4 Element Snake Shaped Array Antenna for 5G Millimeter Wave Application

This paper suggests a multi-band, higher gain snake-shaped patch antenna designed for 5G mm-wave applications. The suggested antenna features a hybrid geometry and is built from driven patches that are both rectangular and circular, joined perpendicularly to one another, and coupled to a microstrip line with stepped impedance. It is possible to install this designed radiator into multi-layered housing systems or to integrate it with electronic printed circuit board components. Additionally, a modified corporate feed array configuration with four elements is built, the gain performances and multi-band contrasted with those of single and double-element radiators. This radiating element is pivotal for future 5G technology, supporting mm-wave networks, controlling base stations, and enabling wideband CDMA.