Published Paper Details:

The objective of this paper is to explore and simulate an antenna design, a crucial aspect influencing technological progress in wireless communication. The abstract for a 5G antenna design project may emphasize the pivotal role of antennas in facilitating the evolution of wireless communication to the next level. This study focuses on analyzing and modeling a Microstrip patch antenna designed to operate at 28 GHz, with a view towards future 5G communication technologies. The research incorporates the utilization of substrates and parabolic reflectors in antenna construction. Each type of antenna exhibits distinct characteristics tailored to specific applications. In the realm of contemporary technology, the utilization of fifth generation (5G) networks is rapidly expanding, offering diverse services like medical treatment and remote control of industrial machinery. Utilizing the Rogers RT/Duroid5880 antenna with a dielectric substrate of 2.2 and a thickness of 0.3451 mm, simulations revealed key metrics including a return loss of -38.348 dB, a gain of 8.198 dB, a radiation efficiency of 77%, and a side lobe level of -18.3 dB. This underscores the significance of phased array antennas in the advancing domain of 5G technology.