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An optical FDM local area network based on a passive bypassed star coupler

 

European Institute for Communications and Networks, Geneve:
European optical communications and networks. Proceedings. Papers on optical communication systems and optical access networks : Twelfth Annual Conference on European Fibre Optic Communications and Networks, Heidelberg, June 21 - 24, 1994
Basel: Verl. AKM, 1994
ISBN: 3-905084-27-9
pp.142-145
Conference on European Fibre Optic Communications and Networks (EFOC&N) <12, 1994, Heidelberg>
English
Conference Paper
Fraunhofer HHI ()
broadband networks; frequency division multiplexing; local area networks; optical communication equipment; optical couplers; optical interconnections; optical links; subscriber loops; transceivers; optical fdm local area network; passive bypassed star coupler; experimental ofdm-communication system; broadband lan applications; subscriber stations; passive internally bypassed star coupler; internally bypassed star coupler; bidirectional coherent communication; optical transmitters; absolute frequency stabilized; 9 GHz channel spacing; overlay network

Abstract
In this paper we present a fully engineered experimental OFDM-communication system for broadband LAN applications. The transceivers in the subscriber stations are connected by only one fiber to a passive "internally bypassed star coupler". The internally bypassed star coupler allows bidirectional coherent communication at the same frequency between the subscribers. For system oriented investigations, four subscriber stations have been built. The network is designed for 72 subscribers and realized for 16 input/output-ports. The optical transmitters are absolute frequency stabilized with 9 GHz channel spacing. Signaling and control-information for the transceivers is transmitted via an overlay network.

: http://publica.fraunhofer.de/documents/N-13510.html