What question did this study set out to answer?

The research aims to design and test a physical implementation of a visible light communication system.

April 21, 2026Open Access

Visible light communication: implementation and analysis

Key Points

The research aims to design and test a physical implementation of a visible light communication system.
Utilized a neutral white LED array and a PIN photodiode for downlink communication.
Implemented uplink communication with an IR LED and a photodiode.
Conducted tests for various distances using an ATmega328 microcontroller.
Achieved maximum communication distance of 2.1 meters.
Demonstrated effective communication between two personal computers using visible light.

Abstract

Major research in Visible Light Communication is at simulation level and researcher needs a test system for the physical implementation of VLC. LEDs are predominantly used everywhere due to greater development in technology of light sources. LED sources are used in Visible Light Communication for an eco-friendly world due to its advantages over conventional wireless communication systems like Radio Frequency. Communication between two personal computers using Visible Light Communication system is implemented and tested for various distances between transmitter and receiver. The neutral white LED array of 12W and PIN photodiode for visible light range is used for downlink purpose and uplink is implemented using simple IR LED and photodiode. The system is implemented using ATmega328 board. Maximum communication distance is achieved up to 2.1 m.

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