Design of Microstrip Patch Antenna Array for Wireless Communication

The rapid evolution of 5G technology demands efficient compact and high-performance antenna system to meet the growing requirements of high data rates, low latency and seamless connectivity. In this paper a 2x2 Microstrip patch antenna array is designed and analysed for 5G Cband wireless communication. The compact 2x2 array configuration enhances the gain, bandwidth and directivity compared to a single–element patch. The radiation pattern analysis shows the broadside directional beam with minimal side lobes, ensuring reliable communication and reduced interference. The compact size and light weight design makes the antenna array highly suitable for integrating into 5G small cells. The FR4 Epoxy substrate is used to design the antenna. Computer Simulation Technology (CST) software is used to design and simulation the proposed antenna array pattern. In conclusion, the design and analysis of a 2x2 Microstrip patch antenna array for 5G C-band wireless communications is a vital step toward building efficient and reliable communication systems.