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A multihop 2/spl times/2 all-optical photonic packet switch
By: Blumenthal, D.J.; Sauer, J.R.; Feuerstein, R.J.;
1994 / IEEE / 0-7803-1825-0
Description
This item was taken from the IEEE Periodical ' A multihop 2/spl times/2 all-optical photonic packet switch ' We describe an all-optical packet switch architecture and present experimental results of all-optical multihop routing using 2/spl times/2 photonic packet switches. The switch is designed for distributed switching systems. At each hop, the full functions of self-routing, contention resolution, and header regeneration/reinsertion are performed with both switch inputs active. These results demonstrate a basic level of functionality needed to build full scale all-optical packet switched networks. Deflection routing is used to arbitrate contention. Three hops without optical amplification is demonstrated at a switch throughput of 36.4 Mpackets/sec, 145.6 Mbits/sec with a four bit payload. WDM out-of-band signaling is used to code and process the packet control header.<
Related Topics
Telecommunication Network Routing
Wavelength Division Multiplexing
145.6 Mbit/s
All-optical Photonic Packet Switch
Experimental Results
All-optical Multihop Routing
Distributed Switching Systems
Self-routing
Contention Resolution
Switch Inputs
All-optical Packet Switched Networks
Deflection Routing
Wdm Out-of-band Signaling
Packet Control Header
Code
Packet Switching
Routing
Optical Switches
Switching Systems
Optical Packet Switching
Stimulated Emission
Throughput
Payloads
Wavelength Division Multiplexing
Signal Processing
Packet Switching
Photonic Switching Systems
Telecommunication Signalling
Engineering
Header Regeneration/reinsertion