Towards the realization of multi-km x gbytes/sec bit-parallel WDM single fiber computer links

Proceedings. Fifth International Conference on Massively Parallel Processing (Cat. No.98EX182) Pub Date : 1998-06-15 DOI:10.1109/MPPOI.1998.682146

L. Bergman, C. Yeh, J. Morookian

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引用次数: 4

Abstract

At the MPPOI '96 and '97 Conferences, a new way to dynamically control in-flight pulses by a shepherd pulse to enhance time-alignment of co-propagating pulses in a bit-parallel WDM system for a single-mode fiber was discussed and the first experimental evidence that this pulse shepherding effect can be observed in a commercially available DS (dispersion-shifted) fiber was also presented. Here, we shall discuss the initial results towards the realization of a multi-km/spl times/gbytes/sec bit-parallel WDM single fiber link. The distance-speed product of this single fiber link is more than several orders of magnitude higher than that of a fiber ribbon link. The design of a 12 bit-parallel channels WDM system operating at 1 Gbit/sec per channel rate will first be presented. Experimental results for a two channel system operating at that rate will then be given. Also, new computer simulation results on how a large amplitude shepherd pulse may induce pulse compression on all the co-propagating data pulses, thereby improving the shaping of these pulses for a WDM system, will be presented and discussed.

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朝着实现多公里x千兆位/秒位并行WDM单光纤计算机链路的方向发展

在1996年和1997年的MPPOI会议上，讨论了一种通过牧养脉冲动态控制飞行脉冲的新方法，以增强单模光纤中位并行WDM系统中共传播脉冲的时间准直性，并首次提供了在商用DS(色散移位)光纤中观察到这种脉冲牧养效应的实验证据。在这里，我们将讨论实现多公里/倍/千兆字节/秒比特并行WDM单光纤链路的初步结果。这种单光纤链路的距离-速度乘积比光纤带状链路高出几个数量级以上。首先介绍了以每通道1 Gbit/s速率工作的12位并行信道WDM系统的设计。然后将给出以该速率工作的双通道系统的实验结果。此外，还将介绍和讨论新的计算机模拟结果，说明大振幅牧羊人脉冲如何诱导所有共传播数据脉冲的脉冲压缩，从而改善WDM系统中这些脉冲的整形。

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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Proceedings. Fifth International Conference on Massively Parallel Processing (Cat. No.98EX182)

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