7 Control Channels (dBm/Hz) Receiver Interference Density for -174.9 -169,3 -165.7 -169.3 -165.7 -169.3 -165.7 Data Channels (dBm/Hz) Total Noise Plus Interference Density for Control Channels (dBm/Hz) Total Noise Plus Interference Density for Data Channels (dBm/ Occupied Channel Bandwidth for Control Channels (MHz) Occupied Channel Bandwidth for Data Channels (MHz) Effective Noise Power for Control Channels (dBm) Effective Noise Power for Control Channels (dBm) Required SNR for the Control -10.6 -10.5 -10.1 Channel (dB) Required SNR for the Data Channel (dB) Receiver Implementation Margin HARQ Gain for Control Channel HARQ Gain for Data Channel (dB) Receiver Sensitivity for Control Channel (dBm) (Continued) TABLE 12-28 3GPP LTE-Advanced Link Budget in Various Deployment Scenarios for the TDD Mode [3] Continued Parameter Downlink Uplink Downlink Uplink Downlink Uplink Downlink Uplink System Configuration Receiver Sensitivity for Data Channel (dBm) Hardware Link Budget for Control Channel (dB) Hardware Link Budget for Data Channel (dB) Calculation of Available Path Loss Lognormal Shadow Fading Standard Deviation (dB) Shadow Fading Margin for Control Channels (dB) Shadow Fading Margin for Data Channels (dB) BS Selection/Macro-Diversity Gain (dB) Penetration Loss (dB) Other Gains (dB) Available Path Loss for Control Channel (dB) Available Path Loss for Data Channel (dB) Range/Coverage Efficiency Calculation Maximum Range for Control 100.0 100.0 1405.2 1621.2 1175.6 978.0 3210.9 2634.3 Channel (m) Maximum Range for Data 100.0 100.0 1383.9 1062.7 1258.4 714.4 3565.5 1975.1 Channel (m) Coverage Area for Control 0.031 0.031 Channel (km2/site) 2 Coverage Area for Data Channel 0.031 0.031 (km2/site) TABLE 12-29 Self-Evaluation of 3GPP LTE-Advanced against Release 10 Requirements [41] Release 10 Requirements(Ce) Cell Spectral Spectral Efficiency/ Efficiency (bits/s/Hz/ Cell-edge Spectral Scheme and Antenna Duplex Cell-edge Spectral cell) Efficiency(bits/s/Hz) Configuration Direction Scheme Efficiency) L = 3 L = 3 MU-MIMO 2