Array antenna design for 5G wireless backhaul application at 3.5 GHZ frequency band

Abdul Halim, Elzameera (2021) Array antenna design for 5G wireless backhaul application at 3.5 GHZ frequency band. Project Report. Universiti Teknikal Malaysia Melaka, Melaka, Malaysia. (Submitted)

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Abstract

Fifth-generation wireless (5G) is the next cellular technology iteration, designed to significantly improve wireless network speed and responsiveness. Furthermore, 5G allows a substantial increase in the amount of facts sent through the wireless system owing to greater bandwidth and advanced antenna technology. There few frequency bandwidths allocated for 5G application. This project will be focused to design array antenna wireless backhaul for 3.5 GHz 5G application. Directional antenna will be designed for the base station to provide high quality and high capacity network connectivity. Furthermore, these types of antennas are focussed and used for long distance point to point connections. In this project, the antenna has a planned to give high gain of up to 6-10 dB and a return loss of at least-10dB to provide optimum quality and signal coverage for point-to-multipoint communication from the base station. For this project, Computer Simulation Technology (CST) would be used as the simulator and the results will be measured through Network analyzer.

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