Evolution of timing jitter in nonlinearly-guided, dispersion managed transmission systems

Ashley Gray, Zhijian Huang, Igor Khrushchev, Ian Bennion

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

Abstract

Timing jitter is a major factor limiting the performance of any high-speed, long-haul data transmission system. It arises from a number of reasons, such as interaction with accumulated spontaneous emission, inter-symbol interference (ISI), electrostriction etc. Some effects causing timing jitter can be reduced by means of non-linear filtering, using, for example, a nonlinear optical loop mirror (NOLM) [1]. The NOLM has been shown to reduce the timing jitter by suppressing the ASE and by stabilising the pulse duration [2, 3]. In this paper, we investigate the dynamics of timing jitter in a 2R regenerated system, nonlinearly guided by NOLMs at bit rates of 10, 20, 40, and 80- Gbit/s. Transmission performance of an equivalent non-regenerated (generic) system is taken as a reference.
Original languageEnglish
Title of host publicationECOC 2004 : 30th European conference on optical communication
Subtitle of host publicationproceedings
Pages702-703
Number of pages2
Volume3
Publication statusPublished - Sep 2004
Event30th European Conference on Optical Communication - Stockholm , Sweden
Duration: 5 Sep 20049 Sep 2004

Conference

Conference30th European Conference on Optical Communication
Abbreviated titleECOC 2004
CountrySweden
CityStockholm
Period5/09/049/09/04

Fingerprint

time measurement
vibration
mirrors
aeroservoelasticity
electrostriction
data transmission
spontaneous emission
pulse duration
high speed
interference
interactions

Keywords

  • timing jitter
  • high-speed
  • long-haul data transmission system
  • accumulated spontaneous emission
  • inter-symbol interference
  • electrostriction
  • non-linear filtering
  • nonlinear optical loop mirror

Cite this

Gray, A., Huang, Z., Khrushchev, I., & Bennion, I. (2004). Evolution of timing jitter in nonlinearly-guided, dispersion managed transmission systems. In ECOC 2004 : 30th European conference on optical communication: proceedings (Vol. 3, pp. 702-703). [We4.P.117]
Gray, Ashley ; Huang, Zhijian ; Khrushchev, Igor ; Bennion, Ian. / Evolution of timing jitter in nonlinearly-guided, dispersion managed transmission systems. ECOC 2004 : 30th European conference on optical communication: proceedings. Vol. 3 2004. pp. 702-703
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Gray, A, Huang, Z, Khrushchev, I & Bennion, I 2004, Evolution of timing jitter in nonlinearly-guided, dispersion managed transmission systems. in ECOC 2004 : 30th European conference on optical communication: proceedings. vol. 3, We4.P.117, pp. 702-703, 30th European Conference on Optical Communication , Stockholm , Sweden, 5/09/04.

Evolution of timing jitter in nonlinearly-guided, dispersion managed transmission systems. / Gray, Ashley; Huang, Zhijian; Khrushchev, Igor; Bennion, Ian.

ECOC 2004 : 30th European conference on optical communication: proceedings. Vol. 3 2004. p. 702-703 We4.P.117.

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

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AB - Timing jitter is a major factor limiting the performance of any high-speed, long-haul data transmission system. It arises from a number of reasons, such as interaction with accumulated spontaneous emission, inter-symbol interference (ISI), electrostriction etc. Some effects causing timing jitter can be reduced by means of non-linear filtering, using, for example, a nonlinear optical loop mirror (NOLM) [1]. The NOLM has been shown to reduce the timing jitter by suppressing the ASE and by stabilising the pulse duration [2, 3]. In this paper, we investigate the dynamics of timing jitter in a 2R regenerated system, nonlinearly guided by NOLMs at bit rates of 10, 20, 40, and 80- Gbit/s. Transmission performance of an equivalent non-regenerated (generic) system is taken as a reference.

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Gray A, Huang Z, Khrushchev I, Bennion I. Evolution of timing jitter in nonlinearly-guided, dispersion managed transmission systems. In ECOC 2004 : 30th European conference on optical communication: proceedings. Vol. 3. 2004. p. 702-703. We4.P.117