All Products

SKU: AF-2238

The Adafruit DotStar Digital LED Strip (30 LED/m, white flex PCB) delivers superior performance over traditional NeoPixels with its 2-wire SPI interface. Push data at up to 32 MHz clock speed with no critical timing requirements, making it compatible with virtually any microcontroller or micropro...

SKU: AF-3444

The Adafruit DotStar High Density 8×8 Grid packs 64 individually addressable RGB LEDs into a compact 25.4 mm × 25.4 mm (1" × 1") square. Each DotStar pixel features a built-in PWM driver and is controlled via a 2-wire SPI interface using just two digital I/O pins — data and clock. Each LED deliv...

SKU: AF-2434

The Adafruit DotStar APA102 Cool White LED Strip (144 LED/m, ~6000K) uses the same integrated DotStar driver as the RGB strips but with dedicated cool white phosphor LEDs. The result is an incredibly bright, consistent white light — far superior to mixing RGB to approximate white. Controlled via...

SKU: AF-2432

The Adafruit DotStar APA102 Cool White LED Strip (30 LED/m, ~6000K) uses the same integrated DotStar driver as the RGB strips but with dedicated cool white phosphor LEDs. The result is an incredibly bright, consistent white light — far superior to mixing RGB to approximate white. Controlled via ...

SKU: AF-2433

The Adafruit DotStar APA102 Cool White LED Strip (60 LED/m, ~6000K) uses the same integrated DotStar driver as the RGB strips but with dedicated cool white phosphor LEDs. The result is an incredibly bright, consistent white light — far superior to mixing RGB to approximate white. Controlled via ...

SKU: AF-2435

The Adafruit DotStar APA102 Warm White LED Strip (30 LED/m, ~3000K) uses the same integrated DotStar driver as the RGB strips but with dedicated warm white phosphor LEDs. The result is an incredibly bright, consistent warm white light — far superior to mixing RGB to approximate white. Controlled...

SKU: AF-2436

The Adafruit DotStar APA102 Warm White LED Strip (60 LED/m, ~3000K) uses the same integrated DotStar driver as the RGB strips but with dedicated warm white phosphor LEDs. The result is an incredibly bright, consistent warm white light — far superior to mixing RGB to approximate white. Controlled...

SKU: AF-2454

The Adafruit DPI TFT Kippah connects a 40-pin TTL TFT display directly to your Raspberry Pi's GPIO header, bypassing the need for an HDMI encoder/decoder. The result is a fast, native 18-bit colour display with full graphics acceleration and instant refresh — the same quality you'd expect from an...

SKU: AF-2453

The Adafruit DPI TFT Kippah with Touch Support connects a 40-pin TTL TFT display directly to your Raspberry Pi's GPIO header, bypassing the need for an HDMI encoder/decoder. This version adds resistive touchscreen capability via USB, making it suitable for interactive projects and kiosks. Compat...

SKU: AF-4494

The Adafruit DPS310 is a high-precision barometric pressure and altitude sensor from Infineon, mounted on a breakout board with STEMMA QT / Qwiic connectors for solderless I2C wiring. It delivers ±1 hPa absolute accuracy and up to ±0.002 hPa relative precision in high-precision mode — equivalent ...

SKU: AF-3695

The Adafruit DragonTail for micro:bit breaks out all of the micro:bit's edge connector pads to standard 0.1" headers for easy breadboard use. Simply slot your micro:bit into the card-edge connector and every pin — including I2C, SPI, and analogue inputs — becomes accessible on a solderless breadb...

SKU: AF-2305

The Adafruit DRV2605L Haptic Motor Controller is a dedicated driver for haptic feedback motors, controlled via I2C. Rather than simple on/off control, the TI DRV2605L chip offers a library of over 100 built-in vibration effects — clicks, ramps, buzzes, and patterns — that create far more refined ...

SKU: AF-3297

The Adafruit DRV8833 is a dual H-bridge motor driver breakout, capable of driving two DC motors bidirectionally or one bipolar/unipolar stepper motor at up to 1.2 A per channel. It's well suited for low-voltage applications, operating from 2.7V to 10.8V motor power. The DRV8833 features built-in...

SKU: AF-3190

The Adafruit DRV8871 is a single-channel brushed DC motor driver breakout capable of delivering up to 3.6 A peak current with a wide 6.5–45V motor voltage range. Its resistor-set current limiting and built-in PWM support make it straightforward to use with virtually any brushed DC motor. The boa...

SKU: AF-3296

The Adafruit DS1307 Real Time Clock breakout keeps accurate time even when your microcontroller loses power or is reprogrammed. This battery-backed I2C RTC is one of the most widely used clock chips, making it a reliable choice for datalogging, alarms, timers, and clock projects. The DS1307 requ...

SKU: AF-4570

The Adafruit DS1841 is an I2C-controlled logarithmic digital potentiometer from Maxim with a resistance range of 3.7 kΩ to 22 kΩ across 128 tap points. Unlike linear potentiometers, the DS1841's logarithmic response curve makes it particularly well suited for audio applications such as volume con...

SKU: AF-6027 · MPN: ADA6027

The Adafruit DS2482S-800 is an 8-channel I2C-to-1-Wire bus adapter on a STEMMA QT breakout board. It allows any I2C-capable microcontroller or single-board computer to communicate with 1-Wire devices — most commonly DS18B20 temperature sensors — without needing to bit-bang the 1-Wire protocol. T...

SKU: AF-5976 · MPN: ADA5976

The Adafruit DS2484 is a single-channel I2C-to-1-Wire bus adapter breakout with built-in ESD protection and split supply support. Simply connect it to an existing I2C bus and use the screw terminals to attach DS18B20 temperature sensors or other 1-Wire devices. The 1-Wire protocol, originally de...

SKU: AF-5188

The Adafruit DS3231 Precision RTC with STEMMA QT connectors is a highly accurate I2C real-time clock featuring an integrated temperature-compensated crystal oscillator (TCXO). Unlike standard RTCs that rely on an external 32 kHz crystal, the DS3231 houses the crystal internally alongside a temper...

SKU: AF-4286

The Adafruit DS3502 is an I2C-controlled digital potentiometer that lets your microcontroller adjust resistance programmatically — no manual knob-turning required. Simply send a command over I2C from an Arduino, CircuitPython board, or any Python-powered computer to set the wiper position. The D...