PLC and SONET/SDH Networks Bridging with Ethernet

C. Pérez, E. Areizaga, D. Múgica, E. Terradillos, Amaya Pardo
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Abstract

Power Line communications (PLC) provides “Broadband Ethernet” connectivity directly to the customer’s socket in home without additional cabling. However, PLC networks do not provide global end-to-end connectivity and need to rely on incumbent’s telecom networks. In order to lower the cost of CAPEX and OPEX the network interconnection is done at “Ethernet” level. Most of Incumbent’s networks are based on SONET/SDH Rings, and efficient transport of Ethernet over those technologies is a prime requirement. Ethernet over SDH/SONET (EoS), enables internet services over existing SONET/SDH systems using a simple structure. However, SONET/SDH is a TDM technology optimized for voice, and the standard rates are bandwidth inefficient when data is transported. With virtual concatenation it is possible to provide fine granularity in the transport of data traffic over SONET/SDH. The combination of these two technologies (EoS and virtual concatenation) in the same system will allow remote LANs to be connected together at lower costs in a very simple and bandwidth efficient way.
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PLC和SONET/SDH网络与以太网桥接
电力线通信(PLC)提供“宽带以太网”连接直接到客户的插座在家里,没有额外的电缆。然而,PLC网络不提供全球端到端连接,需要依赖现有的电信网络。为了降低CAPEX和OPEX的成本,网络互连是在“以太网”级别完成的。大多数现有的网络都是基于SONET/SDH环,在这些技术上有效传输以太网是一个主要要求。以太网通过SDH/SONET (EoS),使互联网服务在现有的SONET/SDH系统上使用一个简单的结构。然而,SONET/SDH是一种针对语音进行优化的时分复用技术,在传输数据时,标准速率存在带宽效率低下的问题。使用虚拟连接,可以在SONET/SDH上的数据流量传输中提供细粒度。在同一系统中结合这两种技术(EoS和虚拟连接)将允许远程局域网以非常简单和带宽有效的方式以较低的成本连接在一起。
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