meters (UMa) (RMa) Base station Antenna 6 (on the ceiling) 10 (below rooftop) 25 (above rooftop) 35 (above rooftop) Height (m) Number of BS Antennas Up to 8/up to 8 Up to 8/up to 8 Up to 8/up to 8 Up to 8/up to 8 (Receive/Transmit) Base Station Transmit 24 (40 MHz) 21 (20 MHz) 41 (10 MHz) 46 (10 MHz) 46 (10 MHz) Power (dBm) 44 (20 MHz) 49 dBm (20 MHz) 49 (20 MHz) Mobile Station Transmit Power (dBm) Number of MS Antennas Up to 2/up to 2 Up to 2/up to 2 Up to 2/up to 2 Up to 2/up to 2 (Receive/Transmit) Minimum Distance between MS and BS (m) RF Carrier Frequency (GHz) Outdoor to Indoor See Annex 1, Penetration Loss Table A1-2 of [6] Outdoor to In-Car 9 dB (Lognormal, 9 dB (Lognormal, Penetration Loss o = 5 dB) o = 5 dB) Parameters for Analytical Assessment of Peak Spectral Efficiency Number of BS Antennas Up to 4/up to 4 Up to 4/up to 4 Up to 4/up to 4 Up to 4/up to 4 (Receive/Transmit) Number of MS Antennas Up to 4/up to 2 Up to 4/up to 2 Up to 4/up to 2 Up to 4/up to 2 (Receive/Transmit) Parameters for System-Level Simulations Network Layout Indoor floor Hexagonal grid Hexagonal grid Hexagonal grid Inter-Site Distance (m) Channel Model Indoor hotspot channel Urban micro-cellular Urban macro-cellular Rural macro-cellular model channel model channel model channel model User Distribution Randomly and uniformly Randomly and uniformly Randomly and uniformly Randomly and uniformly distributed over area distributed over area distributed over area distributed over area 50% pedestrian users and 100% vehicular users 100% high speed vehicular 50% users indoor users (Continued) TABLE 12-6 Baseline Configuration Parameters for IMT-Advanced Evaluations [6] Continued Urban Micro-cellular (UMi) Urban Macro-cellular Rural Macro-cellular Simulation Parameters Indoor Hotspot (InH) Baseline Parameters (UMa) (RMa) User Mobility All mobile stations have All mobile stations have All mobile stations have All mobile stations have fixed and identical speed fixed and identical speed fixed and identical speed fixed and identical speed with 