All Products

SKU: AF-2038

A 16×8 LED matrix backpack kit featuring two ultra-bright 1.2" white 8×8 round LED matrices on a single I2C-controlled driver board. The HT16K33 chip handles all the multiplexing, so you only need two I2C pins (SDA and SCL) to control 128 LEDs — no complex wiring required. The backpack features ...

SKU: AF-2044

The 16×8 1.2" LED Matrix + Backpack combines two ultra-bright square white 8×8 LED matrices on a single, compact driver board. The square pixel design creates a seamless, uniform look — perfect for scrolling text, small animations, or status displays in your projects. Powered by the HT16K33 driv...

SKU: AF-1929

Build your own open-source 8×8 button grid controller with the Adafruit UNTZtrument kit. Designed by PaintYourDragon and based on the Adafruit Trellis platform, this DIY kit features 64 translucent silicone buttons with diffused white LEDs, housed in a custom laser-cut acrylic enclosure. Powered...

SKU: AF-6115 · MPN: ADA6115

Add a bright red 16x8 LED matrix to your Raspberry Pi with this Adafruit CharliePlex LED Matrix Display Bonnet. It sits on any Raspberry Pi computer with a 2x20 connector, giving you a compact grid of 128 charlieplexed LEDs for patterns, text and simple graphics.The built-in IS31FL3731 Charlieple...

SKU: AF-2037

A 16×8 LED matrix backpack kit featuring two ultra-bright 1.2" red 8×8 round LED matrices on a single I2C-controlled driver board. The HT16K33 chip handles all the multiplexing, so you only need two I2C pins (SDA and SCL) to control 128 LEDs — no complex wiring required. The backpack features co...

SKU: AF-2041

A 16×8 LED matrix backpack kit featuring two ultra-bright 1.2" amber 8×8 square LED matrices on a single I2C-controlled driver board. The square pixel shape creates a seamless, uniform look compared to round LEDs. The HT16K33 chip handles all the multiplexing, so you only need two I2C pins to con...

SKU: AF-2036

The 16×8 1.2" LED Matrix + Backpack combines two ultra-bright round yellow-green 8×8 LED matrices on a single, compact driver board. The classic round pixel design gives a retro dot-matrix aesthetic — ideal for scrolling text, small animations, or status displays in your projects. Powered by the...

SKU: AF-2035

A 16×8 LED matrix backpack kit featuring two ultra-bright 1.2" green 8×8 round LED matrices on a single I2C-controlled driver board. The HT16K33 chip handles all the multiplexing, so you only need two I2C pins (SDA and SCL) to control 128 LEDs — no complex wiring required. The backpack features ...

SKU: AF-2043

The 16×8 1.2" LED Matrix + Backpack combines two ultra-bright square yellow 8×8 LED matrices on a single, compact driver board. The square pixel design creates a seamless, uniform look — perfect for scrolling text, small animations, or status displays in your projects. Powered by the HT16K33 dri...

SKU: AF-2039

A 16×8 LED matrix backpack kit featuring two ultra-bright 1.2" blue 8×8 round LED matrices on a single I2C-controlled driver board. The HT16K33 chip handles all the multiplexing, so you only need two I2C pins (SDA and SCL) to control 128 LEDs — no complex wiring required. The backpack features c...

SKU: AF-2040

The 16×8 1.2" LED Matrix + Backpack combines two ultra-bright square blue 8×8 LED matrices on a single, compact driver board. The square pixel design creates a seamless, uniform look — perfect for scrolling text, small animations, or status displays in your projects. Powered by the HT16K33 drive...

SKU: AF-4122

The Adafruit CharliePlex LED Matrix Bonnet features a 16×8 grid of warm white LEDs driven by the IS31FL3731 charlieplex driver over I2C. Simply plug it onto any Raspberry Pi with a 2×20 header for a bright, programmable 128-LED display — no soldering required. Each of the 128 LEDs supports indiv...

SKU: AF-5849 · MPN: ADA5849

Incredibly tiny 1111-size (1.1mm × 1.1mm) individually addressable RGB NeoPixel LEDs for creating ultra-compact or high-density smart LED designs. These are the same integrated LED technology used in NeoPixel strips and pixels, but at a fraction of the size — 20× smaller than standard 5050 NeoPix...

SKU: AF-2866

Put on your sunglasses before plugging in this shield — 40 eye-blistering RGBW LEDs adorn the NeoPixel Shield for a blast of configurable colour and white. Arranged in a 5×8 matrix, each pixel is individually addressable using just one pin (Digital #6 by default, changeable by cutting a trace). ...

SKU: AF-2865

Put on your sunglasses before plugging in this shield — 40 eye-blistering RGBW LEDs adorn the NeoPixel Shield for a blast of configurable colour and white. Arranged in a 5×8 matrix, each pixel is individually addressable using just one pin (Digital #6 by default, changeable by cutting a trace). ...

SKU: SF-KIT-30714 · MPN: KIT-30714

Bring robotics, coding and plant science together in a hands-on classroom platform for building a small-scale automated smart farm. This open-source kit is designed for STEM education, helping students explore precision agriculture, data analysis and automation while growing and caring for real p...

SKU: AF-4121

The Adafruit CharliePlex LED Matrix Bonnet features a 16×8 grid of cool white LEDs driven by the IS31FL3731 charlieplex driver over I2C. Simply plug it onto any Raspberry Pi with a 2×20 header for a bright, programmable 128-LED display — no soldering required. Each of the 128 LEDs supports indiv...

SKU: AF-5210

The Adafruit LED Glasses Front Panel features 116 artfully arranged 2×2 mm RGB LEDs controlled by an IS31FL3741 I2C driver chip. Simply connect it via STEMMA QT to your favourite microcontroller and start creating dazzling face-mounted light displays — no complex wiring or individual LED solderin...

SKU: AF-5337

The ESP32-C3-DevKitC-02 is an entry-level RISC V development board equipped with the ESP32-C3-WROOM-02, a powerful, generic Wi-Fi + Bluetooth LE MCU module that features a rich set of peripherals, yet an optimized size. It's an ideal choice for a wide variety of application scenarios related to t...

SKU: AF-1857

What's better than a single LED? Lots of LEDs! Matrices like these are 'multiplexed' - so to control 64 LEDs you need 16 pins. That's a lot of pins, and there are driver chips like the MAX7219 that can control a matrix for you but there's a lot of wiring to set up and they take up a ton of spa...