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We evaluate experimentally the nonlinear tolerance of two LP mode fibre with a low DMD and large Aeff. We show experimentally that intra-wavelength XPM between modes affects MIMO transmission performance only slightly compared with SPM even with a low DMD.
We evaluate experimentally the relationship between modal crosstalk in two-mode fibres and the propagation constant difference between modes. We show experimentally that modal crosstalk leads to signal degradation when there is a power difference between modes even with MIMO processing.
We demonstrate C- and L-band WDM coherent optical MIMO transmission with mode group diversity over 10-km GI-MMF under selective mode excitation conditions, which enables us to reduce MIMO DSP complexity over a wide wavelength range.
We demonstrated experimentally the transmission of 10 Gbit/s data over a 10 km graded-index multi-mode fiber. We compensated for multipath interference resulting from intermodal dispersion in multi-mode fiber by electrical adaptive equalization.
We propose a transmission distance-independent modal dispersion compensation technique using few-mode fibre with a single-input multi-output configuration. We transmitted signals over a 20 km-long two-mode fibre and compensated for modal dispersion using 1-tap FIR filters.
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