Spectral Efficiency, Mobility, and Area Traffic Capacity Evaluations Configuration A Configuration B Configuration C UE antenna 0 dBi 5 dBi 5 dBi element gain Thermal noise dBm/Hz dBm/Hz dBm/Hz ‒174 ‒174 ‒174 level Traffic model Full buffer Full buffer Full buffer Simulation 20 MHz for TDD, 80 MHz for TDD, 80 MHz for TDD, bandwidth 10 MHz+10 MHz for FDD 40 MHz+40 MHz for FDD 40 MHz+40 MHz for FDD UE density 10 UEs per TRxP 10 UEs per TRxP 10 UEs per TRxP randomly and uniformly randomly and uniformly randomly and uniformly dropped throughout the dropped throughout the dropped throughout the geographical area geographical area geographical area UE antenna height 1.5 m 1.5 m 1.5 m b) Evaluation configurations for Dense Urban-eMBB test environment Dense Urban-eMBB User Experienced Data Parameters Spectral Efficiency and Mobility Evaluations Rate Evaluation Configuration A Configuration B Configuration C Baseline evaluation configuration parameters Carrier 1 layer (Macro) with 4 1 layer (Macro) with 30 1 or 2 layers (Macro + frequency for GHz GHz Micro). evaluation 4 GHz and 30 GHz available in macro and micro layers BS antenna 25 m 25 m 25 m for macro sites and height 10 m for micro sites TABLE 5 (continued) b) Evaluation configurations for Dense Urban-eMBB test environment Urban-eMBB User Experienced Data Parameters Spectral Efficiency and Mobility Evaluations Rate Evaluation Configuration A Configuration B Configuration C
Spectral Efficiency, Mobility, and Area Traffic Capacity Evaluations Configuration A Configuration B Configuration C UE antenna element gain 0 dBi 5 dBi 5 dBi Thermal noise level ‒174 dBm/Hz ‒174 dBm/Hz ‒174 dBm/Hz Traffic model Full buffer Full buffer Full buffer Simulation bandwidth 20 MHz for TDD, 10 MHz+10 MHz for FDD 80 MHz for TDD, 40 MHz+40 MHz for FDD 80 MHz for TDD, 40 MHz+40 MHz for FDD UE density 10 UEs per TRxP randomly and uniformly dropped throughout the geographical area 10 UEs per TRxP randomly and uniformly dropped throughout the geographical area 10 UEs per TRxP randomly and uniformly dropped throughout the geographical area UE antenna height 1.5 m 1.5 m 1.5 m b) Evaluation configurations for Dense Urban-eMBB test environment Parameters Dense Urban-eMBB Spectral Efficiency and Mobility Evaluations User Experienced Data Rate Evaluation Configuration A Configuration B Configuration C Baseline evaluation configuration parameters Carrier frequency for evaluation 1 layer (Macro) with 4 GHz 1 layer (Macro) with 30 GHz 1 or 2 layers (Macro + Micro). 4 GHz and 30 GHz available in macro and micro layers BS antenna height 25 m 25 m 25 m for macro sites and 10 m for micro sites TABLE 5 (continued) b) Evaluation configurations for Dense Urban-eMBB test environment Parameters Urban-eMBB Spectral Efficiency and Mobility Evaluations User Experienced Data Rate Evaluation Configuration A Configuration B Configuration C
R-REP-M.2412-2017-MSW-E.docx