摘要
在信息化社会快速发展背景下,通信网络朝着广覆盖、低延迟方向发展,高性能网络架构成为支撑数字经济的重要基础。光纤光缆凭借在传输容量与传输距离方面的优势逐渐取代传统金属线缆,成为保障千兆接入、万兆传输等技术运行的核心器件。分析光纤光缆组件在通信网络不同层级中的应用,探讨其在提升网络性能中的作用,分析核心骨干网、边缘接入网、数据中心内部布线及5G基站前传链路的应用,总结光纤光缆组件的部署模式。研究表明,光纤光缆组件在通信系统架构中呈现高密度集成与灵活部署趋势,能提升网络传输性能,为未来大规模数据传输提供坚实支撑。
In the context of rapid development in the information society,communication networks are moving towards wide coverage and low latency,and high-performance network architecture has become an important foundation to support the digital economy.Fiber optic cables have gradually replaced traditional metal cables with their advantages in transmission capacity and distance,becoming the core components for ensuring the operation of technologies such as gigabit access and ten gigabit transmission.The article analyzes the application of fiber optic cable components in different levels of communication networks,explores their role in improving network performance,analyzes the application of core backbone networks,edge access networks,internal cabling in data centers,and 5G base station fronthaul links,and summarizes the deployment modes of fiber optic cable components.Research has shown that fiber optic cable components exhibit a trend of high-density integration and flexible deployment in communication system architecture,which can improve network transmission performance and provide solid support for future largescale data transmission.
作者
刘楠
LIU Nan(The 8th Research Institute of China Electronics Technology Group Corporation,Hefei 230052,China)
出处
《通信电源技术》
2025年第18期191-193,共3页
Telecom Power Technology
关键词
通信网络架构
光纤光缆组件
骨干传输系统
modern communication network architecture
fiber optic cable components
backbone transmission systems
