Describes the principle of a glass-fibre-transmission-channel system capable of carrying simultaneously a wide range of telecommunication services, e.g. colour TV and stereo radio, telephone and 'picture'-phone, pictorial data display. The signals are transmitted digitally with time-multiplexing, requiring 1024*64 kbit/s for colour TV distribution or only 16*64 kbit/s for stereo sound distribution. For 2-way or 'dialogue' services such as the telephone, Telex, facsimile or data services (requiring only 64 kbit/s), a second glass fibre completes the loop from main station to subscriber station and back again. Questions of synchronization and compatibility are also discusssed
This work studies a digital transmission system by fiber optic. We give special relevance to the syn...
One of the keys to the future of telecommunications companies will be their ability to provide new b...
The modern industrial company needs capable communication systems. With fast digital signal processi...
EP 127570 A UPAB: 19930925 The system has a star network of optical channels and a central star coup...
Optical-fibre communications became commercially viable in the 1970s and innovation continues today....
Subscriber stations in service integrated communications systems can be implemented in many differen...
With the improvement of lasers and optical fibres increasing transmission rates become available for...
Available from British Library Document Supply Centre- DSC:DX78046 / BLDSC - British Library Documen...
The present state of research and development into optical fibre systems for applications in telecom...
Any mobile telecommunications network requires syntonization among its various elements. The need to...
This thesis describes the realization of a facility for the high-accuracy frequency dissemination on...
La distribution et la comparaison d'étalons de fréquence optique ultra-stables et d'échelle de temps...
Describes an optical transmission system operating at a bit-rate of 2.24 Gbit/s over a 5.5 km single...
Within recent years there has been a significant amount of interest in applying the new and developi...
This work shows a data synchronous communication system by fiber optic, with relevance for the synch...
This work studies a digital transmission system by fiber optic. We give special relevance to the syn...
One of the keys to the future of telecommunications companies will be their ability to provide new b...
The modern industrial company needs capable communication systems. With fast digital signal processi...
EP 127570 A UPAB: 19930925 The system has a star network of optical channels and a central star coup...
Optical-fibre communications became commercially viable in the 1970s and innovation continues today....
Subscriber stations in service integrated communications systems can be implemented in many differen...
With the improvement of lasers and optical fibres increasing transmission rates become available for...
Available from British Library Document Supply Centre- DSC:DX78046 / BLDSC - British Library Documen...
The present state of research and development into optical fibre systems for applications in telecom...
Any mobile telecommunications network requires syntonization among its various elements. The need to...
This thesis describes the realization of a facility for the high-accuracy frequency dissemination on...
La distribution et la comparaison d'étalons de fréquence optique ultra-stables et d'échelle de temps...
Describes an optical transmission system operating at a bit-rate of 2.24 Gbit/s over a 5.5 km single...
Within recent years there has been a significant amount of interest in applying the new and developi...
This work shows a data synchronous communication system by fiber optic, with relevance for the synch...
This work studies a digital transmission system by fiber optic. We give special relevance to the syn...
One of the keys to the future of telecommunications companies will be their ability to provide new b...
The modern industrial company needs capable communication systems. With fast digital signal processi...