Fiber transmission penalties due to EDFA power transients resulting from fiber nonlinearity and ASE noise in add/drop multiplexed WDM networks

M. I. Hayee; A. E. Willner

Fiber transmission penalties due to EDFA power transients resulting from fiber nonlinearity and ASE noise in add/drop multiplexed WDM networks

M. I. Hayee, A. E. Willner

Electrical Engineering

Research output: Contribution to journal › Article › peer-review

1 Scopus citations

Abstract

The fiber transmission penalties due to nonlinearity and ASE noise resulting from channel drop-add power transients in a chain of 10-20 erbium doped fiber amplifiers with as many as 32 WDM channels are analyzed. The transient penalties depend upon the data rate, number of channels, and the fiber type. The worst case scenario with N-1 drop-add channels in an N channel system is investigated.

Original language	English (US)
Journal	Conference on Optical Fiber Communication, Technical Digest Series
State	Published - Jan 1 1999

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title = "Fiber transmission penalties due to EDFA power transients resulting from fiber nonlinearity and ASE noise in add/drop multiplexed WDM networks",

abstract = "The fiber transmission penalties due to nonlinearity and ASE noise resulting from channel drop-add power transients in a chain of 10-20 erbium doped fiber amplifiers with as many as 32 WDM channels are analyzed. The transient penalties depend upon the data rate, number of channels, and the fiber type. The worst case scenario with N-1 drop-add channels in an N channel system is investigated.",

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N2 - The fiber transmission penalties due to nonlinearity and ASE noise resulting from channel drop-add power transients in a chain of 10-20 erbium doped fiber amplifiers with as many as 32 WDM channels are analyzed. The transient penalties depend upon the data rate, number of channels, and the fiber type. The worst case scenario with N-1 drop-add channels in an N channel system is investigated.

AB - The fiber transmission penalties due to nonlinearity and ASE noise resulting from channel drop-add power transients in a chain of 10-20 erbium doped fiber amplifiers with as many as 32 WDM channels are analyzed. The transient penalties depend upon the data rate, number of channels, and the fiber type. The worst case scenario with N-1 drop-add channels in an N channel system is investigated.

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Fiber transmission penalties due to EDFA power transients resulting from fiber nonlinearity and ASE noise in add/drop multiplexed WDM networks

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