We demonstrate optical arbitrary waveform generation at a record-high bandwidth of 325
GHz by phase-stabilized superimposing of four tributary signals. In a proof-of-concept …

We implement an optical arbitrary-waveform generator (OAWG) that relies on spectrally
sliced signal synthesis with well-defined feedback-stabilized phase relations. We …

We experimentally demonstrated a 20 Gbaud 256QAM over 20 km of SSMF in a 25 GHz grid
employing Kramers-Kronig scheme to reconstruct optical phase. To the best of our …

In this letter, we report on a novel method of generating a square quadrature amplitude
modulation (QAM-16) signal at 21.3 Gbaud and its subsequent transmission over 480 km …

We demonstrate an optical transmitter based on dynamic optical arbitrary waveform
generation (OAWG) which is capable of creating high-bandwidth (THz) data waveforms in …

We introduce a dynamic optical arbitrary waveform generation (OAWG) technique that
produces bandwidth scalable, continuous waveforms of near perfect fidelity. Additionally …

Photonic-Eletronic Arbitrary Waveform Generation up to 100 GHz Using Active Phase
Stabilization Page 1 Photonic-Eletronic Arbitrary Waveform Generation up to 100 GHz …

Linear and Nonlinear Transmission of 16-QAM Over 105 km Phase-Sensitive Amplified Link
Page 1 Th1H.3.pdf OFC 2014 © OSA 2014 Linear and Nonlinear Transmission of 16-QAM Over …

Introduction: Two trends have recently emerged in optical communication technology. One is
ultra-high-speed transmission using ultrashort pulses, which is the driving force behind …

We review the recent technology advancements related to the transmission of 400Gb/s,
wavelength-division-multiplexed channels for optical networks based on the standard 50 …