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Multi-channel optical carrier frequency technique

 
: Strebel, B.; Heydt, G.

Kuroyanagi, N.:
GLOBECOM '87, IEEE/IEICE Global Telecommunications Conference. Vol.1. Tokyo conference proceedings
Berlin: Springer, 1987
ISBN: 3-540-19510-6
ISBN: 0-387-19510-6
S.684-688
GLOBECOM <1987, Tokyo>
Englisch
Konferenzbeitrag
Fraunhofer HHI ()
carrier communication; optical communication equipment; optical links; receivers; telecommunication networks; transmitters; multichannel optical carrier frequency; multichannel transmitters; tunable selective heterodyne receivers; multichannel network; single-mode waveguides; branching elements; rdps-3; race definition phase project 1032; public communication networks; laboratory; ten-channel distribution system; heinrich-hertz-institut

Abstract
The authors describe the architecture of multichannel transmitters and tunable selective heterodyne receivers as well as the multichannel network characteristics containing single-mode waveguides and branching elements. The scenario RDPS-3 of the RACE Definition Phase Project 1032 is quoted as an illustration of the application of optical carrier frequency techniques to public communication networks. A detailed description of experiments with a laboratory ten-channel distribution system carried out at the Heinrich-Hertz-Institut is presented.

: http://publica.fraunhofer.de/dokumente/N-13920.html