We present results of experiments aimed at increasing the reach of 1GE and 10GE transmission in the 1310nm wavelenght range by application of Praseof dimium doped fluoride fibre amplifiers
Application of optical semiconductor amplifiers and distributed Raman amplifiers for distribution of...
We have compared the operation of semiconductor and fibre optical amplifiers for the 1300 nm optical...
An experimental assessment of the gain and noise characteristics of a praseodymium doped fibre ampli...
We have investigated the system performance of an experimental Praseodymium Doped Fiber Amplifier in...
Optical fibre amplifiers are key devices for increasing the transmission distance, speed and capacit...
We have investigated the system performance of an experimental Praseodymium Doped Fibre Amplifier (P...
We have investigated the system performance of an experimental Praseodymium Doped Fibre Amplifier (P...
The optical amplifier became a realistic prospect for telecommunications after the demonstration of ...
Two novel glass compositions aimed at improving the quantum efficiency and gain of the 1.3µm praseod...
A 1300 nm praseodymium doped fibre amplifier (PDFA) was set-up using commercially available praseody...
To date, most research on rare earth doped optical fibre amplifiers has been directed towards develo...
Thulium-doped fluorozirconate fibre can be used as an efficient amplifier over the wavelength range ...
A complete experimental and theoretical study of rare earth doped fiber-optic amplifiers for the fir...
Current status and future prospects for a practical 1.3µm fibre amplifier are reviewed. Summary: The...
Progress in the development of the elusive pump-efficient 1.3µm optical fibre amplifier is reviewed....
Application of optical semiconductor amplifiers and distributed Raman amplifiers for distribution of...
We have compared the operation of semiconductor and fibre optical amplifiers for the 1300 nm optical...
An experimental assessment of the gain and noise characteristics of a praseodymium doped fibre ampli...
We have investigated the system performance of an experimental Praseodymium Doped Fiber Amplifier in...
Optical fibre amplifiers are key devices for increasing the transmission distance, speed and capacit...
We have investigated the system performance of an experimental Praseodymium Doped Fibre Amplifier (P...
We have investigated the system performance of an experimental Praseodymium Doped Fibre Amplifier (P...
The optical amplifier became a realistic prospect for telecommunications after the demonstration of ...
Two novel glass compositions aimed at improving the quantum efficiency and gain of the 1.3µm praseod...
A 1300 nm praseodymium doped fibre amplifier (PDFA) was set-up using commercially available praseody...
To date, most research on rare earth doped optical fibre amplifiers has been directed towards develo...
Thulium-doped fluorozirconate fibre can be used as an efficient amplifier over the wavelength range ...
A complete experimental and theoretical study of rare earth doped fiber-optic amplifiers for the fir...
Current status and future prospects for a practical 1.3µm fibre amplifier are reviewed. Summary: The...
Progress in the development of the elusive pump-efficient 1.3µm optical fibre amplifier is reviewed....
Application of optical semiconductor amplifiers and distributed Raman amplifiers for distribution of...
We have compared the operation of semiconductor and fibre optical amplifiers for the 1300 nm optical...
An experimental assessment of the gain and noise characteristics of a praseodymium doped fibre ampli...
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