Table 40: Overview of the compatibility study between the RAS in the range 3.33-3.35 GHz and IMT in the band 3.4-3.6 GHz Parameter Parameters from expert WPs and TG 5/1 Ad-Hoc Group This study Methodology Number of IMT stations Single-entry or Multiple-entry (aggregated) Single-entry and Multiple-entry (aggregated) considered Type of Deterministic study or Statistical study Statistical study interference evaluation If statistical, In general, yes - as appropriate method based on Rec. ITU-R M.2101 [17] Technical and operational characteristics of IMT-2020 systems Outdoor urban hotspot, Outdoor urban hotspot, Outdoor suburban hotspot, Deployment Outdoor suburban hotspot, scenario Outdoor suburban open space hotspot (optional), Outdoor suburban open space hotspot Indoor IMT stations BS and UE BS and UE Method to deploy Ra & Rb method: Ra & Rb method: multiple IMT Ra: Urban (Outdoor): 7%, Suburban (Outdoor): 3%, Urban (Indoor) stations for the Ra: Urban (Outdoor): 40%, Rural (Outdoor): 1% 2%, Suburban (Indoor) 1% aggregated Rb: 5% Rb: 5% interference analysis Network loading factor 20 20 for BS and UE (% TDD activity BS: 80, UE: 20 BS: 80, UE: 20 factor (%)
Table 40: Overview of the compatibility study between the RAS in the range 3.33-3.35 GHz and IMT in the band 3.4-3.6 GHz Parameter Parameters from expert WPs and TG 5/1 Ad-Hoc Group This study Methodology Number of IMT stations considered Single-entry or Multiple-entry (aggregated) Single-entry and Multiple-entry (aggregated) Type of interference evaluation method Deterministic study or Statistical study Statistical study If statistical, based on Rec. ITU-R M.2101 [17] In general, yes - as appropriate Technical and operational characteristics of IMT-2020 systems Deployment scenario Outdoor urban hotspot, Outdoor suburban hotspot, Outdoor suburban open space hotspot (optional), Indoor Outdoor urban hotspot, Outdoor suburban hotspot, Outdoor suburban open space hotspot IMT stations BS and UE BS and UE Method to deploy multiple IMT stations for the aggregated interference analysis Ra & Rb method: Ra: Urban (Outdoor): 7%, Suburban (Outdoor): 3%, Urban (Indoor) 2%, Suburban (Indoor) 1% Rb: 5% Ra & Rb method: Ra: Urban (Outdoor): 40%, Rural (Outdoor): 1% Rb: 5% Network loading factor for BS and UE (% 20 20 TDD activity factor (%) BS: 80, UE: 20 BS: 80, UE: 20
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