Simulative analysis reveals signal loss and dispersion in optical fiber communication with varying ambient temperatures.
This paper has highlighted the simulative study of different photonic crystal fibers types configuration based optical fiber communication channel system for short range indoor applications. The overall system signal loss is studied in relation to different fiber types and various spectral operating wavelengths at various temperature variations with the optimum indoor reach. Besides the overall system dispersion is demonstrated versus the different fiber types and various ambient temperature variations at various near infrared spectral operating wavelengths with the optimum indoor reach. As well as the output system power is simulated and analyzed against different fiber link range and various transmission bit rates based various photonic crystal fibers configurations for the fiber communication channel. Overall transmission data rate is clarified versus different fiber types and fiber link range at different ambient temperature variations with the optimum indoor reach. Moreover the signal per noise ratio is indicated against different fiber link range and various ambient temperature variations based various photonic fiber communication channel configurations.
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Prabu et al. (2025) studied this question.
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