2000Journal of Lightwave TechnologyRequires access

Two-module stage optical switch network

Hideaki Okayama, Yoji Okabe, T. Arai, T. Kamijoh, T. Tsuruoka

Open publisher page 12 citations

Abstract

A large-scale optical switch array based on guided-wave technology using two-module-stage network architecture is proposed. Networks are derived from a generalized three-stage switch network. Two types of architecture are demonstrated. In the first, building blocks in each module are 1/spl times/n, n/spl times/m nonblocking switches or n/spl times/r switch that can route limited numbers of input signal. In the second, crossbar, Banyan, or four-stage wide-sense nonblocking network is used as building blocks. The interconnection is simpler than for the first type. Network architectures that use Banyan or wide-sense nonblocking network building blocks are classed as thinned-out Banyan networks.

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What this paper is about

A large-scale optical switch array based on guided-wave technology using two-module-stage network architecture is proposed. Networks are derived from a generalized three-stage switch network. Two types of architecture are demonstrated. In the first, building blocks in each module are 1/spl times/n, n/spl times/m nonblocking switches or n/spl times/r switch that can route limited numbers of input signal. In the second, crossbar, Banyan, or four-stage wide-sense nonblocking network is used as building blocks. The interconnection is simpler than for the first type. Network architectures that use Banyan or wide-sense nonblocking network building blocks are classed as thinned-out Banyan networks.

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Available abstract

A large-scale optical switch array based on guided-wave technology using two-module-stage network architecture is proposed. Networks are derived from a generalized three-stage switch network. Two types of architecture are demonstrated. In the first, building blocks in each module are 1/spl times/n, n/spl times/m nonblocking switches or n/spl times/r switch that can route limited numbers of input signal. In the second, crossbar, Banyan, or four-stage wide-sense nonblocking network is used as building blocks. The interconnection is simpler than for the first type. Network architectures that use Banyan or wide-sense nonblocking network building blocks are classed as thinned-out Banyan networks.

Key concepts: Banyan, Crossbar switch, Multistage interconnection networks, Optical switch, Crossover switch, Interconnection, Computer science, Network topology

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