Design of a Compact Transparent Antenna for 5GWireless Applications

This study presents a distinctive design of a transparent glass substrate antenna specifically tailored for high-performance 5G wireless systems. The antenna exhibits lightweight and compact characteristics, along with a wide frequency bandwidth in the millimeter-wave band. Through simulations using the CST software, the antenna demonstrates a gain of 2.11 dBi, operates at a designed frequency of 2.4 GHz, and maintains an antenna feed impedance of 50 ohms. The transparent nature of the antenna offers significant advantages for 5G systems, particularly in the realm of mobile devices where small and efficient antennas are paramount. Furthermore, its transparency enables seamless integration into various technologies such as virtual and augmented reality systems, as well as the Internet of Things. Comparative analysis with related work indicates that the transparent glass substrate antenna surpasses existing designs in terms of compactness and frequency bandwidth. This study provides valuable insights into the potential of transparent antennas within 5G systems and lays the foundation for further research. The findings highlight the exciting prospects of this technology in advancing 5G networks, offering a compelling solution with its compact form, wide bandwidth, and seamless integration capabilities.