437
10.1.43.3.1Absolute DL RSCPD Measurement Reporting  p. 1437
10.1.44DL-RSCP Measurements  p. 1438
10.1.44.1Introduction  p. 1438
10.1.44.2Measurement Accuracy Requirements  p. 1438
10.1.44.3Report Mapping  p. 1446
10.1.44.3.1Relative DL RSCP Measurement Reporting  p. 1446
10.1ANR measurements for RedCap  p. 1447
10.1A.1Introduction  p. 1447
10.1A.2Intra-frequency RSRP accuracy requirements for FR1  p. 1447
10.1A.2.1Intra-frequency SS-RSRP accuracy requirements  p. 1447
10.1A.2.1.1Absolute SS-RSRP Accuracy  p. 1447
10.1A.2.1.2Relative SS-RSRP Accuracy  p. 1448
10.1A.3Intra-frequency RSRP accuracy requirements for FR2  p. 1449
10.1A.3.1Intra-frequency SS-RSRP accuracy requirements  p. 1449
10.1A.3.1.1Absolute SS-RSRP Accuracy  p. 1449
10.1A.3.1.2Relative SS-RSRP Accuracy  p. 1449
10.1A.4Inter-frequency RSRP accuracy requirements for FR1  p. 1449
10.1A.4.1Inter-frequency SS-RSRP accuracy requirements  p. 1449
10.1A.4.1.1Absolute SS-RSRP Accuracy in FR1  p. 1449
10.1A.4.1.2Relative SS-RSRP Accuracy in FR1  p. 1450
10.1A.5Inter-frequency RSRP accuracy requirements for FR2  p. 1451
10.1A.5.1Inter-frequency SS-RSRP accuracy requirements  p. 1451
10.1A.5.1.1Absolute SS-RSRP Accuracy  p. 1451
10.1A.5.1.2Relative SS-RSRP Accuracy  p. 1451
10.1A.6Intra-frequency RSRQ accuracy requirements for FR1  p. 1451
10.1A.6.1Intra-frequency SS-RSRQ accuracy requirements in FR1  p. 1451
10.1A.6.1.1Absolute SS-RSRQ Accuracy in FR1  p. 1451
10.1A.7Intra-frequency RSRQ accuracy requirements for FR2  p. 1452
10.1A.7.1Intra-frequency SS-RSRQ accuracy requirements in FR2  p. 1452
10.1A.7.1.1Absolute SS-RSRQ Accuracy in FR2  p. 1452
10.1A.8Inter-frequency RSRQ accuracy requirements for FR1  p. 1452
10.1A.8.1Inter-frequency SS-RSRQ accuracy requirements in FR1  p. 1452
10.1A.8.1.1Absolute SS-RSRQ in FR1  p. 1452
10.1A.8.1.2Relative SS-RSRQ Accuracy in FR1  p. 1453
10.1A.9Inter-frequency RSRQ accuracy requirements for FR2  p. 1454
10.1A.9.1Inter-frequency SS-RSRQ accuracy requirements in FR2  p. 1454
10.1A.9.1.1Absolute SS-RSRQ Accuracy in FR2  p. 1454
10.1A.9.1.2Relative SS-RSRQ Accuracy in FR2  p. 1454
10.1A.10Intra-frequency SINR accuracy requirements for FR1  p. 1454
10.1A.10.1Intra-frequency SS-SINR accuracy requirements in FR1  p. 1454
10.1A.10.1.1Absolute SS-SINR Accuracy in FR1  p. 1454
10.1A.11Intra-frequency SINR accuracy requirements for FR2  p. 1455
10.1A.11.1Intra-frequency SS-SINR accuracy requirements in FR2  p. 1455
10.1A.11.1.1Absolute SS-SINR Accuracy in FR2  p. 1455
10.1A.12Inter-frequency SINR accuracy requirements for FR1  p. 1455
10.1A.12.1Inter-frequency SS-SINR accuracy requirements in FR1  p. 1455
10.1A.12.1.1Absolute SS-SINR Accuracy in FR1  p. 1455
10.1A.12.1.2Relative SS-SINR Accuracy in FR1  p. 1456
10.1A.13Inter-frequency SINR accuracy requirements for FR2  p. 1457
10.1A.13.1Inter-frequency SS-SINR accuracy requirements in FR2  p. 1457
10.1A.13.1.1Absolute SS-SINR Accuracy in FR2  p. 1457
10.1A.13.1.2Relative SS-SINR Accuracy in FR2  p. 1457
10.1A.14L1-RSRP accuracy requirements for FR1  p. 1457
10.1A.14.1SSB based L1-RSRP accuracy requirements  p. 1457
10.1A.14.1.1Absolute Accuracy  p. 1457
10.1A.14.1.2Relative Accuracy  p. 1458
10.1A.14.2CSI-RS based L1-RSRP accuracy requirements  p. 1459
10.1A.14.2.1Absolute Accuracy  p. 1459
10.1A.14.2.2Relative Accuracy  p. 1460
10.1A.15L1-RSRP accuracy requirements for FR2  p. 1461
10.1A.15.1SSB based L1-RSRP accuracy requirements  p. 1461
10.1A.15.1.1Absolute Accuracy  p. 1461
10.1A.15.1.2Relative Accuracy  p. 1461
10.1A.15.2CSI-RS based L1-RSRP accuracy requirements  p. 1461
10.1A.15.2.1Absolute Accuracy  p. 1461
10.1A.15.2.2Relative Accuracy  p. 1461
10.1A.16RSTD Measurements for RedCap Positioning  p. 1462
10.1A.16.1Introduction  p. 1462
10.1A.16.2Measurement Accuracy Requirements  p. 1462
10.1A.16.2.1Accuracy requirement for RSTD measurement without RX FH  p. 1462
10.1A.16.2.2Accuracy requirement for RSTD measurement with RX FH  p. 1469
10.1A.16.3Report Mapping  p. 1484
10.1A.16.3.1Absolute DL RSTD Measurement Reporting  p. 1484
10.1A.16.3.2Differential Reporting for DL RSTD Measurement  p. 1484
10.1A.16.3.3Additional Path Report Mapping for DL RSTD  p. 1484
10.1A.17PRS-RSRP Measurements for RedCap positioning  p. 1484
10.1A.17.1Introduction  p. 1484
10.1A.17.2Measurement Accuracy Requirements  p. 1484
10.1A.17.2.1Absolute PRS RSRP Accuracy Requirement  p. 1484
10.1A.17.2.2Relative PRS RSRP Accuracy Requirement  p. 1487
10.1A.17.3Report Mapping  p. 1487
10.1A.17.3.1Absolute PRS-RSRP Measurement Report Mapping  p. 1487
10.1A.17.3.2Differential Report Mapping for PRS-RSRP Measurement  p. 1487
10.1A.18 UE Rx-Tx Time Difference Measurements for RedCap Positioning  p. 1488
10.1A.18.1Introduction  p. 1488
10.1A.18.2Measurement Accuracy Requirements  p. 1488
10.1A.18.2.1UE Rx-Tx Accuracy Requirement for 2RX RedCap UE without FH  p. 1488
10.1A.18.2.2UE Rx-Tx Accuracy Requirement for 1RX RedCap UE without FH  p. 1489
10.1A.18.2.3UE Rx-Tx Accuracy Requirement for 2RX RedCap UE with FH  p. 1495
10.1A.18.3Report mapping  p. 1505
10.1A.18.3.1Absolute UE Rx-Tx Measurement Report Mapping  p. 1505
10.1A.18.3.2Differential UE Rx-Tx Measurement Report Mapping  p. 1505
10.1A.18.3.3Additional Path Report Mapping for UE Rx-Tx Time Difference  p. 1505
10.1A.19PRS-RSRPP Measurements for RedCap Positioning  p. 1505
10.1A.19.1Introduction  p. 1505
10.1A.19.2Measurement Accuracy Requirements  p. 1506
10.1A.19.2.1Absolute PRS RSRPP accuracy  p. 1506
10.1A.19.3Report mapping  p. 1508
10.1A.19.3.1Absolute PRS-RSRPP Measurement Report Mapping  p. 1508
10.1A.19.3.2Differential Report Mapping for PRS-RSRPP Measurement  p. 1509
10.2E-UTRAN measurements  p. 1509
10.2.1Introduction  p. 1509
10.2.2E-UTRAN RSRP measurements  p. 1509
10.2.3E-UTRAN RSRQ measurements  p. 1509
10.2.4E-UTRAN RSTD measurements  p. 1509
10.2.5E-UTRAN RS-SINR measurements  p. 1510
10.2.6E-UTRAN RSRP measurements for CA/DC Idle Mode Measurements  p. 1510
10.2.7E-UTRAN RSRQ measurements for CA/DC Idle Mode Measurements  p. 1510
10.2AE-UTRAN measurements for RedCap  p. 1511
10.2A.1Introduction  p. 1511
10.2A.2E-UTRAN RSRP measurements  p. 1511
10.2A.3E-UTRAN RSRQ measurements  p. 1511
10.2A.4E-UTRAN RS-SINR measurements  p. 1512
10.3UTRAN FDD Measurements  p. 1512
10.3.1UTRAN FDD CPICH RSCP  p. 1512
10.3.2UTRAN FDD CPICH Ec/No  p. 1513
10.4V2X measurements  p. 1513
10.4.1Introduction  p. 1513
10.4.2Intra-frequency PSBCH-RSRP accuracy requirements for FR1  p. 1513
10.4.2.1PSBCH-RSRP Absolute Accuracy  p. 1513
10.4.2.2PSBCH-RSRP Relative Accuracy  p. 1514
10.4.2AIntra-frequency PSBCH-RSRP accuracy requirements for FR1 under CCA  p. 1515
10.4.2A.1PSBCH-RSRP Absolute Accuracy  p. 1515
10.4.2A.2PSBCH-RSRP Relative Accuracy  p. 1515
10.4.3Intra-Frequency SL-RSSI Measurement Accuracy Requirements for FR1  p. 1516
10.4.3.1Absolute SL-RSSI Accuracy  p. 1516
10.4.3AIntra-Frequency SL-RSSI Measurement Accuracy Requirements for FR1 under CCA  p. 1516
10.4.3A.1Absolute SL-RSSI Accuracy  p. 1516
10.4.4Intra-Frequency L1 SL-RSRP Measurement Accuracy Requirements for FR1  p. 1517
10.4.4.1Absolute L1 SL-RSRP Accuracy  p. 1517
10.4.4AIntra-Frequency L1 SL-RSRP Measurement Accuracy Requirements for FR1 under CCA  p. 1517
10.4.4A.1Absolute L1 SL-RSRP Accuracy  p. 1517
10.4.5Intra-Frequency Discovery Signal Measurement Accuracy Requirements  p. 1518
10.4.5.1Absolute Discovery Signal Measurement Accuracy  p. 1518
10.4ANR Sidelink Measurements for Positioning  p. 1519
10.4A.1Introduction  p. 1519
10.4A.2SL RSTD measurements  p. 1519
10.4A.2.1Measurement Report Mapping  p. 1519
10.4A.2.1.1Absolute SL RSTD Measurement Reporting  p. 1519
10.4A.2.2Measurement Accuracy Requirements  p. 1520
10.4A.3SL PRS-RSRP measurements  p. 1522
10.4A.3.1Measurement Report Mapping  p. 1522
10.4A.3.1.1Absolute SL PRS-RSRP Measurement Report Mapping  p. 1522
10.4A.3.2Measurement Accuracy Requirements  p. 1523
10.4A.3.2.1Absolute SL PRS-RSRP accuracy  p. 1523
10.4A.4SL Rx-Tx measurements  p. 1524
10.4A.4.1Measurement Report Mapping  p. 1524
10.4A.4.1.1Absolute SL Rx-Tx Measurement Report Mapping  p. 1524
10.4A.4.2Measurement Accuracy  p. 1526
10.4A.5SL PRS-RSRPP measurements  p. 1527
10.4A.5.1Measurement Report Mapping  p. 1527
10.4A.5.1.1Absolute SL PRS-RSRPP Measurement Report Mapping  p. 1527
10.4A.5.2Measurement Accuracy  p. 1528
10.4A.5.2.1Introduction  p. 1528
10.4A.5.2.2Measurement Accuracy Requirements  p. 1529
10.4A.5.2.2.2Absolute SL PRS-RSRPP accuracy  p. 1529
10.4A.6SL AoA measurements  p. 1530
10.4A.6.1Measurement Report Mapping  p. 1530
10.4A.6.1.1Absolute SL AoA Measurement Report Mapping  p. 1530
10.4A.7SL RTOA measurements  p. 1531
10.4A.7.1Measurement Report Mapping  p. 1531
10.4A.7.1.1Absolute SL RTOA Measurement Report Mapping  p. 1531
11Void  p. …
12V2X Requirements  p. 1516
12.1Introduction  p. 1516
12.2UE Transmit Timing  p. 1516
12.2.1Introduction  p. 1516
12.2.2GNSS as synchronization reference source  p. 1517
12.2.3NR Cell as synchronization reference source  p. 1517
12.2.4E-URTAN Cell as synchronization reference source  p. 1517
12.2.5SyncRef UE as synchronization reference source  p. 1518
12.3Initiation/Cease of SLSS Transmissions  p. 1518
12.3.1Introduction  p. 1518
12.3.1.1Initiation/Cease of SLSS transmissions with NR cell as synchronization reference source  p. 1518
12.3.1.2Initiation/Cease of SLSS transmissions with EUTRAN cell as synchronization reference source  p. 1519
12.3.1.3Initiation/Cease of SLSS transmissions with GNSS as synchronization reference source  p. 1520
12.3.1.4Initiation/Cease of SLSS transmissions with SyncRef UE as synchronization reference source  p. 1520
12.3AInitiation/Cease of SLSS Transmissions with CCA  p. 1521
12.3A.1Introduction  p. 1521
12.3A.1.1Initiation/Cease of SLSS transmissions with NR cell as synchronization reference source  p. 1521
12.3A.1.2Initiation/Cease of SLSS transmissions with EUTRAN cell as synchronization reference source  p. 1521
12.3A.1.3Initiation/Cease of SLSS transmissions with GNSS as synchronization reference source  p. 1521
12.3A.1.4Initiation/Cease of SLSS transmissions with SyncRef UE as synchronization reference source  p. 1522
12.4Selection / Reselection of V2X Synchronization Reference Source  p. 1522
12.4ASelection / Reselection of Sidelink Synchronization Reference Source with CCA  p. 1524
12.5L1 SL-RSRP measurements  p. 1526
12.5.1Introduction  p. 1526
12.5.2SL-RSRP measurements  p. 1526
12.6Congestion Control measurements  p. 1527
12.7Interruption  p. 1527
12.7.1Interruptions to WAN due to V2X Sidelink Communication  p. 1527
12.7.2V2X Sidelink Communication Dropping due to synchronization source change  p. 1527
12.7.3Interruptions to WAN due to switching between E-UTRA V2X Sidelink and NR V2X Sidelink  p. 1529
12.7.4Interruptions to WAN at transitions between active and non-active during SL-DRX  p. 1529
12.7.5Interruptions to V2X sidelink at transitions between active and non-active during DRX  p. 1530
12.7.6Interruptions to V2X sidelink due to Active BWP switching Requirement  p. 1530
12.7.7Interruptions to WAN due to SyncRef UE detection and/or Sensing during SL DRX off duration  p. 1531
12.7.8Interruptions at NR sidelink discovery configuration  p. 1531
12.7.9Interruptions to WAN due to sidelink carrier addition/release  p. 1531
12.8Reliability of GNSS signal  p. 1532
12.9Scheduling availability  p. 1532
12.9.1Scheduling availability of UE switching between E-UTRA sidelink and NR sidelink  p. 1532
12.9.2Scheduling availability of UE switching between Uu uplink and V2X sidelink  p. 1532
12.10Selection / Reselection of relay UE  p. 1533
12.10.1Introduction  p. 1533
12.10.2Selection / Reselection of relay UE  p. 1533
12.11Component Carrier Addition and Release Delay for Sidelink Carrier Aggregation  p. 1533
12.12Selection / Reselection of Synchronization Reference Source for NR SL Carrier Aggregation  p. 1534
12ANR Sidelink Measurements for Positioning  p. 1535
12A.1Introduction  p. 1535
12A.2SL RSTD measurements  p. 1536
12A.2.1Introduction  p. 1536
12A.2.3Measurement Capability  p. 1536
12A.2.4Measurement Reporting Requirements  p. 1536
12A.2.5Measurements Period Requirements  p. 1536
12A.3SL PRS-RSRP measurements  p. 1537
12A.3.1Introduction  p. 1537
12A.3.2Requirements Applicability  p. 1538
12A.3.4Measurement Reporting Requirements  p. 1538
12A.3.5Measurements Period Requirements  p. 1538
12A.4SL Rx-Tx measurements  p. 1539
12A.4.1Introduction  p. 1539
12A.4.2Requirements Applicability  p. 1539
12A.4.3Measurement Capability  p. 1539
12A.4.4Measurement Reporting Requirements  p. 1539
12A.4.5Measurement Period Requirements  p. 1540
12A.5SL PRS-RSRPP measurements  p. 1541
12A.5.1Introduction  p. 1541
12A.5.2Requirements Applicability  p. 1541
12A.5.3Measurement Capability  p. 1541
12A.5.4Measurement Reporting Requirements  p. 1541
12A.5.5Measurement Period Requirements  p. 1541
12A.6SL AoA measurements  p. 1542
12A.6.1Introduction  p. 1542
12A.6.2Requirements Applicability  p. 1542
12A.6.3Measurement Capability  p. 1542
12A.6.4Measurement Reporting Requirements  p. 1542
12A.6.5Measurement Period Requirements  p. 1543
12A.7SL RTOA measurements  p. 1543
12A.7.1Introduction  p. 1543
12A.7.2Requirements Applicability  p. 1544
12A.7.3Measurement Capability  p. 1544
12A.7.4Measurement Reporting Requirements  p. 1544
12A.7.5Measurement Period Requirements  p. 1544
13Measurement Performance Requirements for NR gNB  p. 1545
13.1UL-RTOA  p. 1545
13.1.1Report mapping  p. 1545
13.1.1AAdditional Path Report Mapping for UL-RTOA  p. 1549
13.2gNB Rx-Tx time difference  p. 1552
13.2.1Report mapping  p. 1552
13.2.1AAdditional Path Report Mapping for gNB Rx-Tx  p. 1556
13.2.2Measurement Accuracy Requirements  p. 1559
13.2.2.1Introduction  p. 1559
13.3UL SRS RSRP measurement  p. 1561
13.3.1Report mapping  p. 1561
13.3.2Measurement accuracy requirements  p. 1561
13.3.2.1Introduction  p. 1561
13.3.2.2Requirements  p. 1562
13.4AoA/ZoA  p. 1562
13.4.1Report mapping  p. 1562
13.5Timing advance (TADV)  p. 1563
13.5.1Report mapping  p. 1563
13.6UL SRS RSRPP measurement  p. 1564
13.6.1Report mapping  p. 1564
13.7gNB Rx-Tx time difference measurements for RTT-based PDC  p. 1564
13.7.1Report mapping  p. 1564
13.7.2Measurement Accuracy Requirements  p. 1565
13.7.2.1Introduction  p. 1565
13.7.2.2Requirements  p. 1565
13.8UL-RSCP measurement  p. 1566
13.8.1Report mapping  p. 1566
A(Normative)  Test Cases  p. 1567
A.1Purpose of annex  p. 1567
A.2Requirement classification for statistical testing  p. 1567
A.3RRM test configurations  p. 1569
A.4EN-DC tests with all NR cells in FR1  p. 1709
A.4ANE-DC test with all NR cells in FR1  p. 2061
A.5EN-DC tests with one or more NR cells in FR2  p. 2080
A.6NR standalone tests with all NR cells in FR1  p. 2407
A.7NR standalone tests with one or more NR cells in FR2  p. 3307
A.8E-UTRA standalone tests for NR RRM  p. 4170
A.9V2X Tests  p. 4238
A.9ATests for NR Sidelink Measurements for Positioning  p. 4287
A.10EN-DC Tests with NR PSCell under CCA and Other NR Cells in FR1  p. 4318
A.11NR Standalone Tests with NR PCell under CCA and Other NR Cells in FR1  p. 4460
A.12E-UTRA Standalone Tests with at Least One NR Cell under CCA  p. 4657
A.13NR Standalone Tests with NR SCell under CCA and All Other NR Cells in FR1  p. 4689
A.14NR standalone tests for Satellite access  p. 4748
A.15NR standalone tests with one or more NR cells in FR2-2  p. 4941
A.16NR standalone tests with all NR cells in FR1 for RedCap  p. 4983
A.17NR standalone tests with one or more NR cells in FR2 for RedCap  p. 5524
A.18E-UTRA standalone tests for NR RRM for RedCap  p. 5804
A.19NR standalone tests for ATG  p. 5840
A.19.1RRC_IDLE state mobility  p. 5840
B(Normative)  Conditions for RRM requirements applicability for operating bands  p. 5922
B.1Conditions for NR RRC_IDLE state mobility  p. 5922
B.1.1Introduction  p. 5922
B.1.2Conditions for measurements on NR intra-frequency cells for cell re-selection  p. 5922
B.1.2AConditions for measurements on NR intra-frequency cells under CCA for cell re-selection  p. 5924
B.1.3Conditions for measurements on NR inter-frequency cells for cell re-selection  p. 5925
B.1.3AConditions for measurements on NR inter-frequency cells under CCA for cell re-selection  p. 5925
B.1.4Conditions for measurements on NR intra-frequency cells for cell re-selection for RedCap  p. 5925
B.1.5Conditions for measurements on NR inter-frequency cells for cell re-selection for RedCap  p. 5928
B.1.6Conditions for measurements on NR intra-frequency cells for cell re-selection for satellite access  p. 5928
B.1.7Conditions for measurements on NR inter-frequency cells for cell re-selection for satellite access  p. 5928
B.2Conditions for UE measurements procedures and performance requirements in RRC_CONNECTED state  p. 5928
B.2.1Introduction  p. 5928
B.2.1.1General  p. 5928
B.2.1.2Derivation of Minimum SSB_RP values for FR1  p. 5929
B.2.1.3Derivation of Minimum SSB_RP values for FR2  p. 5929
B.2.1.3.1Minimum SSB_RP values for Rx Beam Peak angle of arrival  p. 5929
B.2.1.3.2Minimum SSB_RP values for angle of arrival within Spherical coverage  p. 5930
B.2.1.4Gain to SS-RSRP and CSI-RSRP measurement point for FR1  p. 5930
B.2.1.5Gain to SS-RSRP and CSI-RSRP measurement point for FR2  p. 5930
B.2.1.5.1Gain to SS-RSRP and CSI-RSRP measurement point for Rx Beam Peak angle of arrival  p. 5930
B.2.1.5.2Gain to SS-RSRP measurement point for different frequency  p. 5931
B.2.1.5.3Alignment of Rough beam to Rx beam Peak  p. 5931
B.2.1.6Gain to PRS-RSRP measurement point for FR2  p. 5932
B.2.1.6.1Gain to PRS-RSRP measurement point for Rx Beam Peak angle of arrival  p. 5932
B.2.1.7Derivation of Minimum SSB_RP values for FR2-NTN for satellite access  p. 5932
B.2.1.7.1Minimum SSB_RP values for Rx Beam  p. 5932
B.2.1.8Gain to SS-RSRP for FR2-NTN for satellite access  p. 5933
B.2.2Conditions for NR intra-frequency measurements  p. 5934
B.2.3Conditions for NR inter-frequency measurements  p. 5936
B.2.4Conditions for NR L1-RSRP reporting  p. 5938
B.2.4.1Conditions for SSB based L1-RSRP reporting  p. 5938
B.2.4.2Conditions for CSI-RS based L1-RSRP reporting  p. 5940
B.2.5Conditions for RRC connection release with redirection to NR  p. 5942
B.2.6Void  p. …
B.2.6.1Void  p. …
B.2.6.2Void  p. …
B.2.7Conditions for SRS-RSRP measurements  p. 5944
B.2.8Conditions for NR L1-SINR reporting  p. 5945
B.2.8.1Conditions for L1-SINR reporting with CSI-RS based CMR and no dedicated IMR configured  p. 5945
B.2.8.2Conditions for L1-SINR reporting with SSB based CMR and dedicated IMR configured  p. 5947
B.2.8.2.1L1-SINR reporting with SSB based CMR and dedicated ZP-IMR configured  p. 5947
B.2.8.2.2L1-SINR reporting with SSB based CMR and dedicated NZP-IMR configured  p. 5949
B.2.8.3Conditions for L1-SINR reporting with CSI-RS based CMR and dedicated IMR configured  p. 5951
B.2.8.3.1L1-SINR reporting with CSI-RS based CMR and dedicated ZP-IMR configured  p. 5951
B.2.8.3.2L1-SINR reporting with CSI-RS based CMR and dedicated NZP-IMR configured  p. 5953
B.2.9Conditions for NR intra-frequency measurements under CCA  p. 5955
B.2.10Conditions for NR inter-frequency measurements under CCA  p. 5955
B.2.11Conditions for NR L1-RSRP reporting under CCA  p. 5955
B.2.11.1Conditions for SSB based L1-RSRP reporting  p. 5955
B.2.12Conditions for NR CSI-RS based intra-frequency measurements  p. 5956
B.2.13Conditions for NR CSI-RS based inter-frequency measurements  p. 5957
B.2.14Conditions for NR PRS-based measurements  p. 5958
B.2.15Conditions for NR intra-frequency measurements for RedCap  p. 5960
B.2.16Conditions for NR inter-frequency measurements for RedCap  p. 5961
B.2.17Conditions for NR intra-frequency measurements for satellite access  p. 5963
B.2.18Conditions for NR inter-frequency measurements for satellite access  p. 5963
B.2.19Conditions for NR L1-RSRP reporting for satellite access  p. 5963
B.2.19.1Conditions for SSB based L1-RSRP reporting for satellite access  p. 5964
B.2.19.2Conditions for CSI-RS based L1-RSRP reporting for satellite access  p. 5964
B.2.20Conditions for RRC connection release with redirection to NR for satellite access  p. 5964
B.3RRM Requirements Exceptions  p. 5964
B.3.1Introduction  p. 5964
B.3.2Receiver sensitivity relaxation for CA  p. 5965
B.3.2.1Receiver sensitivity relaxation for UE supporting CA in FR1  p. 5965
B.3.2.2Receiver sensitivity relaxation for UE configured with CA in FR1  p. 5965
B.3.2.2.1Inter-band carrier aggregation  p. 5965
B.3.2.2.2Reference sensitivity exceptions due to UL harmonic interference for CA  p. 5965
B.3.2.2.3Reference sensitivity exceptions due to intermodulation interference due to 2UL CA  p. 5965
B.3.2.3Receiver sensitivity relaxation for UE supporting CA in FR2  p. 5965
B.3.2.4Receiver sensitivity relaxation for UE configured with CA in FR2  p. 5966
B.3.2.4.1Intra-band contiguous carrier aggregation  p. 5966
B.3.2.4.2Intra-band non-contiguous carrier aggregation  p. 5966
B.3.3Receiver sensitivity relaxation for DC  p. 5966
B.3.3.1Receiver sensitivity relaxation for EN-DC  p. 5966
B.3.3.2Receiver sensitivity relaxation for NE-DC  p. 5966
B.3.4Receiver sensitivity relaxation for SUL  p. 5966
B.3.4.1Receiver sensitivity relaxation for UE supporting SUL in FR1  p. 5966
B.3.4.2Receiver sensitivity relaxation for UE configured with SUL in FR1  p. 5966
B.3.4.2.1Reference sensitivity exceptions due to UL harmonic interference for SUL  p. 5966
B.4Conditions for V2X  p. 5967
B.4.1Test parameters for GNSS signals  p. 5967
B.4.2Conditions for PSBCH-RSRP Accuracy Requirements  p. 5967
B.4.3Conditions for Selection/Reselection to Intra-frequency SyncRef UE  p. 5967
B.4.4Conditions for L1 SL-RSRP Accuracy Requirements  p. 5968
B.4.5Conditions for PSBCH-RSRP Accuracy Requirements under CCA  p. 5968
B.4.6Conditions for Selection/Reselection to Intra-frequency SyncRef UE under CCA  p. 5968
B.4.7Conditions for L1 SL-RSRP Accuracy Requirements under CCA  p. 5969
B.4AConditions for NR Sidelink Positioning Measurement Procedures and Performance Requirements  p. 5969
B.4A.1Conditions for NR SL-PRS based measurements  p. 5969
B.5High level test procedure for SAN RRM tests  p. 5969
$Change history  p. 5971

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