| Abstract |
5G technology promises to empower the smartness of IoT various applications in the current digital era, such as: smart cities, smart buildings, smart agriculture, and smart healthcare. Where such a technology can increases the speed and responsiveness of wireless networks, thus increase the efficiencies. Unquestionably, using 5G antenna is seen as a vital requirement in 5G communications, where it offers better connectivity and data rate, low latency and path loss, and stable radiation pattern in comparison to previous generations. This white paper describes the design of a 5G printed multiple-input multiple-output milliband antenna for deploying satellite-based sensor systems (SRSS) to support IoT applications. The printed antenna is designed and simulated at 28GHz frequency bands. Simulation results have evaluated several key performance indicators namely: return losses, radiation patterns, gain, directivity, voltage standing wave ratio (VSWR). Where these indicators show reasonable performance that meet the requirement of space communication via satellites sensor network. © 2023 IEEE. |
