5G网络天面工程合理性优化策略研究

Research on rational optimization strategies for 5G network antenna engineering

随着5G的飞速发展,网络容量、频谱效率和数据传输速率的需求急剧增加,这对基于4G站址建设的5G网络天面结构提出了新的挑战。本文旨在探索一种从网络发展演进视角出发的5G天面工程合理性优化策略,聚焦于解决天面受阻、天面布局不合理(特别是天面位置过低)和天面接反等典型问题,为移动通信天面结构的优化提供一种更快速、更精准的解决方案,进而降低排查与优化成本,提升用户体验及5G网络的整体性能。

With the rapid development of 5G mobile communication technology,the demand for network capacity,spectral efficiency,and data transmission rates has increased sharply.This poses new challenges to the 5G network antenna structure built based on 4G sites.This paper aims to explore a rational optimization strategy for 5G antenna engineering from the perspective of network evolution,focusing on solving typical problems such as antenna obstruction,unreasonable antenna layout(especially the antenna position being too low),and incorrect antenna connection.It provides a faster and more accurate solution for the optimization of mobile communication antenna structures,thereby reducing the cost of troubleshooting and optimization,and enhancing user experience and the overall performance of the 5G network.