Step into the world of smart lighting systems with this LDR-Based Automatic Light Control System built using the Spartan 6 EDGE FPGA board. This project uses an LDR (Light Dependent Resistor) to sense ambient light levels. When the light intensity drops below a predefined threshold (e.g., at night), the system automatically turns ON an LED (acting as a street light). When ambient light increases (e.g., daytime), the LED turns OFF.
Designed completely in Verilog HDL, this project demonstrates real-world sensing, digital decision-making, and automation control — all powered by FPGA logic. It’s ideal for smart city, home automation, or energy-saving project demonstrations.
💡 Project Concept:
Uses an LDR sensor to detect ambient light
Automatically turns ON/OFF an LED based on light intensity
Built using Spartan 6 FPGA and Verilog HDL
Mimics the functionality of automatic street lighting systems
📦 What’s Included?
Fully Assembled Automatic Light System
Spartan 6 EDGE FPGA board preloaded with Verilog code
Mounted LDR sensor module with threshold logic
High-intensity LED to simulate streetlight or room light
On-board power supply setup
👨🎓 Who Is This For?
Engineering students building FPGA-based sensor projects
Educators & trainers demonstrating automatic lighting systems
DIY enthusiasts exploring home & street light automation
Perfect for college exhibitions, IoT-enabled ideas, and smart city modules
🎁 What You Get:
Plug-and-Play Smart Light Control Setup
Pre-programmed FPGA board with Verilog source code
Complete documentation (circuit diagram + explanation + code)
Technical support for understanding or modification
Option for customization (e.g., relay integration, multi-light setup)
Dimensions:
Length – 20cm
Width – 10cm
Height – 10cm
📞 For Queries or Customization, Contact Us:
📧 Email: learnelectronicsindia.com@gmail.com
💬 WhatsApp: +91-7600948607
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