LENGTH-BIT-RATE PRODUCT LIMIT DUE TO GAIN NOISE IN OPTICAL SOLITON COMMUNICATION SYSTEMS | Zendy

Yang Xianglin | Zendy; Jian Chen | Zendy

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LENGTH-BIT-RATE PRODUCT LIMIT DUE TO GAIN NOISE IN OPTICAL SOLITON COMMUNICATION SYSTEMS

Author(s) -

Yang Xianglin,

Jian Chen

Publication year - 1993

Publication title -

acta physica sinica

Language(s) - English

Resource type - Journals

SCImago Journal Rank - 0.199

H-Index - 47

ISSN - 1000-3290

DOI - 10.7498/aps.42.51

Subject(s) - jitter , physics , bit rate , communications system , soliton , product (mathematics) , optical communication , energy (signal processing) , optical fiber , perturbation (astronomy) , noise (video) , bit error rate , optics , computer science , telecommunications , quantum mechanics , mathematics , real time computing , geometry , nonlinear system , artificial intelligence , image (mathematics) , channel (broadcasting)

The system's product of length with bit rate is limited by the Gordon-Haus effect of pulse arrival time in the all-optical soliton communication systems with energy compensated periodically. We analyze effect of perturbation on the group velocity shift in a lossy fiber, and jitter of the soliton arrival time caused by gain noise in a lumped or distributed energy compensated system. The maximum length-bit-rate product is thus estimated. The result shows that in a practical system the maximum length-bit-rate product in a distributed energy compensated system is generally over twice as much as that in a lumped one.

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