Matrix with 4 WS2812B RGB LEDs. They use a built-in driver that communicates via a special digital protocol, thanks to which only one pin of the microcontroller is enough to operate the module. The matrix has input and output connectors, they can be connected in series, as well as with a tape or other module with WS2812B diodes. Works with a dedicated library for Arduino.
Manufacturer BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
Responsible person BTC Korporacja sp. z o. o. Lwowska 5 05-120 Legionowo Poland sprzedaz@kamami.pl 22 767 36 20
No product available!
Light ring with 40 RGB LEDs, type WS2812, controlled by a serial signal. The module can be powered by 5V, only one signal line is required to control it.
No product available!
Light ring with 32 RGB LEDs, type WS2812, controlled by a serial signal. The module can be powered by 5V, only one signal line is required to control it.
No product available!
Matrix with 16 WS2812B RGB diodes controlled by a serial signal. The module can be powered with 5V, only one signal line is required for control
Matrix with 4 WS2812B RGB diodes controlled by a serial signal. The module can be powered with 5V, only one signal line is required for control
No product available!
Module with 17x7 LED matrix display (119 LEDs) designed to work with the Raspberry Pi. It uses the IS31FL3731 driver and communicates via the I2C interface. Pimoroni PIM491
Module with 17x7 LED matrix display (119 LEDs) designed to work with the Raspberry Pi. It uses the IS31FL3731 driver and communicates via the I2C interface. Pimoroni PIM335
Module with 17x7 LED matrix display (119 LEDs) designed to work with the Raspberry Pi. It uses the IS31FL3731 driver and communicates via the I2C interface. Pimoroni PIM336
Module with 17x7 LED matrix display (119 LEDs) designed to work with the Raspberry Pi. It uses the IS31FL3731 driver and communicates via the I2C interface. Pimoroni PIM334
Module with 17x7 LED matrix display (119 LEDs) designed to work with the Raspberry Pi. It uses the IS31FL3731 driver and communicates via the I2C interface. Pimoroni PIM333
Module with 5x5 RGB LED matrix display (25 LEDs). It uses the IS31FL3731 driver and communicates via the I2C interface. Pimoroni PIM435
Module with 117x7 LED matrix display (77 LEDs). It uses the IS31FL3731 driver and communicates via the I2C interface. Pimoroni PIM442
Matrix with 25 WS2812B RGB diodes controlled by a serial signal. The module can be powered by 5V, only one signal line is required for control
Module with 16x10 RGB LED matrix display (160 diodes) designed to work with the Raspberry Pi Pico. Communicates via a digital interface. Waveshare Pico-RGB-LED
RGB LED matrix display with a resolution of 64x64 (4096 LED). It has cutouts at an angle of 45° to build an LED cube. Adafruit 5407
The module with an 8x8 LED matrix designed for Wemos D1 Mini
No product available!
Flexible RGB 8x8 LED Matrix Module with Addressable WS2812B LEDs. modFlexMatrix8x8
No product available!
This 40-pin GPIO module for the Raspberry Pi features 128 red LEDs arranged in a 16x8 grid. Using the IS31FL3731 driver communicating over the I2C bus, each LED can be independently controlled with 8-bit brightness control, enabling smooth animations and lighting effects. The module stores up to eight frames of animation in RAM and utilizes Charlieplexing technology, offering efficient control with a minimal number of pins. Adafruit 6115
This DIY kit allows you to create a compact and bright LED lamp using 9 diodes with a total intensity of approximately 16,000 mCd. Built-in resistors allow the system to be powered directly from a 5V power supply or from three AA batteries, ensuring flexibility and ease of use. Its simple design makes it ideal for soldering practice. Kitronik 2169
A circular board for the BBC micro:bit with 24 addressable ZIP LEDs, offering a full color spectrum and allowing for the creation of eye-catching lighting animations. Mounts directly to the micro:bit using screws, and additional pins allow for the connection of sensors or additional LEDs. Power is supplied via a JST socket or solder pads, and the built-in regulator also powers the micro:bit. The ZIP Halo is fully compatible with NeoPixel libraries and can be programmed in MakeCode or MicroPython. Kitronik 5625
Matrix with 4 WS2812B RGB diodes controlled by a serial signal. The module can be powered with 5V, only one signal line is required for control