A laboratory bidirectional four-channel broadband coherent-type fibre-optic subscriber line (3.5 km) is reported. The carriers are centre-frequency-stabilised by a heterodyne spectroscope and demultiplexed by a tunable heterodyne receiver. In a very special state of the system, BER increases for nonlinear interaction between two counterpropagating narrowband lightwaves because of Brillouin scattering
A single-channel single-polarisation all-fibre-optic transmission system at 830 nm wavelength with t...
Frequency conversion in optical fiber allows for coherent optical processing of densely multiplexed ...
The transmission of a multichannel coherent optical system is limited by four-wave mixing. In a 100-...
A laboratory bidirectional four channel broadband coherent type fiber optic subscriber line is repor...
Optical coherent multicarrier systems with highly selective tunable optical heterodyne receivers can...
A laboratory ten-channel coherent fibre-optic broadband transmission system is reported. The frequen...
The improved sensitivity of the optical heterodyne receiver can be used for long haul transmission a...
A laboratory ten-channel coherent fibre optic broadband transmission system including an optical tra...
When introducing broadband video-telephone on a large scale a considerable expansion of transmission...
High-speed broadband services require optical fibres in access networks, in which multiple subscribe...
In section 1 the TV distribution system is described, with particular reference to frequency stabili...
The bandwidth and latency demands driven by 5G wireless networks are putting a focus on analog radio...
Results are reported of a two-channel heterodyne-type fibre-optic transmission experiment at 825 nm ...
Interactions between two counterpropagating narrowband lightwaves (frequency difference=20 GHz, lamb...
Highly flexible and survivable networks can be built by allocating optical carriers of heterodyne sy...
A single-channel single-polarisation all-fibre-optic transmission system at 830 nm wavelength with t...
Frequency conversion in optical fiber allows for coherent optical processing of densely multiplexed ...
The transmission of a multichannel coherent optical system is limited by four-wave mixing. In a 100-...
A laboratory bidirectional four channel broadband coherent type fiber optic subscriber line is repor...
Optical coherent multicarrier systems with highly selective tunable optical heterodyne receivers can...
A laboratory ten-channel coherent fibre-optic broadband transmission system is reported. The frequen...
The improved sensitivity of the optical heterodyne receiver can be used for long haul transmission a...
A laboratory ten-channel coherent fibre optic broadband transmission system including an optical tra...
When introducing broadband video-telephone on a large scale a considerable expansion of transmission...
High-speed broadband services require optical fibres in access networks, in which multiple subscribe...
In section 1 the TV distribution system is described, with particular reference to frequency stabili...
The bandwidth and latency demands driven by 5G wireless networks are putting a focus on analog radio...
Results are reported of a two-channel heterodyne-type fibre-optic transmission experiment at 825 nm ...
Interactions between two counterpropagating narrowband lightwaves (frequency difference=20 GHz, lamb...
Highly flexible and survivable networks can be built by allocating optical carriers of heterodyne sy...
A single-channel single-polarisation all-fibre-optic transmission system at 830 nm wavelength with t...
Frequency conversion in optical fiber allows for coherent optical processing of densely multiplexed ...
The transmission of a multichannel coherent optical system is limited by four-wave mixing. In a 100-...