Discussions concerning 40/100 Gb/s and emerging developments in optical networks for ultra long haul communications within existing infrastructures

Rodney G. Wilson
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Abstract

There are key building blocks and foundational technologies necessary to achieve 21st century Research and Education networking. The characteristics of high capacity single channel, accommodation for large data flows in bursty or at unpredictable times, ultra fast multi domain provisioning, low and constant latency throughput needed by e-science researchers across the globe are not easily achieved. Speeds beyond 10Gb/s are available from leading vendors. 40G solutions are now widely available, 100G is an emerging “early adopter” technology available from a few leading vendors. But what are the foundations from these currently available technological building blocks necessary for higher still capacities and what are the data flows in the R&E community that need them?
讨论40/ 100gb /s光网络和现有基础设施内超长距离通信的新兴发展
实现21世纪的研究和教育网络需要一些关键的构建模块和基础技术。高容量单通道,适应突发或不可预测时间的大数据流,超快速多域配置,全球电子科学研究人员所需的低且恒定延迟吞吐量的特性并不容易实现。领先的供应商提供超过10Gb/s的速度。40G解决方案现在已经广泛使用,100G是一种新兴的“早期采用者”技术,由一些领先的供应商提供。但是,这些目前可用的技术构建块的基础是什么,这些基础是更高容量所必需的,R&E社区中需要它们的数据流是什么?
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