High Gain Multiband Microstrip Patch Antenna for mmWave 5G Communication

Abstract

Recently, millimeter wave radio has drawn in an abundance of revenue from the scholarly community, industry, and ecumenical normalization bodies because of sundry appealing highlights of millimeter wave to give multi-gigabit transmission rate. Apertures for different inventive applications will be made in automotive, medical accommodations, industry etc. which is because of the incipient 5G requisites, which recollect 1000× increment for limit and 10× higher data rates, among others. In this paper present a multiband microstrip patch antenna design for mmWave 5G communication operating at 26, 28 and 30 Ghz frequecny range. the propsoed antenna is designed Rogers RO4003C substrate with dielectric constant (ɛr) = 3.55, loss tangent (tan δ) = 0.0021.