Dynamic dispersion control with fibre gratings
Dynamic dispersion control with fibre gratings
With the evolution of transmission-systems from point-to-point links to dynamically reconfigurable networks there has developed a need for tunable devices with accurate setting capabilities and stability. When signals are redirected different dispersion accumulates due to the differences in transmission-paths. Furthermore, with the ever increasing bit-rates, differences in signal launch powers and hence the potential for non-linear effects to begin to play their part will have to be considered, and therefore tunability is of increasing importance to either fine tune these dispersion-values or even compensate for some of the non-linear effects. To accommodate these tasks a number of approaches to tune dispersion using Bragg gratings have been demonstrated. Some of these have covered both strain- and temperature- tuning techniques using either single gratings or combinations of multiple gratings. Currently there have been demonstrations of compensation of chromatic dispersion at up to 160Gbit/s.
In this talk we will review and discuss some of these techniques and compare their performance and practicality against each other.
Ibsen, M.
22e58138-5ce9-4bed-87e1-735c91f8f3b9
2002
Ibsen, M.
22e58138-5ce9-4bed-87e1-735c91f8f3b9
Ibsen, M.
(2002)
Dynamic dispersion control with fibre gratings.
ITCom 2002, Boston, United States.
28 - 31 Jul 2002.
Record type:
Conference or Workshop Item
(Other)
Abstract
With the evolution of transmission-systems from point-to-point links to dynamically reconfigurable networks there has developed a need for tunable devices with accurate setting capabilities and stability. When signals are redirected different dispersion accumulates due to the differences in transmission-paths. Furthermore, with the ever increasing bit-rates, differences in signal launch powers and hence the potential for non-linear effects to begin to play their part will have to be considered, and therefore tunability is of increasing importance to either fine tune these dispersion-values or even compensate for some of the non-linear effects. To accommodate these tasks a number of approaches to tune dispersion using Bragg gratings have been demonstrated. Some of these have covered both strain- and temperature- tuning techniques using either single gratings or combinations of multiple gratings. Currently there have been demonstrations of compensation of chromatic dispersion at up to 160Gbit/s.
In this talk we will review and discuss some of these techniques and compare their performance and practicality against each other.
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Published date: 2002
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(Invited)
Venue - Dates:
ITCom 2002, Boston, United States, 2002-07-28 - 2002-07-31
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Local EPrints ID: 17000
URI: http://eprints.soton.ac.uk/id/eprint/17000
PURE UUID: b14e5ea2-9566-4c4e-89d6-c4fc56b5c80d
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Date deposited: 05 Sep 2005
Last modified: 06 Feb 2023 18:43
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Author:
M. Ibsen
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