在电力通信传输领域,网络的宽带容量、延迟表现、安全性是衡量其性能的关键指标.光传送网(Optical Transport Network,OTN)技术具有独特的网络层次结构和高效的数据传输能力,能够支持高带宽数据传输,利用有效的波分复用(Wavelength Division Multiplexing,WDM)和光交换技术,降低网络延迟和提升数据传输的安全性.文章设计了一种基于OTN技术的电力通信传输网络优化系统,分析系统设计的总体框架、关键技术的选择和应用、设计实现的具体步骤,并全面探讨如何利用OTN技术提高电力通信网络的宽带、降低网络延迟以及提升增强网络安全性.
Power Communication Transmission Network Optimization System Design Based on OTN Technology
In the field of power communication and transmission,the broadband capacity,delay performance and security of the network are the key indicators to measure its performance.Optical Transport Network(OTN)technology has a unique network hierarchy and efficient data transmission capability,which can support high-bandwidth data transmission.By using effective Wavelength Division Multiplexing(WDM)and optical switching technology,network delay can be reduced and the security of data transmission can be improved.This paper designs a power communication transmission network optimization system based on OTN technology,analyzes the overall framework of system design,the selection and application of key technologies,and the specific steps of design and implementation,and comprehensively discusses how to use OTN technology to improve the broadband of power communication network,reduce network delay and enhance network security.
Optical Transport Network(OTN)technologyelectric power communicationnetwork optimization system
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