Dispersion-Compensated 333-km 10-Gb/s Transmission Using Mid-Span Spectral Inversion in an Injection-Locked InGaAsP V-Groove Laser

Patrick P. Iannone; Paul R. Prucnal

doi:10.1109/68.313089

Dispersion-Compensated 333-km 10-Gb/s Transmission Using Mid-Span Spectral Inversion in an Injection-Locked InGaAsP V-Groove Laser

Patrick P. Iannone, Paul R. Prucnal

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

7 Scopus citations

Abstract

We have demonstrated a 1.5-μm, 333-km, 10-Gb/s transmission system in conventional 1.3-mu;m zero-dispersion-wavelength single-mode fiber, using mid-span spectral inversion in a multi-mode semiconductor laser. The inverted spectrum was generated via cavity-enhanced highly-nondegenerate four-wave mixing, for which the resonant gain in the injection-locked V-groove laser yields higher conversion efficiencies relative to those of travelling-wave amplifiers. The bit-rat x distance product of 3330 Gb-km/s is more than an order of magnitude better than the best previous result employing a semiconductor conjugator.

Original language	English (US)
Pages (from-to)	1046-1049
Number of pages	4
Journal	IEEE Photonics Technology Letters
Volume	6
Issue number	8
DOIs	https://doi.org/10.1109/68.313089
State	Published - Aug 1994

All Science Journal Classification (ASJC) codes

Electronic, Optical and Magnetic Materials
Atomic and Molecular Physics, and Optics
Electrical and Electronic Engineering

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title = "Dispersion-Compensated 333-km 10-Gb/s Transmission Using Mid-Span Spectral Inversion in an Injection-Locked InGaAsP V-Groove Laser",

abstract = "We have demonstrated a 1.5-μm, 333-km, 10-Gb/s transmission system in conventional 1.3-mu;m zero-dispersion-wavelength single-mode fiber, using mid-span spectral inversion in a multi-mode semiconductor laser. The inverted spectrum was generated via cavity-enhanced highly-nondegenerate four-wave mixing, for which the resonant gain in the injection-locked V-groove laser yields higher conversion efficiencies relative to those of travelling-wave amplifiers. The bit-rat x distance product of 3330 Gb-km/s is more than an order of magnitude better than the best previous result employing a semiconductor conjugator.",

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year = "1994",

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AU - Iannone, Patrick P.

AU - Prucnal, Paul R.

PY - 1994/8

Y1 - 1994/8

N2 - We have demonstrated a 1.5-μm, 333-km, 10-Gb/s transmission system in conventional 1.3-mu;m zero-dispersion-wavelength single-mode fiber, using mid-span spectral inversion in a multi-mode semiconductor laser. The inverted spectrum was generated via cavity-enhanced highly-nondegenerate four-wave mixing, for which the resonant gain in the injection-locked V-groove laser yields higher conversion efficiencies relative to those of travelling-wave amplifiers. The bit-rat x distance product of 3330 Gb-km/s is more than an order of magnitude better than the best previous result employing a semiconductor conjugator.

AB - We have demonstrated a 1.5-μm, 333-km, 10-Gb/s transmission system in conventional 1.3-mu;m zero-dispersion-wavelength single-mode fiber, using mid-span spectral inversion in a multi-mode semiconductor laser. The inverted spectrum was generated via cavity-enhanced highly-nondegenerate four-wave mixing, for which the resonant gain in the injection-locked V-groove laser yields higher conversion efficiencies relative to those of travelling-wave amplifiers. The bit-rat x distance product of 3330 Gb-km/s is more than an order of magnitude better than the best previous result employing a semiconductor conjugator.

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Dispersion-Compensated 333-km 10-Gb/s Transmission Using Mid-Span Spectral Inversion in an Injection-Locked InGaAsP V-Groove Laser

Abstract

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