Data Transmission using Light Fidelity
Keywords:
Electromagnetic Radiation (EMR), Integrated Development Environment (IDE), Light Dependent Resistor (LDR), Multi-Dimensional Receiver (MDR), Radio Frequency Signal (RF signal), Visible Light Communication (VLC)Abstract
The management of data transmission for radio signals has emerged as a critical issue, leading to the development of light as a viable option. Visible Light Communication (VLC) has emerged as a powerful solution for data transmission. Among the technologies associated with VLC, Light Fidelity (Li-Fi) stands out as an innovative method that utilizes light signals to convey data from a source to a destination. This technology offers numerous advantages and addresses various limitations associated with Wi-Fi, such as security vulnerabilities, physical obstructions, and radio frequency interference. The paper aims to examine the effectiveness of information communication utilizing Visible Light Communication (VLC). The study focuses on the implementation of various data transmission methods via Li-Fi technology. Li-Fi uses visible light for data transfer, enabling faster transmission rates with reduced interference. The results aim to highlight Li-Fi’s potential for multimedia applications and suggest future advancements to improve its practicality and performance.
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