Recent advancements towards green optical networks

Alan Davidson, I. Glesk, Adrianus Buis, Junjia Wang, Lawrence R. Chen
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Abstract

Recent years have seen a rapid growth in demand for ultra high speed data transmission with end users expecting fast, high bandwidth network access. With this rapid growth in demand, data centres are under pressure to provide ever increasing data rates through their networks and at the same time improve the quality of data handling in terms of reduced latency, increased scalability and improved channel speed for users. However as data rates increase, present technology based on well-established CMOS technology is becoming increasingly difficult to scale and consequently data networks are struggling to satisfy current network demand. In this paper the interrelated issues of electronic scalability, power consumption, limited copper interconnect bandwidth and the limited speed of CMOS electronics will be explored alongside the tremendous bandwidth potential of optical fibre based photonic networks. Some applications of photonics to help alleviate the speed and latency in data networks will be discussed.
绿色光网络的最新进展
近年来,随着终端用户期望快速、高带宽的网络接入,对超高速数据传输的需求迅速增长。随着需求的快速增长,数据中心面临着通过其网络提供不断增长的数据速率的压力,同时在减少延迟、增加可伸缩性和提高用户通道速度方面提高数据处理的质量。然而,随着数据速率的增加,现有的基于成熟的CMOS技术的技术变得越来越难以扩展,因此数据网络正在努力满足当前的网络需求。本文将探讨电子可扩展性、功耗、有限的铜互连带宽和CMOS电子器件的有限速度等相关问题,以及基于光纤的光子网络的巨大带宽潜力。本文将讨论光子学的一些应用,以帮助减轻数据网络中的速度和延迟。
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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