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  4. Transparent, all-optical interconnection of two independent experimental OFDM-LANs via one central node
 
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1995
Journal Article
Title

Transparent, all-optical interconnection of two independent experimental OFDM-LANs via one central node

Abstract
The all-optical transparent interconnection of two experimental OFDM-LANs is demonstrated. Fiber amplifiers are used to compensate network losses. Each LAN is equipped with four fully engineered, microprocessor- controlled, absolute frequency stabilized subscriber stations. The interconnection is realized utilizing a full duplex star coupler as central node. A proposal to extend the realized network for frequency re-use is given.
Author(s)
Westphal, F.-J.
Bader, G.
Bunning, I.
Burmeister, M.
Grossmann, E.
Hermes, Th.
Hilbk, U.
Hoen, B.
Meissner, P.
Peters, K.
Raub, F.
Saniter, J.
Schmidt, F.
Journal
IEEE Photonics Technology Letters  
DOI
10.1109/68.363364
Language
English
Fraunhofer-Institut für Nachrichtentechnik, Heinrich-Hertz-Institut HHI  
Keyword(s)
  • compensation

  • fibre lasers

  • frequency division multiplexing

  • optical fibre couplers

  • optical fibre lan

  • optical fibre losses

  • optical fibre subscriber loops

  • optical interconnections

  • transparent all-optical interconnection

  • independent experimental ofdm-lans

  • one central node

  • all-optical transparent interconnection

  • fiber amplifiers

  • network loss compensation

  • fully engineered

  • microprocessor-controlled

  • absolute frequency stabilized subscriber stations

  • full duplex star coupler

  • central node

  • frequency re-use

  • realized network extension

  • optical frequency division multiplexing

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