Design of Massive MIMO Dual Band Antenna for 5G Cellular Mobile Communication

The Dual-Band Antennas are the antennas that can run on bands or frequencies and can either work on those extraordinary frequencies one after the other or concurrently, relying on the individual's competencies antenna. The largest gain to dual-band antennas is their potential to provide a sturdy, stable wireless connection that remains regularly challenging to reach the destination. Some dual-band antennas can use each frequency straight away. While some of them can switch between the two frequencies depending on which the option offers a more potent connection within the given area. The layout of dual-band antennas is meant for existing wireless services including LTE, GPS, GSM, pcs, DCS, GPS, UMTS, WLAN, and WiMAX bands. The existing techniques in the open literature consist of the primary radiator's amendment via bending, folding, meandering, and wrapping. Each method gives one-of-a-kind advantages depending on the required application. With the development of the mobile 4G conversation system, people's necessities for the mobile communication's velocity are increasing unexpectedly. To meet these needs, the research and development of the fifth generation antennas have been carried out. This paper has designed a MIMO dual-band antenna for 5G applications with the help of antenna array theory.