The authors report error-free transmission over 544 km of standard fibre of 40 channels at 9.953 Gbit/s from a spectrum-sliced supercontinuum source.
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.
