Conceptual Design of LiFi Audio Transmission Using Pre-Programmed Modules

TL;DR

This paper presents a conceptual design for LiFi audio transmission using pre-programmed modules, aiming to simplify visible light communication and demonstrate its potential advantages over Wi-Fi.

Contribution

It introduces a novel conceptual framework for LiFi audio transmission employing reusable modules, providing a foundation for future research in VLC technology.

Findings

Successful demonstration of LiFi audio transmission concept

Potential for low latency and high security in data transfer

Framework facilitates further development of VLC systems

Abstract

We all know that Wi-Fi is presently the most commonly used technology for data transmission and connecting devices to the Internet, at the same time due to much reasonable concern, (such as Wi-Fi can be vulnerable when it comes to hacking, health concern, and low latency, etc.) the concept of Li-Fi is becoming very popular as a new way of data transmission that use light waves to transmit data rather than radio waves. Light-emitting diodes LED are used when transmitting the data in the visible light spectrum. Li-fi uses visible light communication and it has a promising future. Unlike Wi-fi, Li-Fi has low latency, high efficiency, accessible spectrum, and high data can be achieved. It is highly secured so the data cannot be hacked. In this paper, we design a concept of Li-fi audio signal transmission by reusing and repurposing pre-programmed modules to simplify and discuss visible light communication (VLC) in other to give a new researcher the idea on how the concept of LiFi and VLC. In addition to designing the concept we experiment to test the concept and we illustrated the result within this paper.