Abstract
The super-continuum spectrum sliced WDM FSO system is evaluated at 2.5Gbps data rate up to link distance of 5Km. A Highly Nonlinear Fiber (HNLF) is channel for the generation of high power broad spectrum for spectrum slicing. A dense SS-WDM is investigated at 75GHz channel spacing among 4 channels to make system bandwidth efficient. Performance of SC-SS-WDM and WDM is scrutinized for FSO system under rain, fog, haze etc. Wavelength division free space optical system exhibits more error at 5Km as compared to spectrum sliced WDM FSO system. Also, the demonstrated architecture is accommodative, flexible and low cost system that can perform well under atmospheric turbulences.
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