高速全光可调信道多址(TCMA)网络的实验演示

Chun-Kit Chan, Lian-Kuan Chen, K. Cheung
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引用次数: 1

摘要

本文提出了一种超高速全光可调信道多址(TCMA)网络的实验演示,该网络基于新思想和新技术,可以克服超高速光时域多址(TDM)网络的困难。演示包括:通道交换时间< 5ns的简单快速通道调谐能力,高速光复用解复用(16gb /s,潜力达到100gb /s),以及放宽多址分组网络的同步要求。为了实现这些目标,在光波技术和网络架构中实现了两种新颖的思想,即快速信道可调谐发射机和破坏性写入方案。我们相信这些方案有很大的机会克服实现超高速(/spl sim/ 100gb /s)光TDM网络的困难。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Experimental demonstration of a high-speed all-optical tunable-channel multi-access (TCMA) network
This paper presents the experimental demonstration of an ultrahigh-speed all-optical tunable-channel multi-access (TCMA) network based on novel ideas and technologies that could surmount the difficulties in ultrahigh-speed optical time-domain-multiaccess (TDM) networking. The demonstration includes: simple and fast channel-tuning capability with channel switching time <5 ns, high speed optical multiplexing and demultiplexing (16 Gb/s) with a potential of reaching 100 Gb/s, and relaxed synchronization requirement for multi-access packet networks. To achieve these goals, two novel ideas in lightwave technologies and network architecture, namely fast channel-tunable transmitters and destructive-writing scheme, are implemented. We believe these schemes have great chance to overcome the asperity of realizing ultrahigh-speed (/spl sim/100 Gb/s) optical TDM networks.
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