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This paper presents a theoretical model developed for estimating the power, the optical signal to noise ratio and the number of generated carriers in a comb generator, having as a reference the minimum optical signal do noise ratio at the receiver input, for a given fiber link. Based on the recirculating frequency shifting technique, the generator relies on the use of coherent and orthogonal multi-carriers...
This paper presents a theoretical analysis and an experimental demonstration of an optical comb generator. Based on the recirculating frequency shifting technique, it targets high capacity applications that require high spectral efficiency and dispersion resilient transmission, such as optical orthogonal frequency division multiplexing (OFDM). The generator relies on the use of coherent and orthogonal...
We present a theoretical model developed for estimating the power, the optical signal to noise ratio and the number of generated carriers in a comb generator, having as a reference the minimum optical signal do noise ratio at the receiver input, for a given fiber link. Based on the recirculating frequency shifting technique, the generator relies on the use of coherent and orthogonal multi-carriers...
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