In this article we report the main experimental results obtained in the framework of the IST ATLAS project regarding the transmission at 40 Gb/s over long terrestrial links, including the frequency conversion of a signal. We report the single-channel 40 Gb/s transmission over a link 500 km long with an ampli er spacing of 100 km, both with G.652 bers and G.653 bers by periodically compensating the chromatic dispersion with dispersion-compensating bers. We report the single-channel transmission at 40 Gb/s, also, after the wavelength conversion of a channel with both PPLN and semiconductor optical ampli er devices. In particular, 500 km distances are obtained with PPLN wavelength conversion and 300 km distances with semiconductor optical ampli ers. Some results have been reported for electronic devices operating at 40 Gb/s.
Experiments on 40 Gb/s Transmission with Wavelength Conversion: Results from the IST ATLAS Project
CORSINI, Raffaele;CONTESTABILE, GIAMPIERO
2002-01-01
Abstract
In this article we report the main experimental results obtained in the framework of the IST ATLAS project regarding the transmission at 40 Gb/s over long terrestrial links, including the frequency conversion of a signal. We report the single-channel 40 Gb/s transmission over a link 500 km long with an ampli er spacing of 100 km, both with G.652 bers and G.653 bers by periodically compensating the chromatic dispersion with dispersion-compensating bers. We report the single-channel transmission at 40 Gb/s, also, after the wavelength conversion of a channel with both PPLN and semiconductor optical ampli er devices. In particular, 500 km distances are obtained with PPLN wavelength conversion and 300 km distances with semiconductor optical ampli ers. Some results have been reported for electronic devices operating at 40 Gb/s.| File | Dimensione | Formato | |
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2 -Fibre and Integrated Optics, Volume 21, Number 5, 1 September 2002 , pp. 371-389.pdf
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