Pseudo-linear transmission of short pulse OTDM signals has enabled transmission of high bit-rate OTDM signals over optical fiber that has nonzero-dispersion.
The relationships of hydromagnetic energy in the band ~20-50mHz, as measured on the ground near a dayside magnetopause field line, to the total magnitude of the interplanetary magnetic field (IMF)
This article highlights some of our recent research on the contributions of upstream hydromagnetic waves to geomagnetic fluctuations observed in the Pc 3-4 frequency range near magnetospheric cusp
We report the WDM transmission of 22x1-Tb/s quad-carrier channels using 16QAM format over ultra-long distance.
In this paper, a method to transmit the voice over an EDGE system is proposed. New Radio Link Control (RLC)/Medium Access Control (MAC) headers are proposed.
Les systèmes optiques déployés actuellement utilisent la détection cohérente pour les débits de 40Gbit/s et 100Gbit/s.
We characterize the distributed Raman amplification in a 70 km 3-spatial-mode few-mode fiber with different pump configurations and demonstrate bidirectional pumped Raman amplification and 1050 km
We demonstrate 1 dB Q2-margins in a transmission over 1800 km with a real-time 200Gb/s PDM-8QAM transponder (44.8 GBaud) in a super-channel with carriers spaced by 50 GHz using legacy 50GHz-mux-dem
We present here an all-integrated ETDM 40 Gbit/s optoelectronic transmitter module, which has been developed by the French RNRT ERMIONE consortium.
We report the transmission over 360 km of 110 channels at 2.35 Gb/s from a spectrum-sliced femtosecond fiber laser.
