Statistics

Materials science

Programming language

Electronic engineering

Engineering

Composite material

Power (physics)

Fiber

Telecommunications

Physics

Optical power

Spectrum analyzer

Mathematics

Optics

Fiber optic sensor

SIGNAL (programming language)

Quantum mechanics

Optical amplifier

Amplifier

Computer science

Parametric statistics

Fiber optic splitter

Optical time-domain reflectometer

Electrical engineering

Bandwidth (computing)

Laser

Optical fiber

Journal of Optical Communications

This paper contains a main model which concludes a two optical fiber cable along 70 km and with Parametric/Raman amplifiers with a result of total power 0.781 dBm that computed by the optical power meter which is located before the receiver part and the second optical fiber channel, a total power −44.186 dBm at the end of model which is computed by the electrical power meter visualizer, and a max. Q factor 2.548 computed by the BER analyzer. The suggested model has outlined some updates on the previous model to improve the results so that the results are increased at the same length as the following: total power of optical signal becomes 10.039 dBm, total power of electrical signal becomes 0.624 dBm, and the max. Q factor becomes 9.60787.

Cascaded stages of parametric optical fiber amplifiers with Raman fiber amplifiers for upgrading of telecommunication networks through optical wireless communication channel