We propose a numerical implementation of fiber propagation in the nonlinear regime that is faster than the split-step Fourier method for multi-channel transmissions filling the C band. We show the performance of a low-complexity nonlinear compensator based on this concept.
A Fast Simulator of Fiber-optic Propagation and its Application to Nonlinearity Compensation / Serena, P; Lasagni, C; Bononi, A. - We3B2:(2024), pp. 1-4. ( ECOC 2024; 50th European Conference on Optical Communication).
A Fast Simulator of Fiber-optic Propagation and its Application to Nonlinearity Compensation
SERENA,P;LASAGNI, C;BONONI, A
2024-01-01
Abstract
We propose a numerical implementation of fiber propagation in the nonlinear regime that is faster than the split-step Fourier method for multi-channel transmissions filling the C band. We show the performance of a low-complexity nonlinear compensator based on this concept.File in questo prodotto:
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