FSS elevation Suburban Urban angle –13 5° 60.5 72 (incl. dB for 50% –3 15° 58.2 69 interference apportionment) 48° 55.6 67 4.1.1.2 Outdoor IMT small cell scenario urban – The Monte Carlo statistical method provides the following results: A2-9 Minimum protection distance for Outdoor IMT small cell scenario urban environment, – co-channel, long term criterion. criterion FSS elevation Min. protection I/N (dB) angle distance (km) 5° 5 –13 (incl. dB for 50% –3 15° 1.2 interference apportionment) 48° 0.53 4.1.1.3 Indoor IMT small cell scenario urban – The Monte Carlo statistical method provides the following results: TABLE A2-10 Minimum protection distance for Indoor IMT small cell scenario urban environment, – co-channel, long term criterion, building penetration loss (horizontal): 10 dB and 20 dB Building criterion FSS elevation Min. protection I/N penetration loss (dB) distance (km) (dB) 20 5° 4 20 15° 1 –13 20 48° 0.55 (incl. dB for 50% –3 interference 10 5° 5 apportionment) 10 15° 3 10 48° 1.5 4.1.2 Deterministic calculation for long-term analysis This paragraph provides a deterministic calculation to assess the worst case for the single entry interference. While earth station and the IMT base station parameters listed in § 3.4 apply, the main
FSS elevation angle Suburban Urban –13 (incl. –3 dB for 50% interference apportionment) 5° 60.5 72 15° 58.2 69 48° 55.6 67 4.1.1.2 Outdoor IMT small cell scenario – urban The Monte Carlo statistical method provides the following results: A2-9 Minimum protection distance for Outdoor IMT small cell scenario – urban environment, co-channel, long term criterion. I/N criterion (dB) FSS elevation angle Min. protection distance (km) –13 (incl. –3 dB for 50% interference apportionment) 5° 5 15° 1.2 48° 0.53 4.1.1.3 Indoor IMT small cell scenario – urban The Monte Carlo statistical method provides the following results: TABLE A2-10 Minimum protection distance for Indoor IMT small cell scenario – urban environment, co-channel, long term criterion, building penetration loss (horizontal): 10 dB and 20 dB I/N criterion (dB) Building penetration loss (dB) FSS elevation Min. protection distance (km) –13 (incl. –3 dB for 50% interference apportionment) 20 5° 4 20 15° 1 20 48° 0.55 10 5° 5 10 15° 3 10 48° 1.5 4.1.2 Deterministic calculation for long-term analysis This paragraph provides a deterministic calculation to assess the worst case for the single entry interference. While earth station and the IMT base station parameters listed in § 3.4 apply, the main
R-REP-S.2368-2015-MSW-E.docx