We report on the ultra-wideband (UWB) transmission of a 103 nm signal over 3×100 km of standard single mode fiber (SSMF).
This Letter reports the design, fabrication and characterisation of a new differential linear driver, fabricated in the III-V Lab 0.7-${rm mu }{rm m}$?m emitter width indium phosphide (InP) double
Short reach communication systems, such as datacenters and access networks, exhibit steep capacity growth and require opto-electronic technologies with small size, low complexity and low power cons
Demultiplexing photoreceivers, composed of either pin or pinTWA packaged frontends and subsequent packaged InP-HBT-based demultiplexers are reported for 107 Gbit/s operation, paving the way to ultr
Using optical duobinary modulation, we demonstrate the first electrical time-division multiplexed (ETDM) optical transmitter at 107 Gb/s, suitable for serial transport of 100G Ethernet.
We demonstrate 107-Gb/s optical packet switching using electronically multiplexed duobinary signals, fast tunable lasers, and a 40×40 arrayed waveguide grating router.
We demonstrate 107-Gb/s single-channel transmission over the commercial all-Raman LambdaXtreme(R) transport system.
We demonstrate an IM/DD PAM-4 optical transceiver operating at 84 and 100 Gbaud, and achieve successful demodulation after 1 km and 500 m of standard single mode fiber, respectively.
We report the first optical transmitter implementations operating at a serial bit rate of 107 Gbit/s using solely electronic time division multiplexing (ETDM).
We report on the transmission of 254 PCS-64QAM 50-GHz spaced channels over three spans of 100 km of SSMF using ultra-wideband technologies.
