Subpicsecond soliton transmission over 22km of dispersion-shifted fibre with loss compensated by Raman gain
Subpicsecond soliton transmission over 22km of dispersion-shifted fibre with loss compensated by Raman gain
We have experimentally demonstrated transmission of 800 fs solitons over 150 dispersion lengths of dispersion-shifted fibre. Experimental results clearly indicate that the use of readily available high power fibre lasers operating at 1535 nm makes it possible to utilize Raman gain in a simple, all-fibre configuration and achieve 100 Gb/s bit rate in a soliton transmission system.
573-575
Grudinin, A.B.
8f50b467-7d60-46db-b29d-a89b1059a1d8
Gray, S.
2cb8a74c-b622-4dff-ade8-75cc06180be3
Vienne, G.G.
22cbd5f5-9bfa-4a99-bb20-59d67332f160
1996
Grudinin, A.B.
8f50b467-7d60-46db-b29d-a89b1059a1d8
Gray, S.
2cb8a74c-b622-4dff-ade8-75cc06180be3
Vienne, G.G.
22cbd5f5-9bfa-4a99-bb20-59d67332f160
Grudinin, A.B., Gray, S. and Vienne, G.G.
(1996)
Subpicsecond soliton transmission over 22km of dispersion-shifted fibre with loss compensated by Raman gain.
Electronics Letters, 32 (6), .
(doi:10.1049/el:19960364).
Abstract
We have experimentally demonstrated transmission of 800 fs solitons over 150 dispersion lengths of dispersion-shifted fibre. Experimental results clearly indicate that the use of readily available high power fibre lasers operating at 1535 nm makes it possible to utilize Raman gain in a simple, all-fibre configuration and achieve 100 Gb/s bit rate in a soliton transmission system.
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1145
- Author's Original
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Published date: 1996
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Local EPrints ID: 78106
URI: http://eprints.soton.ac.uk/id/eprint/78106
ISSN: 0013-5194
PURE UUID: 1cde8e48-a021-41e3-ab69-5da0a287fdfc
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Date deposited: 11 Mar 2010
Last modified: 14 Mar 2024 00:06
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Author:
A.B. Grudinin
Author:
S. Gray
Author:
G.G. Vienne
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