Simulation study of optical time division multiplexing/dense wavelength division multiplexing system based static/dynamic optical transparent networks demonstration through all optical fiber amplifiers

This paper has clarified the simulation study of optical time division multiplexing/wavelength division multiplexing system based static/dynamic optical transparent networks demonstration through all-optical fiber amplifiers. Received signal power per channel is measured against network reach for both static and dynamic networks in the presence of all-optical Raman/erbium doped fiber amplifier/semiconductor optical amplifier amplifiers. Data rate transmission per channel is demonstrated against repeater spacing for all proposed optical fiber amplifiers based on various near infrared operating wavelengths for both static and dynamic optical transparent networks. In addition, the overall signal per noise ratio is clarified in relation to network throughput and various near infrared operating wavelengths for the static and dynamic transparent optical network based on all proposed amplification techniques. Moreover, the overall system bit error rate is studied and tested against network throughput and various near infrared operating wavelengths for both static and dynamic transparent optical networks based on all proposed amplification techniques.