2012Unpublished venueRequires access

Availability of all-optical switching fabrics used in optical cross-connects

Matija Džanko, Branko Mikac, Vedran Miletić

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Abstract

Abstract- The application of all-optical switching fabrics will be an important breakthrough in avoiding capacity bottleneck caused by electronic-switching in optical networks. All-optical domain of achieved network is characterised by absence of optical-electrical-optical conversions. In this paper, the-state-of-the-art of optical switching fabrics used in optical cross-connect is reviewed. Moreover, availability analysis of those switching fabrics have been examined. Methods for increasing availability of MEMS switches and entire optical network have been shown. I.

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What this paper is about

Abstract- The application of all-optical switching fabrics will be an important breakthrough in avoiding capacity bottleneck caused by electronic-switching in optical networks. All-optical domain of achieved network is characterised by absence of optical-electrical-optical conversions. In this paper, the-state-of-the-art of optical switching fabrics used in optical cross-connect is reviewed. Moreover, availability analysis of those switching fabrics have been examined. Methods for increasing availability of MEMS switches and entire optical network have been shown. I.

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Available abstract

Abstract- The application of all-optical switching fabrics will be an important breakthrough in avoiding capacity bottleneck caused by electronic-switching in optical networks. All-optical domain of achieved network is characterised by absence of optical-electrical-optical conversions. In this paper, the-state-of-the-art of optical switching fabrics used in optical cross-connect is reviewed. Moreover, availability analysis of those switching fabrics have been examined. Methods for increasing availability of MEMS switches and entire optical network have been shown. I.

Key concepts: Optical switch, Optical cross-connect, Optical burst switching, Bottleneck, Optical performance monitoring, Optical Transport Network, Optical transistor, Computer science

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