Optical fibre transmission lines have many advantages over coaxial cables. The most widely used fabrication techniques involve chemical vapour deposition resulting in losses of well below 1 dB/km. Analysis of propagation follows well-defined principles and the results obtained are broadly comparable with those at microwave frequencies, although the wavelength of operation, ~1 µm, is much shorter. By suitable design single-mode fibres can be made to give bandwidth x length products approaching 100 GHz.km. Multimode fibres are now well understood, pose fewer problems and can be excited with light-emitting diodes
Optical fiber cables are materials whose core is made of silica and other materials such as chalcoge...
Bachelor´s thesis more closely specifies effects of attenuation and dispersion of optical fibers in ...
The feasibility of operating a non-simultaneous, bidirectional, unrepeatered communications link ove...
The purpose of optical-fibre communications is quite revolutionary - namely to introduce a completel...
The structure of optical fibre transmission lines takes the very simple [Suematsu & Iga 1982] fo...
The present state of research and development into optical fibre systems for applications in telecom...
Despite recent progress, optical fibre transmission systems remain primitive in comparison with, say...
Optical fibre types, evolution of optical fibre communications, Transverse modes, refractive index p...
Contemporary demand for data services is not a realistic demand anymore because of capabilities of c...
Fibres for optical communications are currently being made with two types of material, namely low-te...
In communications, higher frequencies mean greater bandwidths. Optical frequencies, if they could be...
In recent years, the field of telecommunications has undergone a major revolution with the introduct...
A study is made of both the manufacture and the characteristics of low-loss cladded optical fibres f...
When research on optical fibre communications was first started in 1966 the main interest was in sin...
Optical fiber cables are materials whose core is made of silica and other materials such as chalcoge...
Optical fiber cables are materials whose core is made of silica and other materials such as chalcoge...
Bachelor´s thesis more closely specifies effects of attenuation and dispersion of optical fibers in ...
The feasibility of operating a non-simultaneous, bidirectional, unrepeatered communications link ove...
The purpose of optical-fibre communications is quite revolutionary - namely to introduce a completel...
The structure of optical fibre transmission lines takes the very simple [Suematsu & Iga 1982] fo...
The present state of research and development into optical fibre systems for applications in telecom...
Despite recent progress, optical fibre transmission systems remain primitive in comparison with, say...
Optical fibre types, evolution of optical fibre communications, Transverse modes, refractive index p...
Contemporary demand for data services is not a realistic demand anymore because of capabilities of c...
Fibres for optical communications are currently being made with two types of material, namely low-te...
In communications, higher frequencies mean greater bandwidths. Optical frequencies, if they could be...
In recent years, the field of telecommunications has undergone a major revolution with the introduct...
A study is made of both the manufacture and the characteristics of low-loss cladded optical fibres f...
When research on optical fibre communications was first started in 1966 the main interest was in sin...
Optical fiber cables are materials whose core is made of silica and other materials such as chalcoge...
Optical fiber cables are materials whose core is made of silica and other materials such as chalcoge...
Bachelor´s thesis more closely specifies effects of attenuation and dispersion of optical fibers in ...
The feasibility of operating a non-simultaneous, bidirectional, unrepeatered communications link ove...