Applicability of a new generation of photonic devices in backbone network scenarios

M. Quagliotti, A. C. Piat, R. Morro, A. Pagano
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Abstract

This article presents the characteristics of the transponders and optical nodes developed by the QAMeleon project and illustrates an example of application of these systems in an optical backbone. A scalability study shows how with traffic increasing at a rate of 30% per year, high flexible and spectral efficient QAMeleon devices allow the network to scale to carry all the traffic up to 2030 as long as multiple systems are used in parallel on the most heavily loaded nodal degrees. Scalability extends beyond 2030 with the use of nodes with a greater number of ports and with the possible use of C + L band systems instead of C band only.
新一代光子器件在骨干网场景中的适用性
本文介绍了QAMeleon项目开发的转发器和光节点的特点,并举例说明了这些系统在光骨干中的应用。一项可扩展性研究显示,随着流量以每年30%的速度增长,只要多个系统在负载最重的节点上并行使用,高灵活性和频谱效率的QAMeleon设备就可以使网络扩展到承载所有流量,直到2030年。可扩展性扩展到2030年以后,使用具有更多端口数量的节点,并可能使用C + L频段系统,而不仅仅是C频段。
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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