We present the scaling of the nonlinear interference noise with the number of modes in SDM systems where the transmitted modes propagate in the regime of strong mode-mixing in the presence of modal dispersion. We show that mode mixing is highly beneficial in terms of reducing the nonlinear interference noise and increasing the achievable transmission rate.
Scaling of inter-channel nonlinear interference noise and capacity with the number of strongly coupled modes in SDM systems
ANTONELLI, CRISTIAN;MECOZZI, ANTONIO;
2016-01-01
Abstract
We present the scaling of the nonlinear interference noise with the number of modes in SDM systems where the transmitted modes propagate in the regime of strong mode-mixing in the presence of modal dispersion. We show that mode mixing is highly beneficial in terms of reducing the nonlinear interference noise and increasing the achievable transmission rate.File in questo prodotto:
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