Summary of SLS for RRM NTT DOCOMO 3GPP TSG RAN WG4 Meeting #NR-AH3 　　　　　　　 R4-17ｘｘｘｘｘ Nagoya, Japan, 18th – 21th September 2017 Agenda item: 3.5.6.1 Document for discussion Summary of SLS for RRM NTT DOCOMO

Sub-6 (4 GHz) 90%-ile CDF of number of detectable cells (SINR >= -6 dB) 90%-ile CDF of number of detectable beams (SINR >= -6 dB) per cell 90%-ile CDF of total number of detectable beams (SINR >= -6 dB) Assumptions Deployment scenario including number of beams per cell BS antenna configuration UE antenna configuration Ericsson R4-17xxxxx Samsung Nokia, NSB NTT DOCOMO R4-1709440 2 1 UMa (ISD = 500 m), Single beam with 98 degree down-tilting (M,N,P,Mg,Ng) = (8,8,2,1,1), 1D-DFT beam Mg = 1, Ng = 1, P =2, Omni-directional LG Electronics Huawei, HiSi Qualcomm

mmWave (30 GHz) 90%-ile CDF of number of detectable cells (SINR >= -6 dB) 90%-ile CDF of number of detectable beams (SINR >= -6 dB) per cell 90%-ile CDF of total number of detectable beams (SINR >= -6 dB) Assumptions Deployment scenario BS antenna configuration UE antenna configuration UE beam forming assumption Ericsson R4-17xxxxx Samsung Nokia, NSB NTT DOCOMO R4-1709440 10 - 43 UMa (ISD = 200 m), 12 beams (2 in zenith x 6 in azimuth) (M,N,P,Mg,Ng) = (4,8,2,2,2), 2D-DFT beam (M,N,P,Mg,Ng) = (2,4,2,1,2), Select best RX beam among 8 beams (2 in zenith x 4 in azimuth) 12 110 32 beams (4 in zenith x 8 in azimuth) 13 221 64 beams (4 in zenith x 16 in azimuth) LG Electronics Huawei, HiSi Qualcomm