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This work demonstrates that the use of the mid-nonlinearity temporal inversion (MNTI) technique could allow the realization of efficient transmission systems at ultra-high bit rates, leading to a significant impact on the design, assessment, and implementation of future transmission links. In particular, this technique could open the way to the low cost upgrade of standard low bit-rate systems to...
We experimentally demonstrate for the first time, simultaneous compensation of nonlinearity and dispersion into an embedded link with strongly asymmetrical power profiles. Two configurations satisfying the mid-nonlinearity-temporal-inversion principle are tested.
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