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Every year there is an enormous spike in the number of wireless users. The wireless network connectivity between these devices needs to be developed in order to meet the demand, as they generate and ingest more and more data. Improved 4G (Fourth Generation) based network output is not enough to provide enough throughput for the high data rate applications. In order to deliver seamless wireless mobile data the upcoming high frequencies communication of 5G (Fifth Generation) is required. These new frequency bands provide large system bandwidths necessary to improve broadband mobile data rates beyond what LTE (Long-Term Evolution) can offer. Through means of shortened communication time ranges and shorter system cycle time, 5G also facilitates lower latency relative to LTE. 5G advocates low code levels and a high degree of consistency to ensure maximum reliability. In this research, a compact size antenna for mmWave frequency band applications is proposed. The proposed antenna is having a good impedance matching along with high bandwidth, directivity and gain. Additionally,the frequency spectrum for high-speed 5G and its concurrence with LTE is also discussed. [ABSTRACT FROM AUTHOR]