Tunable chromatic dispersion management of optical fibre communication link using SOA

Research output: Chapter in Book/Report/Conference proceedingConference contribution book

4 Citations (Scopus)

Abstract

High data rate communication demands the well compensated chromatic dispersion in the optical fibre communication. Generally dispersion compensated fibre (DCF) modules are utilized in the link with known fibre lengths. On the other hand, at ultra high data rates when a new user wants to access the network with a connecting cable of unknown length, automated dispersion compensation technique will ensure the error free communication with much greater flexibility to operate the network. An experiment was carried out to compensate the chromatic dispersion in an optical fibre network by passing the received data signal through an SOA. By controlling the SOA pump current, it was possible to automatically compensate the chromatic dispersion without changing the lengths of DCF
LanguageEnglish
Title of host publication11th International Conference ELECTRO 2016
Subtitle of host publicationIEEE Catalog Number: CFP1648S-ART
EditorsPeter Brida, Jozef Dubovan, Miroslav Markovič
Pages15-17
Number of pages3
VolumeCFP1648S-DVD
ISBN (Electronic)978-1-4673-8697-5
Publication statusPublished - 16 May 2016
Event11th International Conference ELECTRO 2016 - Strbske Pleso, Slovakia
Duration: 16 May 201618 May 2016

Conference

Conference11th International Conference ELECTRO 2016
CountrySlovakia
CityStrbske Pleso
Period16/05/1618/05/16

Fingerprint

Optical fiber communication
Chromatic dispersion
Service oriented architecture (SOA)
Telecommunication links
optical fibers
communication
Fibers
Dispersion compensation
Communication
fibers
Optical fibers
Cables
Pumps
cables
flexibility
modules
Experiments
pumps

Keywords

  • dispersion
  • compensation
  • pulse width
  • chirp
  • optical fibre

Cite this

Ahmed, M. S., & Glesk, I. (2016). Tunable chromatic dispersion management of optical fibre communication link using SOA. In P. Brida, J. Dubovan, & M. Markovič (Eds.), 11th International Conference ELECTRO 2016: IEEE Catalog Number: CFP1648S-ART (Vol. CFP1648S-DVD, pp. 15-17). [IP05]
Ahmed, Md Shakil ; Glesk, Ivan. / Tunable chromatic dispersion management of optical fibre communication link using SOA. 11th International Conference ELECTRO 2016: IEEE Catalog Number: CFP1648S-ART. editor / Peter Brida ; Jozef Dubovan ; Miroslav Markovič. Vol. CFP1648S-DVD 2016. pp. 15-17
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abstract = "High data rate communication demands the well compensated chromatic dispersion in the optical fibre communication. Generally dispersion compensated fibre (DCF) modules are utilized in the link with known fibre lengths. On the other hand, at ultra high data rates when a new user wants to access the network with a connecting cable of unknown length, automated dispersion compensation technique will ensure the error free communication with much greater flexibility to operate the network. An experiment was carried out to compensate the chromatic dispersion in an optical fibre network by passing the received data signal through an SOA. By controlling the SOA pump current, it was possible to automatically compensate the chromatic dispersion without changing the lengths of DCF",
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Ahmed, MS & Glesk, I 2016, Tunable chromatic dispersion management of optical fibre communication link using SOA. in P Brida, J Dubovan & M Markovič (eds), 11th International Conference ELECTRO 2016: IEEE Catalog Number: CFP1648S-ART. vol. CFP1648S-DVD, IP05, pp. 15-17, 11th International Conference ELECTRO 2016, Strbske Pleso, Slovakia, 16/05/16.

Tunable chromatic dispersion management of optical fibre communication link using SOA. / Ahmed, Md Shakil; Glesk, Ivan.

11th International Conference ELECTRO 2016: IEEE Catalog Number: CFP1648S-ART. ed. / Peter Brida; Jozef Dubovan; Miroslav Markovič. Vol. CFP1648S-DVD 2016. p. 15-17 IP05.

Research output: Chapter in Book/Report/Conference proceedingConference contribution book

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N2 - High data rate communication demands the well compensated chromatic dispersion in the optical fibre communication. Generally dispersion compensated fibre (DCF) modules are utilized in the link with known fibre lengths. On the other hand, at ultra high data rates when a new user wants to access the network with a connecting cable of unknown length, automated dispersion compensation technique will ensure the error free communication with much greater flexibility to operate the network. An experiment was carried out to compensate the chromatic dispersion in an optical fibre network by passing the received data signal through an SOA. By controlling the SOA pump current, it was possible to automatically compensate the chromatic dispersion without changing the lengths of DCF

AB - High data rate communication demands the well compensated chromatic dispersion in the optical fibre communication. Generally dispersion compensated fibre (DCF) modules are utilized in the link with known fibre lengths. On the other hand, at ultra high data rates when a new user wants to access the network with a connecting cable of unknown length, automated dispersion compensation technique will ensure the error free communication with much greater flexibility to operate the network. An experiment was carried out to compensate the chromatic dispersion in an optical fibre network by passing the received data signal through an SOA. By controlling the SOA pump current, it was possible to automatically compensate the chromatic dispersion without changing the lengths of DCF

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Ahmed MS, Glesk I. Tunable chromatic dispersion management of optical fibre communication link using SOA. In Brida P, Dubovan J, Markovič M, editors, 11th International Conference ELECTRO 2016: IEEE Catalog Number: CFP1648S-ART. Vol. CFP1648S-DVD. 2016. p. 15-17. IP05