Add to ORKGA laboratory ten-channel coherent fibre optic broadband transmission system including an optical traveling wave amplifier is reported. The amplified (+6 dB) carriers, having a frequency spacing of 6 GHz, are demultiplexed by a tunable heterodyne receiver which has a sensitivity of -42 dBm at a bit error rate of 10-9
A coherent optical transmission system with two broadband inline optical amplifiers was investigated...
In section 1 the TV distribution system is described, with particular reference to frequency stabili...
We report an experimental terabit coherent optical transmission system with 1.25Tb/s Nyquist PDM 64-...
A laboratory ten-channel coherent fibre-optic broadband transmission system is reported. The frequen...
Optical coherent multicarrier systems with highly selective tunable optical heterodyne receivers can...
The improved sensitivity of the optical heterodyne receiver can be used for long haul transmission a...
A laboratory bidirectional four-channel broadband coherent-type fibre-optic subscriber line (3.5 km)...
A laboratory bidirectional four channel broadband coherent type fiber optic subscriber line is repor...
Results are reported of a two-channel heterodyne-type fibre-optic transmission experiment at 825 nm ...
The bandwidth and latency demands driven by 5G wireless networks are putting a focus on analog radio...
An optical coherent ten-channel distribution system with bit rates of 70 Mbit/s (nine channels) and ...
An optically amplified multichannel WDM transmission system with 10 channels,102km nonregerated tran...
A heterodyne-type fiber-optic television transmission is reported. The setup consists of a semicondu...
A single-channel single-polarisation all-fibre-optic transmission system at 830 nm wavelength with t...
This work represents implementation and investigation of optical coherent communication system betwe...
A coherent optical transmission system with two broadband inline optical amplifiers was investigated...
In section 1 the TV distribution system is described, with particular reference to frequency stabili...
We report an experimental terabit coherent optical transmission system with 1.25Tb/s Nyquist PDM 64-...
A laboratory ten-channel coherent fibre-optic broadband transmission system is reported. The frequen...
Optical coherent multicarrier systems with highly selective tunable optical heterodyne receivers can...
The improved sensitivity of the optical heterodyne receiver can be used for long haul transmission a...
A laboratory bidirectional four-channel broadband coherent-type fibre-optic subscriber line (3.5 km)...
A laboratory bidirectional four channel broadband coherent type fiber optic subscriber line is repor...
Results are reported of a two-channel heterodyne-type fibre-optic transmission experiment at 825 nm ...
The bandwidth and latency demands driven by 5G wireless networks are putting a focus on analog radio...
An optical coherent ten-channel distribution system with bit rates of 70 Mbit/s (nine channels) and ...
An optically amplified multichannel WDM transmission system with 10 channels,102km nonregerated tran...
A heterodyne-type fiber-optic television transmission is reported. The setup consists of a semicondu...
A single-channel single-polarisation all-fibre-optic transmission system at 830 nm wavelength with t...
This work represents implementation and investigation of optical coherent communication system betwe...
A coherent optical transmission system with two broadband inline optical amplifiers was investigated...
In section 1 the TV distribution system is described, with particular reference to frequency stabili...
We report an experimental terabit coherent optical transmission system with 1.25Tb/s Nyquist PDM 64-...