5G技术在气象专网备份链路中的创新应用与性能分析

Innovative Application and Performance Analysis of 5G Technology in Meteorological Private Network Backup Link

在气象数据的传输过程中,通常依赖内网有线宽带进行。然而,面对设备故障、人为失误或自然灾害等不可预见因素,有线专网可能会出现中断,导致数据传输受阻。这种情况下,急需一种可靠的应急通信手段来替代内网有线通信,以确保数据的连续性和实时性。此外,随着气象高质量发展需要,如何实现移动应急观测数据、水文数据、交通数据等外部数据与气象内部数据的交互,成为了一个亟待解决的问题。为了应对这些问题,文中研究了5G技术在气象专网备份链路中的创新应用。通过性能分析和实际测试,验证了5G技术在气象数据传输中的可行性及显著优势。研究结果表明,5G技术以其高带宽和低时延的特性,能有效增强气象专网的备份能力和扩展能力。这不仅保证了气象数据通信的连续性和稳定性,还提升了气象服务的可靠性和准确性。

In the transmission process of meteorological data,usually rely on the Intranet wired broadband.However,in the face of unforeseen factors such as equipment failure,human error or natural disasters,wired private networks may experience outages,resulting in data transmission being blocked.In this case,a reliable means of emergency communication is urgently needed to replace the Intranet wired communication to ensure the continuity and real-time of data.In addition,with the need of high-quality meteorological development,how to realize the interaction between external data such as mobile emergency observation data,hydrological data,traffic data and internal meteorological data has become an urgent problem to be solved.In order to deal with these problems,this paper studies the innovative application of 5G technology in the backup link of meteorological private network.Through performance analysis and practical tests,the feasibility and significant advantages of 5G technology in meteorological data transmission are verified.The research results show that 5G technology,with its characteristics of high bandwidth and low delay,can effectively enhance the backup capability and expansion capability of private meteorological networks.This not only ensures the continuity and stability of meteorological data communication,but also improves the reliability and accuracy of meteorological services.