TABLE 5 Minimum separation distance to achieve < dB (Maximum OOB = dBm) I/N –10 –35 = 40 dB = 60 dB = 80 dB ACS ACS ACS = 23 dBm PTx 49 m 44 m 44 m (maximum = 2 dBm PTx (average power 44 m 44 m 44 m in macro rural scenarios) = dBm PTx –9 (average power 44 m 44 m 44 m in macro urban/ suburban scenarios) 6 Minimum separation distance to achieve < dB (Maximum OOB = dBm) I/N –10 –45 = 40 dB = 60 dB = 80 dB ACS ACS ACS = 23 dBm PTx 49 m 43 m 41 m (maximum power) = 2 dBm PTx (average power 43 m 41 m 41 m in macro rural scenarios) = dBm PTx –9 (average power 41 m 41 m 41 m in macro urban/ suburban scenarios) TABLE 7 Minimum separation distance to achieve < dB (Maximum OOB = dBm) I/N –10 –55 = 40 dB = 60 dB = 80 dB ACS ACS ACS = 23 dBm PTx 49 m 42 m 17 m (maximum power) = 2 dBm PTx (average power 42 m 17 m 15 m in macro rural scenarios) = dBm PTx –9 (average power 15 m 15 m 15 m in macro urban/ suburban scenarios)
TABLE 5 Minimum separation distance to achieve I/N < –10 dB (Maximum OOB = –35 dBm) ACS = 40 dB ACS = 60 dB ACS = 80 dB PTx = 23 dBm (maximum 49 m 44 m 44 m PTx = 2 dBm (average power in macro rural scenarios) 44 m 44 m 44 m PTx = –9 dBm (average power in macro urban/ suburban scenarios) 44 m 44 m 44 m 6 Minimum separation distance to achieve I/N < –10 dB (Maximum OOB = –45 dBm) ACS = 40 dB ACS = 60 dB ACS = 80 dB PTx = 23 dBm (maximum power) 49 m 43 m 41 m PTx = 2 dBm (average power in macro rural scenarios) 43 m 41 m 41 m PTx = –9 dBm (average power in macro urban/ suburban scenarios) 41 m 41 m 41 m TABLE 7 Minimum separation distance to achieve I/N < –10 dB (Maximum OOB = –55 dBm) ACS = 40 dB ACS = 60 dB ACS = 80 dB PTx = 23 dBm (maximum power) 49 m 42 m 17 m PTx = 2 dBm (average power in macro rural scenarios) 42 m 17 m 15 m PTx = –9 dBm (average power in macro urban/ suburban scenarios) 15 m 15 m 15 m
R-REP-BT.2337-2014-MSW-E.docx