Eco-friendly data transmission in Visible Light Communication
Project Overview
The Eco-Friendly Data Transmission System using Visible Light Communication (VLC) offers an innovative way to transmit data using LED lights. This system leverages existing lighting infrastructure to provide secure and energy-efficient data transmission, making it an eco-friendly alternative to traditional radio-frequency communication. VLC uses light waves instead of radio waves, ensuring minimal interference and supporting high-speed data transfer.
Key Features
Eco-Friendly Transmission
Uses light-based communication, reducing electromagnetic pollution.
Energy Efficiency
Dual-purpose LED lights for both illumination and data transfer.
High-Speed Transfer
Supports high-speed data transmission with minimal latency.
Secure Communication
Light-based signals cannot penetrate walls, improving security.
Minimal Interference
No interference with existing radio-frequency signals.
Broadband Potential
Supports multiple communication channels via LED arrays.
Technologies used
- Communication: Visible light communication modules
- Microcontroller: ESP32 / STM32
- LED Transmitter: High-lumen LEDs for data transmission
- Receiver Module: Photodiodes / Light sensors for data reception
- Platform: Web-based or mobile dashboard for data monitoring
Why Choose This Project?
- ✅ Ideal for mastering visible light communication (VLC) technology.
- ✅ Hands-on experience with VLC transceivers and LED modulation.
- ✅ Learn to develop secure, interference-free communication systems.
- ✅ Gain expertise in building eco-friendly data transmission solutions.
- ✅ Build proficiency in high-speed communication technologies.
Deliverables From Our Side
- → Complete source code and project documentation
- → VLC transceiver setup and integration instructions
- → Web app or mobile dashboard installation instructions
- → Simulation or working demo video
