Amplifier spacing assessment for enhanced power soliton transmission over 10 Mm in standard and DS fibers

Abstract

The entire cost of an optical soliton-based communication system is directly related to the number of optical amplifiers used to manage energy loss along the link to maintain soliton power penalty under an adopted limit. This paper states a method of analyzing and quantifying pulse stabilization and noiseless amplifier spanning by the manipulation of pulse power enhancement for different types of fiber.