A Power Loss Reduction Development for a Distributed Fiber Optic Communication Network

Hamadamen, Nawroz Ibrahim

doi:10.24271/psr.2024.412011.1379

A Power Loss Reduction Development for a Distributed Fiber Optic Communication Network

Document Type : Original Article

Author

Nawroz Ibrahim Hamadamen

Software Engineering Department, College of Engineering, Salahaddin University, Erbil, Iraq

10.24271/psr.2024.412011.1379

Abstract

The big issue in today’s telecommunications is the crowded information communication pushed to this study that has analyzed a thorough comparison of non-return to zero and return to zero modulation strategies installing and testing each along with optical amplifier alone once and optical amplifier with polarization mode dispersion emulator in hybrid. It recorded maximum quality factor, minimum bit error rate, and optical received power analyzing the range of working wavelengths (1310–1550 nm) between the E and S bands. When it comes to improving optical transmission, the Non-Return to Zero NRZ modulation technique outperforms the Return to Zero RZ modulation approach in that it has received an optical power of 12.76 mW, a quality factor of 11.81, and bit error rate nearly zero, the quality factor and bit error rate chosen considering the strength of optical received power enhancement.

Keywords

Fiber Optic Digital Communication

Loss Relieving

Optical Amplifiers

PMD-Emulator

Hybrid Amplifiers

Quality Factor