WS2812 8×8 RGB LED Matrix Module – 64 Pixel 5050 Color Display LED Matrix Module Axl Default Title

WS2812 8×8 RGB LED Matrix Module – 64 Pixel 5050 Color Display

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Sale price  $14.45 Regular price $17.36
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WS2812 8×8 RGB LED Matrix Module – 64 Pixel 5050 Color Display LED Matrix Module Axl Default Title

WS2812 8×8 RGB LED Matrix Module – 64 Pixel 5050 Color Display

Sale price  $14.45 Regular price $17.36
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WS2812B 8×8 RGB LED Matrix Module – 64 Individually Addressable Pixels

Bring your electronics projects to life with this WS2812 8×8 RGB LED Matrix Module. Featuring 64 individually addressable 5050 RGB LEDs arranged in a compact 8×8 grid, this module makes it easy to create stunning full-color animations, scrolling text displays, pixel art, and dynamic lighting effects — all controlled through a single data line.

Whether you're a hobbyist, maker, or electronics student, this matrix module integrates seamlessly with popular microcontrollers like Arduino, Raspberry Pi, and ESP8266/ESP32, with broad library support (FastLED, Adafruit NeoPixel, and more).

Made in Mainland China.

Key Features

  • 64 RGB LEDs – 8×8 grid of WS2812B 5050 LEDs for vibrant, full-color output
  • Individually Addressable – Control each of the 64 pixels independently for complex animations and effects
  • Single-Wire Control – Simplified wiring using just one data pin for the entire matrix
  • Wide Compatibility – Works with Arduino, Raspberry Pi, ESP8266, ESP32, and other 5V microcontrollers
  • Built-in IC Driver – Each LED has an integrated WS2812B driver chip for stable, consistent color rendering
  • 16 Million Colors – Full 24-bit RGB color depth (8-bit per channel) for virtually unlimited color combinations
  • Compact SMD Package – Space-saving surface-mount design, ideal for wearables, panels, and enclosures
  • Daisy-Chainable – Connect multiple modules together to build larger displays

Technical Specifications

  • Model: WS2812B / 5050 RGB
  • Matrix Size: 8 × 8 (64 LEDs total)
  • Operating Voltage: 5V DC
  • Signal Protocol: Single-wire serial (NeoPixel compatible)
  • Package Type: SMD
  • Quantity: 1 module
  • Condition: New
  • Origin: Mainland China

Perfect For

  • DIY LED displays and scoreboards
  • Scrolling text and pixel art animations
  • Arduino and Raspberry Pi projects
  • Ambient and decorative lighting
  • Wearable electronics and cosplay
  • Educational electronics kits

Compatible Microcontrollers & Libraries

This module works out of the box with the FastLED and Adafruit NeoPixel libraries for Arduino, and is fully compatible with MicroPython's NeoPixel driver for Raspberry Pi Pico and ESP32 boards. No additional hardware drivers are required.

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Learn more: ENERGY STAR product efficiency guidance

Frequently Asked Questions

Q: Is the WS2812 8×8 LED Matrix Module compatible with Arduino?

A: Yes! The WS2812B 8×8 LED matrix module is fully compatible with Arduino boards (Uno, Nano, Mega, etc.). Simply connect the data pin to a digital output pin on your Arduino and use the popular FastLED or Adafruit NeoPixel library to control all 64 RGB LEDs with just a few lines of code.

Q: How many colors can this RGB LED matrix display?

A: Each WS2812B LED supports 8-bit color depth per channel (Red, Green, Blue), giving you access to over 16 million unique colors per pixel. With 64 individually addressable pixels, the display possibilities for animations, gradients, and pixel art are virtually limitless.

Q: Can I chain multiple 8×8 LED Matrix Modules together?

A: Absolutely. The WS2812B protocol is designed for daisy-chaining — simply connect the data output (DOUT) of one module to the data input (DIN) of the next. You can link as many modules as your microcontroller's memory and power supply allow, making it easy to build larger custom LED displays.

Q: What power supply does this LED matrix require?

A: The module operates on 5V DC. At full brightness with all 64 LEDs set to white, current draw can reach approximately 3–4A, so it is recommended to use a dedicated 5V power supply for large-scale or high-brightness projects, rather than powering it solely from your microcontroller's onboard regulator.

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