Content for TR 38.803 Word version: 14.3.0
7 Relation with the existing specifications
8 Regulatory aspect
9 Radio resource management
10 Testability
11 WP 5D for WRC-19 agenda item 1.13
12 Conclusions
A PA models
B Usage of bands of interest for NR in Europe
C Array antenna theory
D prerequisites for assessment UE beamforming performance
E UE coordinate system
F LS response on IMT parameters to ITU-R WP5D
$ Change history
7 Relation with the existing specifications p. 143
8 Regulatory aspect p. 144
8.1 Overview of international and regional regulation p. 144
8.2 Boundary between spurious and OOB domain p. 147
9 Radio resource management p. 153
9.1 Mobility aspects p. 153
9.2 Beam management p. 154
9.3 Timing aspects p. 154
9.4 Power consumption related aspects p. 154
9.4.1 Power consumption model for RRM p. 154
9.4.2 Principles for reducing power consumption p. 156
9.4.3 Configurability of requirements p. 157
9.5 Measurements and measurement related requirements p. 157
9.5.1 Measurement procedures p. 157
9.5.2 Measurement reporting p. 157
9.5.3 Measurements by carrier frequency relation p. 157
9.5.3.1 Intra-frequency measurements p. 157
9.5.3.2 Inter-frequency measurements p. 157
9.5.3.3 Inter-RAT measurements p. 158
9.5.3.4 CA measurements p. 158
9.5.4 Measurements in relation to beams p. 158
9.5.5 Measurement bandwidth aspects p. 158
9.6 Measurement capacity p. 158
10 Testability p. 159
10.1 RRM requirements testability p. 159
10.1.1 General p. 159
10.1.2 Testability of NR RRM requirements on frequency bands below 6GHz p. 159
10.1.3 Testability of NR RRM requirements on frequency bands above 6GHz p. 159
10.2 UE RF requirements testability p. 160
10.2.1 General p. 160
10.2.2 Testability of UE RF TX and RX characteristics - without test interface control of beam direction p. 160
10.2.2.1 Baseline measurement setup: centre and off centre of beam measurement setup p. 160
10.2.2.2 Centre of beam measurement setup p. 161
10.2.2.3 Equivalence Criteria p. 162
10.2.2.4 Far Field Criteria for the baseline measurement setup p. 163
10.2.2.5 OTA measurements in the radiative near field p. 164
10.2.2.6 Sampling grids for TRP measurements p. 166
10.2.3 Test Interface p. 168
10.3 BS RF requirements testability p. 168
10.3.2 - p. 169
11 WP 5D for WRC-19 agenda item 1.13 p. 172
11.1 Requests by WP 5D for WRC-19 agenda item 1.13 p. 172
11.2 Response to WP 5D for WRC-19 agenda item 1.13 p. 173
11.2.1 Duplex Method p. 173
11.2.2 Channel bandwidth p. 174
11.2.3 Signal bandwidth p. 174
11.2.4 Transmitter characteristics p. 174
11.2.4.1 Power dynamic range p. 174
11.2.4.2 Spectral mask p. 174
11.2.4.3 ACLR p. 175
11.2.4.4 Spurious emissions p. 175
11.2.5 Receiver characteristics p. 175
11.2.5.1 Noise figure p. 175
11.2.5.2 Sensitivity p. 175
11.2.5.3 Blocking response p. 175
11.2.5.4 ACS p. 176
11.2.5.5 SINR operating range p. 176
12 Conclusions p. 176
A PA models p. 177
B Usage of bands of interest for NR in Europe p. 192
C Array antenna theory p. 199
D prerequisites for assessment UE beamforming performance p. 201
E UE coordinate system p. 204
F LS response on IMT parameters to ITU-R WP5D p. 205
$ Change history p. 209
