Soldered Smart LED WS2812B Ring with 24 RGB LEDs, Made in EU, 333101
Soldered Smart LED WS2812B Ring with 24 RGB LEDs, Made in EU, 333101
WS2812B LED Ring - 16 Million Colours, Plug & Play for Arduino & Co. Make your projects come alive: This LED ring with integrated WS2812B pixels delivers rich RGB colors and smooth effects – controlled by a single data pin. Infinite colours: Addressable 5050 RGB LEDs with approx. 16 million colour combinations. Easy to control: 1-wire protocol (800kHz) - runs with Arduino, ESP8266/ESP32, Raspberry Pi Integrated controller: each LED has its own IC - no additional driver needed Seamlessly cascadable: data in/out for connecting multiple rings, strips & matrices Bright & Even: High luminosity, smooth transitions, 8-bit per colour Fast implementation: Compatible with Adafruit NeoPixel & FastLED libraries Easy supply: 5V operation; Plus, GND and DIN clearly labelled Perfect for: Ambilight, cosplay, decoration, PC modding, watches, robots, maker projects. Tips: Tarpaulin approx. 60mA per LED at white (full brightness) Feed longer chains separately; always connect GND Optional: 300-500Ω at DIN and 1000µF between 5V/GND for stable supply Box contents: 1 x WS2812B LED ring (LED number depending on variant). Why choose this ring? Ready to go, flexibly expandable, impressive effects - maximum effect with minimal effort.
Product Features
- Individually addressable each LED has its own controller, so you can control each individual specifically and create complex effects or running animations without much effort.
- Colour freedom mixes red, green and blue to around 16 million colours, so you can achieve rich tones, gentle gradients and exactly the mood you want.
- Easy control Runs via just one data pin and is ready to use with a few lines of code in the Arduino IDE perfect for fast prototypes and DIY projects.
- Ring shape factor: the LEDs are arranged in a circular shape and deliver even, impressive light effects ideal for lamps, watches, decorations and wearables.
- Versatile and compatible can be easily integrated into common microcontroller projects and is suitable for both beginners and experienced makers.