Design of MIMO Antenna for 5G Base Station Design

Gunasekaran Thangavel, Ahmed Jabal Salman Bait Jamil, Fazilaton Nisha, Malak Mubarak Mohamed Al Masharfi, Hanna Juman Saaiyed Al Habsi
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Abstract

Due to the excessive use of digital platforms and the quickly expanding user base in the wireless domain, communication systems are necessary to provide information at high data rates with great dependability and quality. Wireless systems with a single element cannot meet the demands. As a result, wireless MIMO (Multiple-Input-Multiple-Output) technology is getting a lot of attention in contemporary high-speed communication. Even while these MIMO systems can considerably enhance channel capacity, it is still difficult to achieve an ideal isolation in 5G terminals that are small in size. Mobile devices, electronic devices, smart phones, RFIDs, wireless sensors, cars, etc. are some of the uses of MIMO systems. The foundations of MIMO antennas, performance characteristics, a design strategy, and techniques have all been covered in this research.
5G基站MIMO天线设计
由于数字平台的过度使用和无线领域用户群的迅速扩大,通信系统必须以高数据速率提供高可靠性和高质量的信息。单元件无线系统无法满足需求。因此,无线多输入多输出(MIMO)技术在当代高速通信中得到了广泛的关注。尽管这些MIMO系统可以大大提高信道容量,但在尺寸较小的5G终端中仍然难以实现理想的隔离。移动设备、电子设备、智能手机、rfid、无线传感器、汽车等都是MIMO系统的一些应用。本研究涵盖了MIMO天线的基础、性能特征、设计策略和技术。
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