TY - EJOU AU - Irfan, Muhammad AU - Ali, Farman AU - Muhammad, Fazal AU - Rahman, Saifur AU - Armghan, Ammar AU - Khan, Yousaf AU - Althobiani, Faisal AU - Shafiq, Rehan AU - Alshareef, Mohammed AU - Gommosani, Mohammad E. TI - Impairments Approximations in Assembled mmWave and Radio Over Fiber Network T2 - Computers, Materials \& Continua PY - 2022 VL - 73 IS - 3 SN - 1546-2226 AB - The fiber nonlinearity and phase noise (PN) are the focused impairments in the optical communication system, induced by high-capacity transmission and high laser input power. The channels include high-capacity transmissions that cannot be achieved at the end side without aliasing because of fiber nonlinearity and PN impairments. Thus, addressing of these distortions is the basic objective for the 5G mobile network. In this paper, the fiber nonlinearity and PN are investigated using the assembled methodology of millimeter-wave and radio over fiber (mmWave-RoF). The analytical model is designed in terms of outage probability for the proposed mmWave-RoF system. The performance of mmWave-RoF against fiber nonlinearity and PN is studied for input power, output power and length using peak to average power ratio (PAPR) and bit error rate (BER) measuring parameters. The simulation outcomes present that the impacts of fiber nonlinearity and PN can be balanced for a huge capacity mmWave-RoF model applying input power carefully. KW - Fiber nonlinearity; phase noise; radio over fiber network; advanced modulation system DO - 10.32604/cmc.2022.030157