WLED is a powerful open-source firmware that simplifies the control of NeoPixel WS2812B LED panels. Designed to run on ESP32 and ESP8266 devices, WLED provides a sleek and intuitive interface for effortless LED management. Whether you're a DIY enthusiast or a professional, this firmware makes controlling LED panels easy and highly customizable.
Why Use WLED for NeoPixel LED Panels?
In the previous video I showed you how to install WLED directly from a web browser. This comes with a built-in local HTTP server, allowing users to control their LED panels from any device on the same network. Additionally, it seamlessly integrates with Home Assistant, enabling smart home automation, voice control, and advanced lighting effects. WLED supports both LED strips and 2D LED matrices, making it a versatile solution for lighting projects.
🚧 Demo Featuring ANAVI Miracle Emitter with XIAO ESP32C3 with 32-bit RISC-V Core
In this video tutorial, I will walk you through the setup and configuration of NeoPixel WS2812B LED panels using the WLED open source firmware. The demonstration utilizes the ANAVI Miracle Emitter, an open-source IoT development board specifically designed for NeoPixel LED control.
⚙️ Hardware and Accessories Used
For this setup, the following components were used:
ANAVI Miracle Emitter ? a small development board with ESP32C3 that is ideal for WLED applications.
NeoPixel WS2812B LED Panels ? High-quality LED panels controlled via WLED.
ANAVI Miracle Emitter ? An open-source IoT board designed for NeoPixel LED control, supporting I2C sensors and a mini OLED display.
Wago Splicing Connectors with Levers (3-conductor block) ? Used for secure and easy wiring connections.
DC Barrel Jack to 2-Pin Terminal Block Adapter ? Simplifies power connections.
External 5V Power Supply ? Powers both the LED panels and the development board.
💡 ANAVI Miracle Emitter: Open-Source LED Controller
The ANAVI Miracle Emitter is a compact and feature-rich open-source IoT development board built for NeoPixel LED control. It supports additional peripherals such as I2C sensors and a mini OLED display, making it ideal for interactive projects. The PCB was designed using KiCad, a popular open-source electronics design software. Soon, the ANAVI Miracle Emitter will be available via a crowdfunding campaign on Crowd Supply.
If you are looking for a robust way to control NeoPixel WS2812B LED panels, ANAVI Miracle Emitter with the open-source firmware WLED is an excellent choice. The XIAO ESP32C3 with its 32-bit RISC-V core delivers high performance in a small package, making it perfect for compact LED projects. Stay tuned for more tutorials on how to make the most of WLED and the ANAVI Miracle Emitter for your next LED lighting project!
