2000Proceedings of SPIE, the International Society for Optical Engineering/Proceedings of SPIERequires access

Optical switch matrix for transparent optical cross-connection

Tie Wang, Mingcui Cao, Qiaoyan Hu, Fengguang Luo

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Abstract

A 4 X 4 optical switch performing bi-directional crossbar switching on optical communication signals at 1550 nm is presented and experimented. This switch is expanded from several elementary 1 X 2 optical switches. The switch is made of bulk passive components. Operation is totally polarization independent. The proposed free-space architecture has the features of high compactness, reliability and fast response time compared with common switching solutions.

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What this paper is about

A 4 X 4 optical switch performing bi-directional crossbar switching on optical communication signals at 1550 nm is presented and experimented. This switch is expanded from several elementary 1 X 2 optical switches. The switch is made of bulk passive components. Operation is totally polarization independent. The proposed free-space architecture has the features of high compactness, reliability and fast response time compared with common switching solutions.

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Available abstract

A 4 X 4 optical switch performing bi-directional crossbar switching on optical communication signals at 1550 nm is presented and experimented. This switch is expanded from several elementary 1 X 2 optical switches. The switch is made of bulk passive components. Operation is totally polarization independent. The proposed free-space architecture has the features of high compactness, reliability and fast response time compared with common switching solutions.

Key concepts: Crossbar switch, Optical switch, Optical cross-connect, Crossover switch, Optical transistor, Computer science, Optical burst switching, Optical performance monitoring

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