We present a photonic BiCMOS coherent receiver dedicated to the O-band and achieve detection at up to 56 GBd using quadrature-phase shift-keying (QPSK) at various optical signal-to-noise ratios (OSNRs). Transmission experiments are performed and potential applications within that power budget are discussed
Abstract—We report a novel digital coherent receiver based on sampling the signal in the optical dom...
We experimentally investigate modulation formats for realizing high data rate and high power sensiti...
We experimentally investigate modulation formats for realizing high data rate and high power sensiti...
In this work, we present a dual window silicon photonic coherent receiver for O- and C-band, fabrica...
We propose a coherent receiver scheme exploiting optical sampling to overcome the speed limitations ...
The recent emergence of bismuth-doped fiber amplifiers (BDFAs) enables the reach extension of high-s...
Multiband coherent communication is being han- dled as a promising candidate to address the increasi...
Coherent techniques are expected to be used to meet the demand for higher data rates in short-reach ...
Abstract: We outline the hardware architecture of coherent optical receivers supporting>40 Gb/s d...
The recent emergence of efficient O-band amplification technologies has enabled the consideration of...
We report a novel digital coherent receiver based on sampling the signal in the optical domain to ov...
The authors discuss a coherent receiver scheme exploiting optical sampling to overcome the speed lim...
We demonstrate the codesign and cointegration of an ultracompact silicon photonic receiver and a low...
We demonstrate the codesign and cointegration of an ultracompact silicon photonic receiver and a low...
Abstract: We coherently receive a 160-Gb/s QPSK waveform across 80-GHz bandwidth in two 40-GHz-wide ...
Abstract—We report a novel digital coherent receiver based on sampling the signal in the optical dom...
We experimentally investigate modulation formats for realizing high data rate and high power sensiti...
We experimentally investigate modulation formats for realizing high data rate and high power sensiti...
In this work, we present a dual window silicon photonic coherent receiver for O- and C-band, fabrica...
We propose a coherent receiver scheme exploiting optical sampling to overcome the speed limitations ...
The recent emergence of bismuth-doped fiber amplifiers (BDFAs) enables the reach extension of high-s...
Multiband coherent communication is being han- dled as a promising candidate to address the increasi...
Coherent techniques are expected to be used to meet the demand for higher data rates in short-reach ...
Abstract: We outline the hardware architecture of coherent optical receivers supporting>40 Gb/s d...
The recent emergence of efficient O-band amplification technologies has enabled the consideration of...
We report a novel digital coherent receiver based on sampling the signal in the optical domain to ov...
The authors discuss a coherent receiver scheme exploiting optical sampling to overcome the speed lim...
We demonstrate the codesign and cointegration of an ultracompact silicon photonic receiver and a low...
We demonstrate the codesign and cointegration of an ultracompact silicon photonic receiver and a low...
Abstract: We coherently receive a 160-Gb/s QPSK waveform across 80-GHz bandwidth in two 40-GHz-wide ...
Abstract—We report a novel digital coherent receiver based on sampling the signal in the optical dom...
We experimentally investigate modulation formats for realizing high data rate and high power sensiti...
We experimentally investigate modulation formats for realizing high data rate and high power sensiti...