KEYWORDS: Antennas, Extremely high frequency, Mobile communications, Dielectrics, Telecommunications, Wireless communications, Computer simulations, Broadband telecommunications, Microwave radiation, Information and communication technologies
With the advent of the 5G era, people's requirements for communication quality are gradually increasing. Compared with the previous centimetre wave antenna, the millimeter wave antenna has a wider bandwidth and ultra-high-speed with low latency. In present, the use rate of the millimetre wave frequency band is less, so there are few interference sources. In this respect, the reliability of millimeter wave communication is improved. Patch antennas have been widely used in recent years because of their small size and good integration with other circuit components. In the design of this article, we will use CST software to simulate a 5G millimeter wave microstrip line patch antenna.
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