Optimisation of a reconfigurable free-space fibre switch in the WDM 1,55 µm window

B. Fracasso, P. Berthele, J. de Bougrenet de la Tocnaye
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Abstract

In the framework of optical transport networks based on wavelength division multiplexing, (WDM), one of the most critical elements is the optical cross-connect [1] (OXC). At the core of many cross-connect architectures is a space-switching stage, operating in the 1.55 telecom wavelength window. An important feature is that the device routing peformance must be polarisation insensitive, with moderate insertion loss and reconfiguration rates lower than the microsecond.
WDM 1,55µm窗口中可重构自由空间光纤交换机的优化
在基于波分复用(wavelength division multiplexing, WDM)的光传输网络框架中,最关键的要素之一是光交叉连接[1](OXC)。在许多交叉连接架构的核心是一个空间交换阶段,在1.55电信波长窗口中工作。一个重要的特征是器件路由性能必须是极化不敏感的,具有中等的插入损耗和低于微秒的重新配置速率。
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