Selective area growth (SAG) technology has been added to an established InP monolithic integration platform to fabricate arrays of multi-wavelength distributed feedback (DFB) lasers.
: We report the transmission of 155 channels with 100Gbit/s PDM-QPSK modulation over 7200km of pure silica core fibre, exploiting hybrid Raman-EDFA amplification and digital coherent detection.
We present a transmission over C-band and L-band of single carrier 200 Gb/s PDM-8QAM signals with 50GHz spacing, resulting in 4 b/s/Hz spectral efficiency.
The emphasis of this talk will be on the benefits provided in the application of 16/32 Bit Microprocessors.
An experimental four-channel optical time-division multiplexed transmission system is described and the first demonstration of fiber transmission at a bit rate of 16 Gb/s is reported.
A scheme for using semiconductor laser amplifiers for simultaneous compensation of both the fiber loss and the fiber dispersion in the 1.5microns region is proposed and demonstrated.
We present a 22 mW-16nm tunable DBR-SOA, robust and simple to control.
We demonstrate a 16 wavelengths comb source using hybrid integration of 16 gain chips, 32 balls lenses and an arrayed waveguide grating, with total output power >20 mW, SMSR 56 dB, and kHz-scale
A 16 x 112 Gb/s field transmission trial with EDFA only was performed over legacy fiber infrastructure of Deutsche Telekom having partially high PMD.
We demonstrate a low-loss 16-band dynamic gain equalization filter consisting of two perfectly sampled waveguide grating routers (WGR's) and an array of thermooptic attenuators.
