Examples of 'optical telecommunications' in a sentence
Meaning of "optical telecommunications"
optical telecommunications: Communication technology that uses light to transmit information through optical fibers
How to use "optical telecommunications" in a sentence
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optical telecommunications
Application to optical telecommunications and to optical interconnections.
Its application is in the field of optical telecommunications.
Application to optical telecommunications and optical spectrometry.
It also applies to the field of optical telecommunications.
It applies to optical telecommunications and in particular to the production of optical buses.
The invention is particularly applicable to optical telecommunications.
Metropolitan area type optical telecommunications network comprising a ring type core.
The invention has general applications in optical telecommunications.
An optical telecommunications network terminal including,.
Such devices are used in optical telecommunications.
Optical telecommunications networks are known, which use optical beams having several wavelengths.
The invention is used in optical telecommunications.
In optical telecommunications technology, optical receivers are used to convert optical signals into electrical signals.
Passive components for optical telecommunications.
The present invention applies to optical and optoelectronic modules amongst other things for optical telecommunications.
See also
Principles of modern optical telecommunications.
The coding signal may be for example and not exclusively a coding signal for optical telecommunications.
Applications include optical telecommunications.
Advantageously, it has a particular application in wavelength multiplexing for optical telecommunications.
It is used in optical telecommunications.
Application to the production of light sources for optical telecommunications.
It applies in particular to optical telecommunications and, more specifically, to data transmission networks.
Method of determining a spectral route in an optical telecommunications network.
The development of optical telecommunications has demonstrated the advantage of implementing wavelength-multiplexed transmissions.
It has a general application in optical telecommunications.
An optical telecommunications network, of metropolitan area type, comprising,.
It more particularly relates to the field of optical telecommunications.
There is a requirement, for example in optical telecommunications networks, for lasers having a narrow linewidth output.
It is used in optics and more specifically in optical telecommunications.
An optical telecommunications system which comprises, -.
It more particularly applies to the field of optical telecommunications.
FIG . 1 shows an optical telecommunications network installation 10 of the invention.
It is intended more particularly for use in optical telecommunications.
Application to optical telecommunications.
This influence is quite acceptable for an application in optical telecommunications.
Application in optical telecommunications.
The present invention is applicable in particular to the field of optical telecommunications.
The field of the invention is that of optical telecommunications systems for transmitting digital data.
The preferred field of use for semiconductor lasers is that of optical telecommunications.
This tool allows young people to demystify optical telecommunications by making themselves optical waveguides.
The present invention relates to a method of determining a spectral route in an optical telecommunications network.
This modulator is used particularly for optical telecommunications and all-optical network applications.
The component has particular utility for tuneable optical filtering and optical telecommunications.
The guide is suitable for guiding light at optical telecommunications wavelengths, typically longer than 1.1 um.
The use of a component according to claim 1 in wavelength multiplexing for optical telecommunications.
FIG . 1 is a diagrammatic view of an optical telecommunications network installation of the invention ;.
Method of determining a spectral route for a given connection in an optical telecommunications network.
It has an application in optical telecommunications.
Light-emitting and light-receiving diode particularly for optical telecommunications.
It is particularly applicable to optical telecommunications.
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