Experimental investigation of intermodal nonlinear signal degradation in a few-mode fiber transmission system
2018 European Conference on Optical Communication (ECOC), 2018•ieeexplore.ieee.org
We experimentally investigate intra-and intermodal nonlinear signal degradation in a 36 km
few-mode fiber based space-division multiplexed transmission system. We find that both,
intra-and intermodal cross-phase modulation lead to equally strong Q-factor penalties of up
to 8 dB.
few-mode fiber based space-division multiplexed transmission system. We find that both,
intra-and intermodal cross-phase modulation lead to equally strong Q-factor penalties of up
to 8 dB.
We experimentally investigate intra- and intermodal nonlinear signal degradation in a 36 km few-mode fiber based space-division multiplexed transmission system. We find that both, intra- and intermodal cross-phase modulation lead to equally strong Q-factor penalties of up to 8 dB.
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