Pattern Reconfigurable Antenna Design Using Amc Array for Enhanced 5G Performance

This paper introduces a microstrip patch antenna integrated with a novel artificial magnetic conductor (AMC) to reconfigure the antenna radiation pattern for 5 G sub- 6 GHz applications. By adopting AMC technology, the proposed antenna exhibits beam steering, pattern reconfiguration, and enhancement in gain, suitable for the high data rate demands of 5 G networks. The design process involves the evolution of antenna elements, the design of AMC unit cell (AMC-UC) to operate at the desired 3.75 GHz, and the development of an AMC integrated antenna that is suitable to control the antenna radiation pattern, achieving significant enhancements in signal directionality and minimizing interference. The simulation results demonstrate improved performance parameters, such as return loss and gain, highlighting the potential of AMC-assisted reconfigurable antennas in advancing 5G network coverage and capacity. This work provides valuable information on the achievement of versatile and efficient antenna designs for next-generation wireless communications.