Performance Analysis of 5G Network in Urban
Keywords:
performance analysis, urban environment, throughput, latencyAbstract
5G networks are expected to provide significant improvements in mobile communication performance, especially in dense urban environments. This research aims to analyze the performance of 5G networks in urban areas with a focus on throughput, latency, and user satisfaction. The methodology used includes field measurements in several strategic locations in major cities, as well as simulations to predict performance under various conditions. The results show that 5G networks are capable of achieving an average throughput of 1.5 Gbps with latency of less than 10 ms, which is much better compared to 4G networks. Nonetheless, challenges such as signal interference and more complex infrastructure requirements still need to be overcome to maximize the potential of these networks. The research also identified factors that affect user satisfaction, including access speed and connection stability. These findings provide important insights for developers and service providers in designing and implementing more efficient 5G networks in urban environments. With a better understanding of the performance and challenges of 5G networks, it is expected to improve user experience and support the development of future communication technologies.
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