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Showing 61-80 of 100 products
Qwiic Alphanumeric Display - Red
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Add letters, numbers and symbols to your project with red fourteen-segment digits that are much more flexible than a basic seven-segment display. This Qwiic display connects over I2C, so you can plug it in without soldering, without working out SDA and SCL by hand, and without adding separate vol...
RFID Qwiic Kit with ID-12LA 125kHz Reader
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This kit gives you the core hardware needed to start reading 125kHz RFID tags over I2C, without hunting for a separate reader module, antenna or wiring up a complex circuit. The box includes a SparkFun RFID Qwiic Reader, an ID-12LA RFID reader module, two 125kHz RFID cards and a 100mm Qwiic cable...
GNSS Flex pHAT with mosaic-G5 P3 & IM19 IMU
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Add survey-grade GNSS and inertial navigation to a Raspberry Pi in a compact pHAT format. This kit combines the GNSS Flex pHAT with the SparkPNT mosaic-G5 P3 and IM19 IMU module, pairing Septentrio's compact GNSS receiver with a high-precision IMU for RTK positioning, attitude data and dead recko...
GNSS Flex pHAT with mosaic-G5 P3
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Add survey-grade GNSS positioning to a Raspberry Pi while keeping size, weight and power demands low. This kit combines the GNSS Flex pHAT with the SparkPNT mosaic-G5 P3 module, built around Septentrio’s compact mosaic-G5 receiver.The pHAT connects to a Raspberry Pi through the standard 40-pin GP...
GNSS Flex pHAT with mosaic-X5 RTK & IM19 IMU
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Add survey-grade positioning to a Raspberry Pi with this GNSS Flex pHAT bundle, combining a Flex pHAT carrier, Septentrio mosaic-X5 RTK GNSS receiver and Feyman IM19 IMU. It is designed for high-precision positioning, tilt-aware surveying, industrial robotics and autonomous navigation projects.Th...
GNSS Flex pHAT with LG580P RTK Heading Module
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Add precise position and orientation data to a Raspberry Pi with this GNSS Flex pHAT and LG580P module combination. It is built for advanced navigation projects that need centimetre-level RTK positioning plus real-time heading data, such as intelligent robots, precision agriculture systems and au...
GNSS Flex Breakout Carrier Board
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This carrier board brings the GNSS Flex ecosystem out to a practical development breakout, so you can use your chosen GNSS Flex module on a breadboard, with a flight controller, or inside a custom navigation build. The standard 2x10 male headers accept a GNSS Flex module and expose its available ...
GNSS Flex pHAT with ZED-X20P & IM19 IMU
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Build high-accuracy positioning projects around a Raspberry Pi with this GNSS Flex pHAT and included ZED-X20P and IM19 module. It combines a u-blox ZED-X20P all-band RTK GNSS receiver with a Feyman IM19 IMU for centimetre-level positioning, tilt compensation and dead reckoning in demanding naviga...
GNSS Flex pHAT with u-blox ZED-X20P
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Bring high-precision GNSS to a Raspberry Pi with this GNSS Flex pHAT and u-blox ZED-X20P receiver module. It is built for centimetre-level positioning in demanding navigation and control projects such as UAVs, guidance systems, auto-steering and high-speed robotics.The pHAT connects to a Raspberr...
GNSS Flex pHAT with LG290P RTK & IM19 IMU
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Build high-accuracy GNSS projects on a Raspberry Pi with this GNSS Flex pHAT and matched LG290P plus IM19 module. It combines Quectel's quad-band LG290P RTK receiver with the Feyman IM19 IMU for centimetre-level positioning, tilt compensation and improved navigation through brief GNSS outages.The...
GNSS Flex pHAT with DAN-F10N Dual-Band GNSS Module
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Add dual-band GNSS positioning to a Raspberry Pi or similar single-board computer with this SparkPNT GNSS Flex pHAT and DAN-F10N module combination. It pairs a GNSS Flex pHAT carrier with a u-blox DAN-F10N GNSS Flex Module for metre-level L1/L5 positioning in a compact, swappable format.The pHAT ...
I2C to 8-Channel Solenoid Driver
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This driver board makes it much easier to control multiple solenoids from a microcontroller over I2C. It uses an MCP23017 GPIO expander so you do not need to dedicate lots of pins just to switch a bank of clicky, inductive loads.Solenoid power connects through the centre terminal blocks, with eac...
CharliePlex LED Matrix Bonnet - 8x16 Red LEDs
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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...
ANO Rotary Navigation Encoder to I2C STEMMA QT Adaptor
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This breakout turns the ANO rotary encoder wheel into an easy-to-use I2C input device. The ANO wheel gives you a clicky, scroll-wheel-style interface with a rotary control plus five button switches, without needing to wire up all the individual pins yourself.An onboard microcontroller runs Adafru...
Micro Proximity Sensor - 20 cm VCNL4040 (Qwiic)
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Built around the VCNL4040, this tiny Qwiic Micro breakout provides short-range presence detection for projects where space and weight are tight. It is designed for qualitative sensing: detecting whether an object is present within range and whether it is getting closer or moving farther away, rat...
STC31 CO2 Sensor (Qwiic)
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Measure high concentrations of carbon dioxide with a Qwiic breakout built around Sensirion’s STC31 sensor. It is designed for CO2 measurements up to 100% volume, using a thermal conductivity measurement principle and Sensirion CMOSens® technology for repeatable, stable readings.The board also inc...
RFID Qwiic Reader for ID Innovations Modules
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This Qwiic RFID reader breakout makes it much easier to add low-frequency 125kHz RFID scanning to a project. It is designed for ID Innovations ID-3LA, ID-12LA and ID-20LA reader modules, converting the module output into simple I2C commands so your main microcontroller does not need to handle ser...
Qwiic MCP4725 12-Bit DAC Breakout
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Generate a real analogue output from your microcontroller instead of relying on PWM. This MCP4725 breakout is a 12-bit Digital-to-Analogue Converter (DAC) that outputs precise voltage levels over an I2C/Qwiic connection.It is useful for projects that need smoother control signals, such as sound g...
Teensy 4.0 Lockable Development Board
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This lockable Teensy 4.0 is a compact, very fast development board built around the NXP MIMXRT1062DVL6B ARM Cortex-M7 microcontroller. It runs at 600 MHz and keeps the familiar Teensy footprint and breadboard-friendly layout, making it suitable for demanding embedded, audio, control and connected...
Teensy 4.1 Lockable Microcontroller Board
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This lockable Teensy 4.1 is aimed at advanced developers moving from prototype to a secure production design. It keeps the high-performance 600 MHz ARM Cortex-M7 platform of the Teensy 4.1 while adding write access to the chip’s eFuses so your final application can be encrypted and locked to the ...
