Content for TS 38.133 Word version: 18.6.0
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A Test Cases
A.1 Purpose of annex
A.2 Requirement classification for statistical testing
A.3 RRM test configurations
A.3.1 Reference measurement channels
A.3.1A Reference measurement channels under CCA
A.3.3 Reference DRX configurations
A.3.4 Test Cases with Different Channel Bandwidths
A.3.5 Test Cases for Synchronous and Asynchronous DC Operations
A.3.6 Antenna configurations
A.3.6A Antenna configurations with unlicensed bands
A.3.7 EN-DC test setup
A.3.7A NR FR1-FR2 test setup
A.3.7B EN-DC test setup with unlicensed bands
A.3.7C LTE-FR1/FR2 test setup
A.3.7D NE-DC test setup
A.3.8 PRACH configurations
A.3.8A PRACH configurations under CCA
A.3.9 BWP configurations
A.3.9A BWP configurations for RedCap
A.3.10 SSB Configurations
A.3.10A SSB Configurations under CCA
A.3.10B SSB Configurations for RedCap
A.3.11 SMTC Configurations
A.3.11A SMTC Configurations for RedCap
A.3.12 Test Cases with Different CC Configurations
A.3.13 Test Cases in SA and EN-DC Operations
A.3.13A Test Cases involving E-UTRA/FR1 and FR2 carriers
A.3.13B Test Cases for EN-DC and NE-DC Operations
A.3.14 CSI-RS configurations
A.3.15 Angle of Arrival (AoA) for FR2 RRM test cases
A.3.16 TCI State Configuration
A.3.16A Unified TCI State Configuration
A.3.16B LTM Candidate TCI State Configuration
A.3.17 Configurations of CSI-RS for tracking
A.3.18 Additional definitions related to OTA testing for FR2 RRM test cases
A.3.19 Test applicability for DAPS handover
A.3.20 MsgA configurations
A.3.20A MsgA configurations under CCA
A.3.21 V2X sidelink communication
A.3.22 CSI-IM configurations
A.3.23 Spatial Relation Configuration
A.3.24 SRS configuration
A.3.25 Channel bandwidth (CBW) configurations
A.3.26 CCA model
A.3.27 Test Cases with at Least One Cell on a Carrier Frequency with CCA
A.3.28 Discovery Burst Transmission Window configuration under CCA
A.3.29 Testing principles for UE capable of only NR bands with shared spectrum access
A.3.30 CSI-RS configurations for RRM
A.3.31 PRS Configurations
A.3.32 NR sidelink discovery
A.3.33 PRS Processing Window (PPW) configurations
A.3.34 Testing principles for test cases related to PRS measurements
A.3.35 Testing principle for RedCap UE
A.3.36 Testing related to Satellite access
A.3.37 Reference Cell DTX configurations
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A (Normative) Test Cases p. 1184
A.1 Purpose of annex p. 1184
A.2 Requirement classification for statistical testing p. 1184
A.3 RRM test configurations p. 1186
A.3.1 Reference measurement channels p. 1186
A.3.1.1 PDSCH p. 1186
A.3.1.1.1 FDD p. 1186
A.3.1.1.2 TDD p. 1188
A.3.1.2 CORESET for RMSI scheduling p. 1191
A.3.1.2.1 FDD p. 1191
A.3.1.2.2 TDD p. 1192
A.3.1.3 CORESET for RMC scheduling p. 1195
A.3.1.3.1 FDD p. 1195
A.3.1.3.2 TDD p. 1197
A.3.1.4 TDD UL/DL configuration p. 1200
A.3.1A Reference measurement channels under CCA p. 1202
A.3.1A.1 PDSCH p. 1202
A.3.1A.1.1 TDD p. 1202
A.3.1A.2 CORESET for RMSI scheduling p. 1203
A.3.1A.2.1 TDD p. 1203
A.3.1A.3 CORESET for RMC scheduling p. 1204
A.3.1A.3.1 TDD p. 1204
A.3.1A.4 TDD UL/DL configuration p. 1205
A.3.1A.5 RMC burst transmission model p. 1205
A.3.2.1 Generic OFDMA Channel Noise Generator (OCNG) p. 1205
A.3.2.1.1 OCNG pattern 1: Generic OCNG pattern for all unused REs p. 1206
A.3.2.1.2 OCNG pattern 2: Generic OCNG pattern for all unused REs for 2AoA setup p. 1206
A.3.2.1.3 OCNG pattern 3: Generic OCNG pattern for unused REs in the same bandwidth as CORESET p. 1207
A.3.2.1.4 OCNG pattern 4: Generic OCNG pattern for all unused REs outside SSB slot(s) p. 1207
A.3.2.2 Void
A.3.3 Reference DRX configurations p. 1208
A.3.3.1 DRX Configuration 1: DRX cycle = 40 ms and TAT = 500 ms p. 1208
A.3.3.2 DRX Configuration 2: DRX cycle = 640 ms and TAT = 500 ms p. 1209
A.3.3.3 DRX Configuration 3: DRX cycle = 40 ms and TAT = Infinity p. 1209
A.3.3.4 DRX Configuration 4: DRX cycle = 160 ms and TAT = Infinity p. 1209
A.3.3.5 DRX Configuration 5: DRX cycle = 320 ms and TAT = Infinity p. 1210
A.3.3.6 DRX Configuration 6: DRX cycle = 320 ms and TAT = 500 ms p. 1210
A.3.3.7 DRX Configuration 7: DRX cycle = 640 ms and TAT = Infinity p. 1210
A.3.3.8 DRX Configuration 8: DRX cycle = 320 ms and TAT = Infinity p. 1211
A.3.3.9 DRX Configuration 9: DRX cycle = 40 ms and TAT = 500 ms p. 1211
A.3.3.10 DRX Configuration 10: DRX cycle = 640 ms and TAT = 500 ms p. 1211
A.3.3.11 DRX Configuration 11: DRX cycle = 20 ms and TAT = Infinity p. 1212
A.3.3.12 DRX Configuration 12: DRX cycle = 640 ms and TAT = Infinity p. 1212
A.3.3.13 DRX Configuration X1: DRX cycle = 80 ms and TAT = Infinity p. 1212
A.3.3.14 DRX Configuration 14: DRX cycle = 160 ms and TAT = Infinity p. 1213
A.3.4 Test Cases with Different Channel Bandwidths p. 1213
A.3.4.1 Test Cases with Different E-UTRA Channel Bandwidths p. 1213
A.3.4.1.1 Introduction p. 1213
A.3.4.1.2 Principle of testing p. 1213
A.3.5 Test Cases for Synchronous and Asynchronous DC Operations p. 1213
A.3.5.1 EN-DC Test Cases for Synchronous and Asynchronous EN-DC Operations p. 1213
A.3.5.1.1 Introduction p. 1213
A.3.5.1.2 Principle of Testing p. 1213
A.3.6 Antenna configurations p. 1214
A.3.6.1 Antenna configurations for FR1 p. 1214
A.3.6.1.1 Antenna connection for 4 Rx capable UEs p. 1214
A.3.6.1.1.1 Introduction p. 1214
A.3.6.1.1.2 Principle of testing p. 1214
A.3.6.1.2 Antenna connection for 8 Rx capable UEs p. 1217
A.3.6.1.2.1 Introduction p. 1217
A.3.6.1.2.2 Principle of testing p. 1217
A.3.6.2 Antenna configurations for FR2 p. 1219
A.3.6A Antenna configurations with unlicensed bands p. 1219
A.3.7 EN-DC test setup p. 1221
A.3.7.1 Introduction p. 1221
A.3.7.2 E-UTRAN Serving Cell Parameters p. 1221
A.3.7A NR FR1-FR2 test setup p. 1223
A.3.7B EN-DC test setup with unlicensed bands p. 1224
A.3.7B.1 Introduction p. 1224
A.3.7B.2 E-UTRAN Serving Cell Parameters p. 1224
A.3.7C LTE-FR1/FR2 test setup p. 1225
A.3.7D NE-DC test setup p. 1225
A.3.7D.1 Introduction p. 1225
A.3.7D.2 E-UTRAN Serving Cell Parameters p. 1225
A.3.8 PRACH configurations p. 1225
A.3.8.1 Introduction p. 1225
A.3.8.2 PRACH configurations in FR1 p. 1226
A.3.8.2.1 FR1 PRACH configuration 1 p. 1226
A.3.8.2.2 FR1 PRACH configuration 2 p. 1226
A.3.8.2.3 FR1 PRACH configuration 3 p. 1227
A.3.8.2.4 FR1 PRACH configuration 4 p. 1228
A.3.8.2.5 FR1 PRACH configuration 5 p. 1229
A.3.8.2.6 FR1 PRACH configuration 6 p. 1230
A.3.8.3 PRACH configurations in FR2 p. 1230
A.3.8.3.1 FR2 PRACH configuration 1 p. 1230
A.3.8.3.2 FR2 PRACH configuration 2 p. 1231
A.3.8.3.3 FR2 PRACH configuration 3 p. 1232
A.3.8.3.4 FR2 PRACH configuration 4 p. 1233
A.3.8.3.5 FR2 PRACH configuration 5 p. 1234
A.3.8.3.6 FR2 PRACH configuration 6 p. 1235
A.3.8A PRACH configurations under CCA p. 1235
A.3.8A.1 Introduction p. 1235
A.3.8A.2 PRACH configurations in FR1 p. 1235
A.3.9 BWP configurations p. 1237
A.3.9.1 Introduction p. 1237
A.3.9.2 Downlink BWP configurations p. 1238
A.3.9.2.1 Initial BWP p. 1238
A.3.9.2.2 Dedicated BWP p. 1238
A.3.9.3 Uplink BWP configurations p. 1239
A.3.9.3.1 Initial BWP p. 1239
A.3.9.3.2 Dedicated BWP p. 1239
A.3.9A BWP configurations for RedCap p. 1239
A.3.9A.1 Introduction p. 1239
A.3.9A.2 Downlink BWP configurations p. 1240
A.3.9A.2.1 Dedicated BWP p. 1240
A.3.9A.3 Uplink BWP configurations p. 1240
A.3.9A.3.1 Dedicated BWP p. 1240
A.3.10 SSB Configurations p. 1241
A.3.10.1 SSB Configurations for FR1 p. 1241
A.3.10.1.1 SSB pattern 1 in FR1: SSB allocation for SSB SCS=15 kHz in 10 MHz p. 1241
A.3.10.1.5 SSB pattern 5 in FR1: SSB allocation for SSB SCS=15 kHz starting from odd SFN in 10 MHz p. 1243
A.3.10.1.6 SSB pattern 6 in FR1: SSB allocation for SSB SCS=30 kHz starting from odd SFN in 40 MHz p. 1243
A.3.10.1.7 SSB pattern 7 in FR1: SSB allocation for SSB SCS=15 kHz in 10 MHz p. 1244
A.3.10.1.8 SSB pattern 8 in FR1: SSB allocation for SSB SCS=30 kHz in 40 MHz p. 1244
A.3.10.1.9 SSB pattern 9 in FR1: SSB allocation for SSB SCS=15 kHz in 10 MHz p. 1245
A.3.10.1.10 SSB pattern 10 in FR1: SSB allocation for SSB SCS=30 kHz in 40 MHz p. 1245
A.3.10.1.11 SSB pattern 11 in FR1: SSB allocation for SSB SCS=15 kHz in 10 MHz p. 1246
A.3.10.1.12 SSB pattern 12 in FR1: SSB allocation for SSB SCS=30 kHz in 40 MHz p. 1246
A.3.10.1.13 SSB pattern 13 in FR1: SSB allocation for SSB SCS=15 kHz in 3 MHz p. 1247
A.3.10.2 SSB Configurations for FR2 p. 1247
A.3.10.2.1 SSB pattern 1 in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1247
A.3.10.2.2 SSB pattern 2 in FR2: SSB allocation for SSB SCS=240 kHz in 100 MHz p. 1248
A.3.10.2.3 SSB pattern 3 in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1248
A.3.10.2.4 SSB pattern 4 in FR2: SSB allocation for SSB SCS=240 kHz in 100 MHz p. 1249
A.3.10.2.5 SSB pattern 5 in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1249
A.3.10.2.6 SSB pattern 6 in FR2: SSB allocation for SSB SCS=240 kHz in 100 MHz p. 1250
A.3.10.2.7 SSB pattern 7 in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1250
A.3.10.2.8 SSB pattern 8 in FR2: SSB allocation for SSB SCS=240 kHz in 100 MHz p. 1251
A.3.10.2.9 SSB pattern 9 in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1251
A.3.10.2.10 SSB pattern 10 in FR2: SSB allocation for SSB SCS=240 kHz in 100 MHz p. 1252
A.3.10.2.19 SSB pattern 19 in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1256
A.3.10.2.20 SSB pattern 20 in FR2: SSB allocation for SSB SCS=240 kHz in 100 MHz p. 1257
A.3.10.2.21 SSB pattern 21 in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1257
A.3.10.2.22 SSB pattern 22 in FR2: SSB allocation for SSB SCS=240 kHz in 100 MHz p. 1258
A.3.10.2.23 SSB pattern 23 in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1258
A.3.10.2.24 SSB pattern 24 in FR2: SSB allocation for SSB SCS=240 kHz in 100 MHz p. 1259
A.3.10.2.25 SSB pattern 25 in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1259
A.3.10A SSB Configurations under CCA p. 1260
A.3.10A.1 SSB Configurations under CCA for FR1 p. 1260
A.3.10A.1.1 SSB pattern 1 under CCA for semi-static channel access: SSB allocation for SSB SCS=30kHz in 40MHz p. 1260
A.3.10A.1.2 SSB pattern 2 under CCA for dynamic channel access: SSB allocation for SSB SCS=30kHz in 40MHz p. 1260
A.3.10A.1.3 SSB pattern 3 under CCA for semi-static channel access: SSB allocation for SSB SCS=30 kHz in 40 MHz p. 1261
A.3.10A.1.4 SSB pattern 4 under CCA for dynamic channel access: SSB allocation for SSB SCS=30 kHz in 40 MHz p. 1261
A.3.10B SSB Configurations for RedCap p. 1262
A.3.10B.1 SSB Configurations for FR1 p. 1262
A.3.10B.1.1 SSB pattern 1 for RedCap in FR1: SSB allocation for SSB SCS=30 kHz in 20 MHz p. 1262
A.3.10B.1.2 SSB pattern 2 for RedCap in FR1: SSB allocation for SSB SCS=30 kHz in 20 MHz p. 1262
A.3.10B.1.3 SSB pattern 3 for RedCap in FR1: SSB allocation for SSB SCS=30 kHz starting from odd SFN in 20 MHz p. 1263
A.3.10B.1.4 SSB pattern 4 for RedCap in FR1: SSB allocation for SSB SCS=15 kHz in 10 MHz p. 1263
A.3.10B.1.5 SSB pattern 5 for RedCap in FR1: SSB allocation for SSB SCS=30 kHz in 20 MHz p. 1264
A.3.10B.1.6 SSB pattern 6 for RedCap in FR1: SSB allocation for SSB SCS=15 kHz in 10 MHz p. 1264
A.3.10B.1.7 SSB pattern 7 for RedCap in FR1: SSB allocation for SSB SCS=30 kHz in 20 MHz p. 1265
A.3.10B.2 SSB Configurations for FR2 p. 1265
A.3.10B.2.1 SSB pattern 1 for RedCap in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1265
A.3.10B.2.2 SSB pattern 2 for RedCap in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1266
A.3.10B.2.3 SSB pattern 3 for RedCap in FR2: SSB allocation for SSB SCS=120 kHz in 100 MHz p. 1266
A.3.10B.2.4 SSB pattern 4 for RedCap in FR2: SSB allocation for SSB SCS=240 kHz in 100 MHz p. 1267
A.3.10B.2.5 SSB pattern 5 for RedCap in FR2: SSB allocation for SSB SCS=240 kHz in 100 MHz p. 1267
A.3.11 SMTC Configurations p. 1268
A.3.11.1 SMTC pattern 1: SMTC period = 20 ms with SMTC duration = 1 ms p. 1268
A.3.11.2 SMTC pattern 2: SMTC period = 20 ms with SMTC duration = 5 ms p. 1268
A.3.11.3 SMTC pattern 3: SMTC period = 160 ms with SMTC duration = 1 ms p. 1268
A.3.11.4 SMTC pattern 4: SMTC period = 20 ms with SMTC duration = 1 ms p. 1268
A.3.11.5 SMTC pattern 5: SMTC period = 20 ms with SMTC duration = 5 ms p. 1269
A.3.11.6 SMTC pattern 6: SMTC period = 20 ms with SMTC duration = 5 ms p. 1269
A.3.11.7 SMTC pattern 7: SMTC period = 20 ms with SMTC duration = 5 ms p. 1269
A.3.11.8 SMTC pattern 8: SMTC period = 10 ms with SMTC duration = 1 ms p. 1269
A.3.11.9 SMTC pattern 9: SMTC period = 20 ms with SMTC duration = 1 ms p. 1269
A.3.11.10 SMTC pattern 10: SMTC period = 80 ms with SMTC duration = 1 ms p. 1270
A.3.11.11 SMTC pattern 11: SMTC period = 80 ms with SMTC duration = 5 ms p. 1270
A.3.11A SMTC Configurations for RedCap p. 1270
A.3.11A.0 Introduction p. 1270
A.3.11A.1 SMTC pattern 1 for RedCap: SMTC period = 40 ms with SMTC duration = 1 ms p. 1270
A.3.11A.2 SMTC pattern 2 for RedCap: SMTC period = 80 ms with SMTC duration = 1 ms p. 1270
A.3.11A.3 SMTC pattern 3 for RedCap: SMTC period = 40 ms with SMTC duration = 1 ms p. 1271
A.3.11A.4 SMTC pattern 4 for RedCap: SMTC period = 80 ms with SMTC duration = 5 ms p. 1271
A.3.12 Test Cases with Different CC Configurations p. 1271
A.3.12.1 EN-DC Test Cases with Different EN-DC Configurations p. 1271
A.3.12.1.1 Introduction p. 1271
A.3.12.1.2 Principle of testing p. 1271
A.3.12.2 Carrier Aggregation Test Cases with Different CA Configurations p. 1271
A.3.12.2.1 Introduction p. 1271
A.3.12.2.2 Principle of testing p. 1271
A.3.13 Test Cases in SA and EN-DC Operations p. 1272
A.3.13.1 Introduction p. 1272
A.3.13.2 Principle of Testing p. 1272
A.3.13A Test Cases involving E-UTRA/FR1 and FR2 carriers p. 1272
A.3.13A.1 Introduction p. 1272
A.3.13A.2 Principle of Testing in EN-DC p. 1272
A.3.13A.3 Principle of Testing in SA p. 1273
A.3.13A.4 Principle of Testing in E-UTRA p. 1273
A.3.13A.5 Principle of Testing in NR-DC p. 1274
A.3.13B Test Cases for EN-DC and NE-DC Operations p. 1274
A.3.13B.1 Active BWP switch Test Cases for EN-DC and NE-DC Operations p. 1274
A.3.13B.1.1 Introduction p. 1274
A.3.13B.1.2 Principle of Testing p. 1274
A.3.13B.2 SFTD accuracy Test Cases for EN-DC and NE-DC Operations p. 1274
A.3.13B.2.1 Introduction p. 1274
A.3.13B.2.2 Principle of Testing p. 1275
A.3.14 CSI-RS configurations p. 1275
A.3.14.1 FDD p. 1275
A.3.14.2 TDD p. 1277
A.3.15 Angle of Arrival (AoA) for FR2 RRM test cases p. 1284
A.3.15.1 Setup 1: Single AoA in Rx beam peak direction p. 1284
A.3.15.2 Setup 2: Single AoA in non Rx beam peak direction p. 1284
A.3.15.2.1 Setup 2a: Single AoA in non Rx beam peak direction without change in direction p. 1284
A.3.15.2.2 Setup 2b: Single AoA in non Rx beam peak direction with change in direction p. 1285
A.3.15.3 Setup 3: 2 AoAs p. 1285
A.3.15.4 Setup 4: 2 AoAs, 1 AoA in Rx beam peak direction, 1 in non Rx beam peak p. 1285
A.3.15.4.1 Setup 4a: 2 AoAs, 1 AoA in Rx beam peak direction, 1 in non Rx beam peak without change in direction p. 1285
A.3.15.4.2 Setup 4b: 2 AoAs, 1 AoA in Rx beam peak direction, 1 in non Rx beam peak with change in direction p. 1285
A.3.15.4.3 Setup 4c: 2 AoAs, 1 AoA in Rx beam peak direction, 1 in non Rx beam peak for power class 6 UE supporting simultaneous reception from multiple directions p. 1286
A.3.15.5 Setup 5: 2 AoAs for simultaneous reception with QCL Type-D p. 1286
A.3.15.6 Setup 6: 3 AoAs for simultaneous reception with different QCL Type-D p. 1286
A.3.15.7 Setup 7: 3 AoAs p. 1287
A.3.16 TCI State Configuration p. 1287
A.3.16.1 Introduction p. 1287
A.3.16.2 TCI states p. 1287
A.3.16A Unified TCI State Configuration p. 1287
A.3.16A.1 Introduction p. 1287
A.3.16A.2 DLorJoint TCI states p. 1288
A.3.16A.3 UL TCI states p. 1289
A.3.16B LTM Candidate TCI State Configuration p. 1289
A.3.16B.1 Introduction p. 1289
A.3.16B.2 LTM candidate DLorJoint TCI states p. 1290
A.3.16B.3 LTM candidate UL TCI states p. 1290
A.3.17 Configurations of CSI-RS for tracking p. 1291
A.3.17.1 Configuration of CSI-RS for tracking for FR1 p. 1291
A.3.17.1.1 FDD p. 1291
A.3.17.1.2 TDD p. 1294
A.3.17.2 Configuration of CSI-RS for tracking for FR2 p. 1299
A.3.17.2.1 TDD p. 1299
A.3.17.2.2 FDD p. 1301
A.3.18 Additional definitions related to OTA testing for FR2 RRM test cases p. 1301
A.3.18.1 Introduction p. 1301
A.3.18.2 PRACH Power Measurement p. 1302
A.3.19 Test applicability for DAPS handover p. 1302
A.3.19.1 Introduction p. 1302
A.3.19.2 Principle of testing p. 1302
A.3.20 MsgA configurations p. 1302
A.3.20.1 Introduction p. 1302
A.3.20.2 MsgA configurations in FR1 p. 1302
A.3.20.3 MsgA configurations in FR2 p. 1305
A.3.20A MsgA configurations under CCA p. 1308
A.3.20A.1 Introduction p. 1308
A.3.20A.2 MsgA configurations in FR1 p. 1308
A.3.21 V2X sidelink communication p. 1312
A.3.21.1 Introduction p. 1312
A.3.21.2 Reference resource pool configurations for V2X Sidelink Communication p. 1312
A.3.21.3 Reference measurement channels for V2X Sidelink Communication p. 1316
A.3.21.4 Reference SL-DRX configurations p. 1317
A.3.22 CSI-IM configurations p. 1317
A.3.22.1 FDD p. 1317
A.3.22.2 TDD p. 1318
A.3.23 Spatial Relation Configuration p. 1319
A.3.23.1 Introduction p. 1319
A.3.23.2 Spatial Relation p. 1320
A.3.24 SRS configuration p. 1321
A.3.25 Channel bandwidth (CBW) configurations p. 1323
A.3.25.1 DL UE specific CBW p. 1323
A.3.25.2 UL UE specific CBW p. 1324
A.3.26 CCA model p. 1324
A.3.26.1 Introduction p. 1324
A.3.26.2 CCA model for operation on a carrier frequency with CCA in FR1 p. 1324
A.3.26.2.1 DL CCA model p. 1324
A.3.26.2.2 UL CCA model p. 1326
A.3.26.3 CCA model for operation on a carrier frequency with CCA in FR2-2 p. 1326
A.3.26.3.1 DL CCA model p. 1326
A.3.26.3.2 UL CCA model p. 1327
A.3.26.4 CCA model for operation on a sidelink carrier frequency with CCA p. 1327
A.3.27 Test Cases with at Least One Cell on a Carrier Frequency with CCA p. 1328
A.3.27.1 Introduction p. 1328
A.3.27.2 NR Standalone Tests with NR SCell under CCA and All Other NR Cells in FR1 p. 1328
A.3.27.3 EN-DC Tests with NR PSCell under CCA and Other NR Cells in FR1 p. 1328
A.3.27.4 NR Standalone Tests with NR PCell under CCA and Other NR Cells in FR1 p. 1329
A.3.27.5 E-UTRA Standalone Tests with at Least One NR Cell under CCA p. 1329
A.3.28 Discovery Burst Transmission Window configuration under CCA p. 1329
A.3.29 Testing principles for UE capable of only NR bands with shared spectrum access p. 1329
A.3.29.1 Introduction p. 1329
A.3.29.2 Principle of testing for UE capable of EN-DC with only NR bands with shared spectrum access p. 1329
A.3.29.3 Principle of testing for UE capable of SA operation with only NR bands with shared spectrum access p. 1330
A.3.30 CSI-RS configurations for RRM p. 1330
A.3.30.1 FDD p. 1330
A.3.30.2 TDD p. 1331
A.3.31 PRS Configurations p. 1333
A.3.31.1 PRS Configurations for FR1 p. 1333
A.3.31.1.1 PRS pattern 1 in FR1: SCS=15 KHz p. 1333
A.3.31.1.2 PRS pattern 2 in FR1: SCS=30 KHz p. 1334
A.3.31.2 PRS Configurations for FR2 p. 1334
A.3.32 NR sidelink discovery p. 1334
A.3.32.1 Introduction p. 1334
A.3.32.2 Reference resource pool configurations for NR Sidelink Discovery p. 1334
A.3.32.3 Principle of Testing p. 1335
A.3.33 PRS Processing Window (PPW) configurations p. 1335
A.3.34 Testing principles for test cases related to PRS measurements p. 1335
A.3.34.1 Introduction p. 1335
A.3.34.2 Test cases in RRC_INACTIVE state p. 1336
A.3.34.3 Test cases for PRS measurements with gaps in RRC_CONNECTED state p. 1336
A.3.34.4 Test cases for PRS measurements without gaps in RRC_CONNECTED state p. 1336
A.3.35 Testing principle for RedCap UE p. 1337
A.3.35.1 Introduction p. 1337
A.3.35.2 Principle of testing for FR1 p. 1337
A.3.35.3 Principle of testing for FR2 p. 1337
A.3.36 Testing related to Satellite access p. 1337
A.3.36.0 Introduction p. 1337
A.3.36.1 Principle of testing GSO and NGSO scenarios p. 1337
A.3.36.2 Principle of testing different RRM requirements p. 1338
A.3.36.3 Principle of testing different ephemeris formats p. 1338
A.3.36.4 General setup for SIB19 p. 1340
A.3.36.5 Satellite specific parameters configuration p. 1341
A.3.37 Reference Cell DTX configurations p. 1342
