Published Paper Details:

In recent days, optical communication has been playing a vital role in the communication sector because of its high speed transmission and larger efficiency. Especially in case of long haul communication, optical transmission of data is much more efficient than other means of communication systems. But, in long haul communication usage of amplifiers is making the whole system quite expensive. So, minimization of numbers of amplifiers with optimal transmission efficiency is one of the major research topics of current days. In this research paper, two types of optical pulses have been used to analyze performance in long haul communication in a virtual environment (Software). Here, it has been shown that, using Soliton pulse allows using less number of Optical Amplifiers rather than Gaussian Pulse for maintaining optimum optical transmission efficiency. Using both of the optical pulses, Quality Factor and Bit Error Rate (BER) has been compared and analyzed. This paper presents performance comparison of different data formats for variable amplifier spacing in 40 Gbps optical soliton transmission RZ soliton, RZ rect and RZ super Gaussian are the various data formats which are compared in this paper. Their performance comparison is based on the factors such as Quality factor, Bit error rate (BER), Timing Jitter, Eye opening and Eye closure. It has been studied that in all the data formats RZ soliton gives the highest value of Q factor and BER.