Urban for BS 0.02 Yes Outdoor for TS 0.02 Yes Indoor for TS 0.02 Yes Rural for BS 9 Yes Urban for BS 20 Yes Outdoor for TS 12 Yes Indoor for TS 12 m Yes ha Diameter = 32 m 30 Yes Diameter = 8 m 8 Yes Diameter = 1.2 m 8 Yes 8 dB Yes LP 3.6 GHz Yes Configurable independent of Rec. f ITU-R P.452-13 implementation 20 % Yes p 40 degree Yes Configurable independent of Rec. φt, φr ITU-R P.452-13 implementation degree Yes Configurable independent of Rec. ψt, ψr −100 ITU-R P.452-13 implementation 20 m No The software has a standard hg implementation of the smooth earth model. If terrain data is available, the height information from the terrain data will be used 10 m No The software will either use smooth hm or, terrain data, when available 0.9d km No Automatically determined by the dtm software based on available terrain data 0.8d km No Automatically determined by the dlm software on available terrain data 0.25d km No Automatically determined by the dlt,dlr software based on available terrain data 17.45 mrad No Automatically determined by the θt, θr software based on available terrain data and resulting geometry mrad No Automatically determined by the θ θt+ θr software based on available terrain data and resulting geometry 0 km No Automatically determined by the db software based on available terrain data 0.008 dB/km No Automatically derived by software γo+γw(ρ) based on carrier frequency 50 Yes ∆N 15 m No Automatically determined by the h1 software based on available terrain data
Urban for BS 0.02 Yes Outdoor for TS 0.02 Yes Indoor for TS 0.02 Yes ha Rural for BS 9 m Yes Urban for BS 20 Yes Outdoor for TS 12 Yes Indoor for TS 12 Yes Diameter = 32 m 30 Yes Diameter = 8 m 8 Yes Diameter = 1.2 m 8 Yes LP 8 dB Yes f 3.6 GHz Yes Configurable independent of Rec. ITU-R P.452-13 implementation p 20 % Yes φt, φr 40 degree Yes Configurable independent of Rec. ITU-R P.452-13 implementation ψt, ψr −100 degree Yes Configurable independent of Rec. ITU-R P.452-13 implementation hg 20 m No The software has a standard implementation of the smooth earth model. If terrain data is available, the height information from the terrain data will be used hm 10 m No The software will either use smooth or, terrain data, when available dtm 0.9d km No Automatically determined by the software based on available terrain data dlm 0.8d km No Automatically determined by the software on available terrain data dlt,dlr 0.25d km No Automatically determined by the software based on available terrain data θt, θr 17.45 mrad No Automatically determined by the software based on available terrain data and resulting geometry θ θt+ θr mrad No Automatically determined by the software based on available terrain data and resulting geometry db 0 km No Automatically determined by the software based on available terrain data γo+γw(ρ) 0.008 dB/km No Automatically derived by software based on carrier frequency ∆N 50 Yes h1 15 m No Automatically determined by the software based on available terrain data
R07-WP4A-C-0368!N05!MSW-E.docx