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We experimentally demonstrate 110.3 Gbps/lambda DMT transmission over 100 km SMF without chromatic dispersion compensation. Transmission reach extension is achieved by suppression of power fading of chromatic dispersion and nonlinearities using combination of VSB and NLC.
An analytical model of XPM induced nonlinear polarization crosstalk is proposed and experimentally verified. Based on this model, various polarization crosstalk mitigation methods including coherent receiver DSP and transmission system design are reviewed.
We present a novel controlled adaptive equalization scheme for dual-polarization coherent receivers and demonstrate data asynchronous operation that ultimately allows for simple clock recovery implementation.
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