Using Optical-Approaches to Raise Energy Efficiency of Future Central and/or Linked Distributed Data Center Network Services

N. Yamanaka, H. Takeshita, S. Okamoto, Takehiro Sato
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引用次数: 5

Abstract

Novel optical network architectures are proposed for creating future network services. The �rst architecture is a centralized approach for higher energy efficiency; it yields a data centercentric metro/access optical aggregation network based on wavelength/time- multiplexing. Not only higher application layer functions but also all layer-3 or upper traffic are transferred through the simple metro/access optical aggregation network and switched in a huge centralized giant router at the data center. Its simple optical switching is 200 times more energy efficient and only one electrical router is needed, so power consumption of the network can be reduced ten or twenty fold compared to the existing Internet. The second is service mash-up by linked data through a network that uses broadband optical wire for the IoT era. All service contents,
使用光学方法提高未来中央和/或分布式数据中心网络服务的能源效率
提出了新的光网络架构,以创造未来的网络服务。第一个架构是一个集中式的方法,以提高能源效率;它产生了一种基于波长/时间复用的以数据中心为中心的城域/接入光聚合网络。不仅是更高的应用层功能,而且所有的三层或更上层的业务都通过简单的城域/接入光汇聚网络进行传输,并在数据中心的一个巨大的集中式巨型路由器中进行交换。其简单的光交换节能200倍,只需要一个电子路由器,因此网络的功耗可以比现有的互联网减少10到20倍。第二种是通过使用物联网时代宽带光缆的网络连接数据的服务混搭。所有服务内容;
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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