We demonstrate, for the first time, a b-modulated dual-polarisation NFDM transmission in simulation, achieving a record net data rate of 400 Gbps (SE of 7.2 bit/s/Hz) over 960 km.
We demonstrate in simulation a 400 Gbps polarisation-multiplexed 1050x32-QAM NFDM transmission using b-modulation on the continuous nonlinear spectrum.
This paper presents multi-finger InP/GaAsSb/InP HBTs designed for millimeter-wave applications.
We report on an optical transmission experiment using four in-line optical amplifiers.
We review the principles of generation, detection, and transmission of multi-carrier superchannels based on no-guard-interval coherent optical orthogonal frequency division multiplexing (NGI-CO-OFD
© 2020 Optical Society of America We demonstrate a direct-modulation and direct-detection system with a back-to-back line rate of 411.6 (net bit rate of 337.5) Gb/s using a 65 GHz DFB+R laser.
We generate a 400-Gb/s line rate signal using a directly modulated 2x4 monolithic vertical-cavity-surface- emitting-laser (VCSEL) array.
A continuously tunable optical delay line based on a two-pump parametric process in highly nonlinear fiber provided a 400-ns tuning range for a 10-Gbps optical signal.
A p.p.m.-a.m. system in which 23 communication channels are provided by a pulse train composed of channel pulses 0.5 musec wide and a marker pulse 1.5 musec wide is about to go into service.
We review recent advances in the generation, detection, and transmission of high spectral efficiency optical superchannels that utilize both orthogonal-frequency-division-multiplexing for optical c
