matrix switch



Cascaded microresonator-based matrix switch for silicon on-chip optical interconnection
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This paper reviews developments in cascaded microresonator-based matrix switches for silicon photonic interconnection networks in many-core computing applications. Specifically, we emphasize our recently proposed 5 5 matrix switch comprising two-dimensionally I. INTRODUCTION MANY types of optical switches have been investi gated in an attempt to construct flexible optical tmnsmission networks. These switches include space-di vision switches, such as an 8 x 8 LiNb03 guided-wave switch , and time-division switches employing optical memories

Self-aligned vertical mirrors and v-grooves applied to a self-latching matrix switch for optical networks
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This paper reports a new and low cost method of fabrication for M* N matrix switch using wet etching of silicon: a self-aligned batch process allowing the fabrication of vertical mirrors and V-grooves is performed in one-level of mask in (100) silicon wafer. The feasibility of a self

Rearrangeable nonblocking 8 x 8 matrix optical switch based on silica waveguide and extended Banyan network
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Fu Abstract Based on the crossbar network and the Banyan net- work (BN), a new rearrangeable nonblocking structure of extended Banyan network (EBN) was proposed for implementing an 8 2 8 optical matrix switch . The

Scalable Quantum Dot Optical Switch Matrix in the 1.55 JJm Wavelength Range
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The simplicity of the electrical connection is expected to enable a highly scalable SOA based photonic matrix switch architecture for higher connectivity switch matrices.28 path crosses MMIs

Two-Dimensional Crossbar Matrix Switch Architecture
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Explosive growth of Internet traffic causes a new challenge in the design of high-speed switches. One of main design issues for high-speed switches is a scalability problem. This paper proposes a scalable two-dimensional crossbar matrix switch (CMS) architecture

An Example of LOTOS Specification: the Matrix Switch Problem
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The ISO specification language Lotos is expressive enough to allow a wide range of specification styles . As a consequence, for a given problem, many different Lotos descriptions are possible. Faced to this situation, the ISO experts have defined

Scalable Crossbar Matrix Switch Architecture Scheduled by Hierarchical Arbitration
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Explosive growth of Internet traffic causes a new challenge in the design of high-speed switches. One of main design issues for high-speed switches is a scalability problem. This paper proposes a scalable crossbar matrix switch (CMS) architecture, which is composed of A switch is an SMatrix with# in=# out= lim. A concentrator is an SMatrix with# in)# out= lira. ThUS all switches are trivially concentrators. 2. Operations on SMatrices The following operations are defined on SMatrices:

A 256-Radix Crossbar Switch Using Mux-Matrix-Mux Folded-Clos Topology
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the delay and power of the high-radix crossbar switch improve when the folded-clos topology is adopted, since the scaling factors of the power and delay of the folded- clos crossbar switch is smaller than those of the basic matrix switch , which are k and k2, respectively A small-size matrix switch is required for constructing large scale optical switching systems. An optical gate matrix switch , which consists of optical splitters, combiners and gates, is suitable for above requirement because of its potential in regard to short device length and

Development of a Programmable Integrated Switch Matrix (PrISM) through University-Industry Collaboration
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Page 1. Paper ID #11927 Development of a Programmable Integrated Switch Matrix (PrISM) through University-Industry Collaboration , Federal Aviation Administration-CNI Airway Syatems Engineering Organization This paper aims to present the design and the achieved results on a CMOS electronic and photonic integrated device for low cost, low power, transparent, mass-manufacturable optical switching. An unprecedented number of integrated photonic components (more than