Optimization of Radio Coverage using mm Wave to provide Data Services: use case 100ft MG Road, Bengaluru

The deployment of millimeter wave (mmWave) communication is critical for meeting high data rate and low latency requirements of beyond 5G (B5G), the next-generation wireless networks. This becomes more difficult in highly mobile and high traffic environment. This study investigates the radio coverage characteristics of mmWave frequencies in a specific urban 100-foot (30.48-meter) MG road scenario in Bengaluru city of India. Using simulation, we analyzed signal propagation, path loss at 28GHz bands under line-of-sight (LoS) situations. We optimized the antenna placement to provide and maintain high data rate user experience throughout the street. It is ensured that a minimum signal-to-noise ratio (SNR) of 19dB for 100MHz and 13dB for 400MHz is maintained throughout the street. Received signal strength indicator (RSSI) remained stable across both bandwidths ranging from -66dBm to -74dBm, confirming its independence from system bandwidth. This would allow sufficient data rate services to mobile users. The results highlight strong directional beamforming to enhance coverage in such unique environment. Our findings provide insights into optimal antenna placement and the feasibility of mmWave deployment for dense urban corridors. This work supports the planning and design of efficient 5G and beyond networks in short-range, high-capacity road environments.