Analysis of Vehicle to Vehicle Communication Parameter on 5G Network

When compared to the current 4G LTE technology, the next generation of wireless communication is required to be able to accommodate wider service capacities with a different variety of QoS requirements. The need for low latency, large throughput, large user capacity per km², high mobility capabilities require the presence of the latest technology that can support those needs. Developing technology that has been applied to 4G LTE, 5G will focus on developing the Internet of Things which will later be able to support the communication process of Device-to-Device or Machine-to-Machine. Based on these conditions, in this Final Project the parameters related to the process of communication between vehicles are carried out, namely throughput, reliability and delay. The analysis process uses three scenario speeds, namely speeds of 10 km / hour, with distances between vehicles 2 to 3 meters, then speeds of 30 km / h, with distances between vehicles 10 to 30 meters, then scenario 3 with speeds of 45 km / h and distance between vehicles 30 meters to 35 meters. From the three tested scenarios, it can be found that scenario 1 meets the planned 5G standard, namely throughput values close to 2 Gbps, reliability values approach 99% and delay below 1 ms.