Enhancing WiFi Range and Throughput with Beam Steering Antennas

This research aims to determine whether beam steering antennas are effective at enhancing WiFi performance in various environments, including an office, a park, a location with a lot of background commotion, and a large conference room. Extensive testing reveals double-digit percentage increases in WiFi range, performance, and coverage area. Beam steering technology demonstrates its immense potential by enhancing signal directionality and reducing signal degradation to surmount interference and multipath propagation challenges. Beam-forming methods permit constructive interference to occur in the desired beam direction by precisely modifying the phase and timing of the signals. Beam steering antennas are highlighted as a viable alternative to conventional WiFi systems for enhancing wireless connectivity in densely populated areas. These encouraging results indicate that beam steering technology has the potential to significantly enhance WiFi networks, resulting in quicker data transmissions and more streamlined connections in a variety of indoor and outdoor environments.