Transmission of 6 ps linear pulse pairs over 50 km of standard fiber is demonstrated by employing midpoint spectral inversion (phase conjugation) of the data signal to compensate dispersion effects. Pulse broadening as low as 10 percent and faithful reconstruction of the pulse patterns are observed and confirm the applicability of this technique to bit rates greater than 100 Gb-1
We propose and numerically verify a scheme of frequency-shift free mid-span spectral inversion (MSSI...
We describe recent results on the fabrication of low dispersion, loss compensating dispersion decrea...
We demonstrate a nearly distortion-less transmission of 610 fs pulses over a 160 km standard-SMF spa...
Transmission of 6ps linear pulses over 50km of standard fibre is demonstrated by employing midpoint ...
Transmission of 6ps linear pulse pairs over 50km of standard fibre is demonstrated by employing midp...
Linear transmission of 10 ps pulses over 101.5 km of standard fibre has been achieved by inverting t...
We report experimental results on transmission of 5.7ps input pulses over 318km standard fibre. The ...
We report experimental and numerical results on transmission of short pulses in systems with midspan...
Fibre nonlinearity and dispersion may limit the repeater spacing in high speed fibreoptic transmissi...
The first field trial using midspan spectral inversion for dispersion compensation is presented. All...
We report on 80-Gb/s transmission over 106 km of standard-fiber (D=16 ps/km/nm) using midspan spectr...
The first field trial using midspan spectral inversion for dispersion compensation is presented. All...
We demonstrate the transmission of 3x20Gbaud PAM4 signals over a 360km, field-deployed, amplified tr...
[[abstract]]We demonstrate essentially distortionless 50 km single mode fiber transmission for ~500 ...
We present the propagation of 16ps data pulses over 100km of step-index fibre utilising two cascaded...
We propose and numerically verify a scheme of frequency-shift free mid-span spectral inversion (MSSI...
We describe recent results on the fabrication of low dispersion, loss compensating dispersion decrea...
We demonstrate a nearly distortion-less transmission of 610 fs pulses over a 160 km standard-SMF spa...
Transmission of 6ps linear pulses over 50km of standard fibre is demonstrated by employing midpoint ...
Transmission of 6ps linear pulse pairs over 50km of standard fibre is demonstrated by employing midp...
Linear transmission of 10 ps pulses over 101.5 km of standard fibre has been achieved by inverting t...
We report experimental results on transmission of 5.7ps input pulses over 318km standard fibre. The ...
We report experimental and numerical results on transmission of short pulses in systems with midspan...
Fibre nonlinearity and dispersion may limit the repeater spacing in high speed fibreoptic transmissi...
The first field trial using midspan spectral inversion for dispersion compensation is presented. All...
We report on 80-Gb/s transmission over 106 km of standard-fiber (D=16 ps/km/nm) using midspan spectr...
The first field trial using midspan spectral inversion for dispersion compensation is presented. All...
We demonstrate the transmission of 3x20Gbaud PAM4 signals over a 360km, field-deployed, amplified tr...
[[abstract]]We demonstrate essentially distortionless 50 km single mode fiber transmission for ~500 ...
We present the propagation of 16ps data pulses over 100km of step-index fibre utilising two cascaded...
We propose and numerically verify a scheme of frequency-shift free mid-span spectral inversion (MSSI...
We describe recent results on the fabrication of low dispersion, loss compensating dispersion decrea...
We demonstrate a nearly distortion-less transmission of 610 fs pulses over a 160 km standard-SMF spa...