Analysis of different structure and nonlinear distortion of multicore fiber for power over fiber applications

Recently the fiber technology enabled the application in electrical domain for remote access uses. The Power over Fiber technique is a preamble for the same where in the multicore fiber is used as a channel. In this paper, we have designed the five structures like triangular, ring, square, rectangular and hexagonal of multi core fiber and their analysis in term of a number of cores, pitch and power spectrum. The hexagonal MCF has provided maximum power at output -10 dB and maximum power of current cut is 6.340e-001W at 38 mesh point and recommended for power over fiber link. The nonlinear distortions associated with multicore fiber and its impact on the performance of power over fiber link are also discussed. The simulation results are carried out on OptiFDTD 12.0 version platform.