Extending the reach of DWDM-PON access network using chromatic dispersion compensation

New generation energy efficient WDM-PON system using spectrum slicing technology

“…The difference between this and previous work [5] is in fact that there is investigated the implementation of various chromatic dispersion compensation methods for absolutely different architecture of multichannel passive optical network (SS-WDM PON). Optical signal from broadband ASE source is stochastic in nature and noise-like, therefore some assumptions and formulations that is used in conventional laser based (e.g.…”

“…Using the optical system's simulation experience from previous work [5] we propose a new model of 16-channel SS-DWDM PON system with CD compensation and broadband ASE seed light source with flat spectrum in wavelength range from 1545.32 nm to 1558.98 nm. The difference between this and previous work [5] is in fact that there is investigated the implementation of various chromatic dispersion compensation methods for absolutely different architecture of multichannel passive optical network (SS-WDM PON).…”

Comparative Analysis of Dispersion Compensation using Electronic Dispersion Compensation Techniques at Different Bit Rates using Single Mode Fiber

“…Out of the considerable number of issues looked by fiber optic communication intra modal or chromatic dispersion is regarded as the major crucial element which impacts the performance of a fiber optic communication [1][2][3].…”

Investigation on the Dispersion Characteristics in Optical Fiber Telecommunication

“…In order to solve the dispersion on the distance and the rate of communication constraints, it must know the characteristics of the dispersion compensation of optical fiber [14][15][16][17][18]. In addition, with the rapid development of optical fiber telecommunication and dispersion compensation scheme, the transmission rate of some high-speed system has reached dozens or even hundreds of Gb/s.…”