Analysis of The Technical Architecture of Modern Mobile Communication Networks and Its Impact on Data Transmission Efficiency

Abstract

The primary objective of this research is to identify the structure of modern communication networks, particularly 5G, and their efficiency in transmitting and receiving data in a practical manner. The research employed a network simulation method using the srsRAN Project 23.11, the Samsung Galaxy S23, and LimeSDR Mini v2. The research concluded that the new technology improved data transmission speed and reduced latency by 74.6% (9.7 milliseconds). It also accelerated data downloads by 455%, reaching speeds of up to 512 Mbps. The network architecture supports Massive MIMO, Beamforming, and an All-IP Core, making it a suitable technology for use in many applications, such as remote surgery.