Enhancing 5G Connectivity with IoT-Enabled Antenna Alignment Systems

High-speed, low-latency wireless communication with 5G technology promises disruptive applications in many fields. In dense urban environments with complicated propagation characteristics, a 5G connection is still difficult to achieve. Integration of Internet of Things (IoT) technology with antenna alignment systems is proposed in this study to improve 5G network performance. An advanced IoT-enabled antenna alignment solution optimizes 5G base station antenna location and orientation using real-time environmental data in a machine-learning algorithm. This system tracks weather, building impediments, and user demand. It utilizes this data to dynamically modify antenna angles and settings to maximize signal strength and minimize interference. Machine learning helps the system adjust and align more accurately. Experimental findings show that 5G network performance increases in data transfer rates, latency, and reliability. optimizing antenna settings with the IoT-enabled antenna alignment solution improves end-user service and decreases energy usage. Network operators in urban and distant places benefit from its ability to react to changing environmental conditions.