Abstract — A novel optical coherent receiver architecture for linear optical phase modulation is presented. A proof-of-concept demonstration has been performed using discrete components and at low frequency. High dynamic range has been confirmed at 3.13mA average photocurrent; 124.3 dBHz2/3, corresponding to a 131.5 dBHz2/3 if a shot-noise limited noise floor were achieved (here limited by low-frequency 1/f-type noise). Further, efforts to increase the operating frequency to the GHz region and beyond has been outlined in the efforts to develop compact, low latency integrated chip technology and the development of novel sampling downconversion receiver architectures
A novel coherent receiver module is presented, comprising two optical 90°-hybrids monolithically int...
Abstract—A novel phase-locked coherent demodulator, based on a sampling phase-locked loop, is presen...
We propose a coherent receiver scheme exploiting optical sampling to overcome the speed limitations ...
Abstract—A novel coherent receiver for linear optical phase demodulation is proposed and experimenta...
In this paper, we present a coherent receiver based on an optical phase-locked loop (PLL) for linear...
Abstract—We demonstrate the operation of an ultra-compact coherent receiver for linear optical phase...
Abstract: A coherent receiver with feedback was developed to linearly demodulate the phase of an an...
Abstract—A compact monolithically integrated coherent re-ceiver with feedback has been fabricated fo...
Abstract—We report a novel digital coherent receiver based on sampling the signal in the optical dom...
Abstract — To obtain higher linearity in an analog photonic link, a novel coherent receiver design w...
Abstract—We propose and demonstrate a novel coherent re-ceiver with feedback for high-linearity anal...
We propose and demonstrate a novel coherent receiver with feedback for high-linearity analog photoni...
We report a novel digital coherent receiver based on sampling the signal in the optical domain to ov...
Abstract: A 1550-nm coherent receiver with a LiNbO3 optical hybrid and balanced photoreceivers integ...
A novel DSP based coherent receiver for phase modulated radio-over-fiber optical links is reported. ...
A novel coherent receiver module is presented, comprising two optical 90°-hybrids monolithically int...
Abstract—A novel phase-locked coherent demodulator, based on a sampling phase-locked loop, is presen...
We propose a coherent receiver scheme exploiting optical sampling to overcome the speed limitations ...
Abstract—A novel coherent receiver for linear optical phase demodulation is proposed and experimenta...
In this paper, we present a coherent receiver based on an optical phase-locked loop (PLL) for linear...
Abstract—We demonstrate the operation of an ultra-compact coherent receiver for linear optical phase...
Abstract: A coherent receiver with feedback was developed to linearly demodulate the phase of an an...
Abstract—A compact monolithically integrated coherent re-ceiver with feedback has been fabricated fo...
Abstract—We report a novel digital coherent receiver based on sampling the signal in the optical dom...
Abstract — To obtain higher linearity in an analog photonic link, a novel coherent receiver design w...
Abstract—We propose and demonstrate a novel coherent re-ceiver with feedback for high-linearity anal...
We propose and demonstrate a novel coherent receiver with feedback for high-linearity analog photoni...
We report a novel digital coherent receiver based on sampling the signal in the optical domain to ov...
Abstract: A 1550-nm coherent receiver with a LiNbO3 optical hybrid and balanced photoreceivers integ...
A novel DSP based coherent receiver for phase modulated radio-over-fiber optical links is reported. ...
A novel coherent receiver module is presented, comprising two optical 90°-hybrids monolithically int...
Abstract—A novel phase-locked coherent demodulator, based on a sampling phase-locked loop, is presen...
We propose a coherent receiver scheme exploiting optical sampling to overcome the speed limitations ...