We investigate fixed-point aspects and time-domain ASIC implementations of CD compensation. An optimized implementation gives significant power dissipation reduction for short links, with further reduction if pulse shaping is considered
We present a novel hardware architecture for digitally adaptive feed-forward equalization (FFE) suit...
Abstract: Problem statement: Besides of some impairment that has been inherited form single channel,...
We experimentally demonstrate a reduced complexity time-domain CD equalizer in a dual-carrier 400G P...
We investigate fixed-point aspects and time-domain ASIC implementations of CD compensation. An optim...
Chromatic dispersion (CD) compensation in coherent fiber-optic systems represents a very significant...
We present an optimized CD compensation filter with improved performance and increased resilience to...
This paper proposes optimal finite-length impulse response (FIR) digital filters, in the least-squar...
Transmission power control is essential in CDMA systems in order to reduce the near-far effect and t...
Communication networks are a vital backbone of the modern society. Power dissipation of optical comm...
We investigate dispersion compensation using dispersion-compensating fibers (DCFs) for ultrashort li...
We demonstrate the chromatic dispersion equalization employing a time-domain filter in a 112-Gbit/s ...
We experimentally demonstrate a reduced complexity time-domain CD equalizer in a dual-carrier 400G ...
In optical communication the non-ideal properties of the fibers lead to pulse widening from chromati...
Abstract: Problem statement: The performance of the optical network is highly dependent to Chromatic...
Time-stretched analog-to-digital converters (ADCs) have offered revolutionary enhancements in the pe...
We present a novel hardware architecture for digitally adaptive feed-forward equalization (FFE) suit...
Abstract: Problem statement: Besides of some impairment that has been inherited form single channel,...
We experimentally demonstrate a reduced complexity time-domain CD equalizer in a dual-carrier 400G P...
We investigate fixed-point aspects and time-domain ASIC implementations of CD compensation. An optim...
Chromatic dispersion (CD) compensation in coherent fiber-optic systems represents a very significant...
We present an optimized CD compensation filter with improved performance and increased resilience to...
This paper proposes optimal finite-length impulse response (FIR) digital filters, in the least-squar...
Transmission power control is essential in CDMA systems in order to reduce the near-far effect and t...
Communication networks are a vital backbone of the modern society. Power dissipation of optical comm...
We investigate dispersion compensation using dispersion-compensating fibers (DCFs) for ultrashort li...
We demonstrate the chromatic dispersion equalization employing a time-domain filter in a 112-Gbit/s ...
We experimentally demonstrate a reduced complexity time-domain CD equalizer in a dual-carrier 400G ...
In optical communication the non-ideal properties of the fibers lead to pulse widening from chromati...
Abstract: Problem statement: The performance of the optical network is highly dependent to Chromatic...
Time-stretched analog-to-digital converters (ADCs) have offered revolutionary enhancements in the pe...
We present a novel hardware architecture for digitally adaptive feed-forward equalization (FFE) suit...
Abstract: Problem statement: Besides of some impairment that has been inherited form single channel,...
We experimentally demonstrate a reduced complexity time-domain CD equalizer in a dual-carrier 400G P...
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