Abstract
A multi-mode supported elliptical ring core fiber is demonstrated in the suggested work. The reported fiber structure is capable of supporting a large number of modes and influences to be favorable for high capacity, less crosstalk in the area of mode division multiplexing, and Internet of Things (IoT) compatible communications. To ensure the efficiency of the described structure, many characteristics such as V-parameter, birefringence, sensitivity response, and confinement loss are analyzed. The investigation results are obtained from the offered structure by taking 22 distinct eigenmodes and the wavelength range from 1.54 to 1.7 mu m. The evaluation of the numerical analysis shows the confinement loss of less than 2.85 x 10(-9) dB/m, the sensitivity response of 80,757.73292 nm/RIU. These are, to the best of our knowledge, the maximum responses received in this trade. IoT-based technologies allow networked tools to communicate, sense, and interact with each other. Where the wireless networks are harsh to operate on the ecological surroundings, the optical technology as fiber optic cables delivers the best resources of handling data and transferring it from one place to another effectively.