Large Delay and Low Distortion of a 40 Gb/s Signal Propagating in a Slow Light System Based on Parametric Amplification in Optical Fibers

Abstract

We determine the distribution of fiber dispersion parameters with extremely high resolutions and use the results to accurately predict large delays and low distortions of 40-Gb/s signals propagating in fiber parametric amplification slow light systems.

Polarization control for slow and fast light in fiber optical, Raman-assisted, parametric amplification

“…Record tunable SFL delays of communication digital data signals were achieved in dispersion shifted fibers (DSF) [1]. In particular, experimental demonstrations were performed for 10 Gbit/s and theoretical predictions for 40 Gbit/s digital signals have been given [2,3].…”