B-ISDN waits for photonics to deliver

B-ISDN waits for photonics to deliver

A variety of photonic switching techniques have been studied from the viewpoint of expanding switching-mode throughput. The basic issue discussed is how the high bandwidths of optical devices can be applied to switching nodes. It is shown that a high time-domain bandwidth allows high-speed signal tr...

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Veröffentlicht in:IEEE circuits and devices magazine 1993-05, Vol.9 (3), p.22-26
Hauptverfasser: Matsunaga, T., Yukimatsu, K.-I., Aoki, T.
Format: Artikel
Sprache:eng
Schlagworte:
Asynchronous transfer mode
B-ISDN
Bandwidth
Multichip modules
Optical devices
Optical distortion
Photonics
Signal resolution
Throughput
Time domain analysis
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container_title IEEE circuits and devices magazine
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creator Matsunaga, T.
Yukimatsu, K.-I.
Aoki, T.
description A variety of photonic switching techniques have been studied from the viewpoint of expanding switching-mode throughput. The basic issue discussed is how the high bandwidths of optical devices can be applied to switching nodes. It is shown that a high time-domain bandwidth allows high-speed signal transmission without waveform distortion, a high frequency-domain bandwidth allows a system to accommodate a large number of channels, which results in a high-capacity system, and a high space-domain bandwidth allows high-density interconnections in free space and resolves the pin-out bottleneck of LSIs and multichip modules (MCMs). Photonic space-division switching, photonic ATM switching, photonic frequency-division switching, and photonic free-space switching methods are described.< >
doi_str_mv 10.1109/101.252305
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source IEEE Electronic Library (IEL)
subjects Asynchronous transfer mode
B-ISDN
Bandwidth
Multichip modules
Optical devices
Optical distortion
Photonics
Signal resolution
Throughput
Time domain analysis
title B-ISDN waits for photonics to deliver
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