Performance Analysis for TCP Protocols over mm Wave in 5G Cellular Networks

5G technologies are expected to connect people, objects, data, applications, transport systems, and cities in intelligent networked communication environments. An enormous amount of data should move much faster, reliably deliver too many devices, and handle very large amounts of data with minimal delay. However, the performance will be required TCP protocols to effectively utilize the large air link capacity and provide the end-to-end performance required by future networks and mmWave (Millimeter Wave) technology. In this paper, the implemented framework of mmWave modeling has been analyzed using ns-3 simulator. The framework is demonstrated through several simulation scenarios to analyze the performance of TCP protocols over mmWave using three main performance measurements, which are Round Trip Time (RTT), Congestion Window size (CWnd) and Throughput. The achieved results show that it would provide internet connections 40 times faster. The coverage four times more worldwide than the current 4G.