Base station side: urban earth station side: urban Clutter category Based on Table 4 in § 4.5.3 of Recommendation ITU-R P.452-14 Base station side: 20 m station side: 20 m Nominal height (m) Based on Table 4 in § 4.5.3 of Recommendation ITU-R P.452-14 Base station side: 0.02 km station side: 0.02 km Nominal distance (km) Based on Table 4 in § 4.5.3 of Recommendation ITU-R P.452-14 Building penetration loss (dB) 0 dB outdoor 3.4.3 Indoor IMT small cell scenario Urban environment – TABLE A2-7 FSS earth station and IMT base station parameters for the Indoor IMT small cell scenario – Urban environment Indoor IMT small cell scenario urban – (*) According to Report ITU-R M.2292 Table D – environment FSS antenna diameter (m) 2.4 m FSS antenna pattern Recommendation ITU-R S.465-6 FSS antenna height (m) 30 m FSS antenna elevation angle (degrees) 5°, 15°, 48° FSS receiving system noise temperature (K) 100 K FSS bandwidth (MHz) 36 MHz FSS filter characteristics IMT filter IMT interference model / deployment Aggregate TABLE A2-7 (end) Indoor IMT small cell scenario urban – (*) According to Report ITU-R M.2292 Table D – environment N/A 16 IMT small cell BSs are always considered in each Number of cells building. The number of buildings depends on the calculated protection distance from FSS ES. Number of sectors per cells 1 (omnidirectional antenna) (*) Cell radius (km) According to the indoor building topology. IMT base station antenna height (m) 3 metres above the floor (*) IMT base station antenna gain (dBi) 0 IMT base station antenna pattern Recommendation ITU-R F.1336 omni (*) IMT downtilt (degrees) N/A (*) IMT bandwidth (MHz) 20 MHz
Clutter category Base station side: urban earth station side: urban Based on Table 4 in § 4.5.3 of Recommendation ITU-R P.452-14 Nominal height (m) Base station side: 20 m station side: 20 m Based on Table 4 in § 4.5.3 of Recommendation ITU-R P.452-14 Nominal distance (km) Base station side: 0.02 km station side: 0.02 km Based on Table 4 in § 4.5.3 of Recommendation ITU-R P.452-14 Building penetration loss (dB) 0 dB outdoor 3.4.3 Indoor IMT small cell scenario – Urban environment TABLE A2-7 FSS earth station and IMT base station parameters for the Indoor IMT small cell scenario – Urban environment Indoor IMT small cell scenario – urban environment (*) According to Report ITU-R M.2292 – Table D FSS antenna diameter (m) 2.4 m FSS antenna pattern Recommendation ITU-R S.465-6 FSS antenna height (m) 30 m FSS antenna elevation angle (degrees) 5°, 15°, 48° FSS receiving system noise temperature (K) 100 K FSS bandwidth (MHz) 36 MHz FSS filter characteristics IMT filter IMT interference model / deployment Aggregate TABLE A2-7 (end) Indoor IMT small cell scenario – urban environment (*) According to Report ITU-R M.2292 – Table D Number of cells N/A 16 IMT small cell BSs are always considered in each building. The number of buildings depends on the calculated protection distance from FSS ES. Number of sectors per cells 1 (omnidirectional antenna) (*) Cell radius (km) According to the indoor building topology. IMT base station antenna height (m) 3 metres above the floor (*) IMT base station antenna gain (dBi) 0 IMT base station antenna pattern Recommendation ITU-R F.1336 omni (*) IMT downtilt (degrees) N/A (*) IMT bandwidth (MHz) 20 MHz
R-REP-S.2368-2015-MSW-E.docx