All Products
Showing 61-80 of 100 products
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 ...
Teensy 4.1 Lockable Without Ethernet
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This lockable Teensy 4.1 variant combines the high-performance Teensy 4.1 platform with production-focused code security, while omitting the Ethernet PHY for projects that do not need wired networking. It is built around the NXP MIMXRT1062DVJ6B ARM Cortex-M7 processor running at 600 MHz, with 8 M...
W55RP20-EVB-Pico RP2040 Ethernet Evaluation Board
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The W55RP20-EVB-Pico is an evaluation board for the W55RP20, a chip that combines the W5500 wired TCP/IP controller with the RP2040 microcontroller. It works much like a Raspberry Pi Pico, with the addition of W5500-based wired Ethernet.The board pinout is directly connected to the RP2040 GPIO an...
W5500-EVB-Pico RP2040 Ethernet Evaluation Board
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This evaluation board combines the Raspberry Pi RP2040 microcontroller with a W5500 hardwired TCP/IP controller, giving you a Pico-style development platform with built-in Ethernet.The board works much like a Raspberry Pi Pico and keeps the same pinout, with the RP2040 GPIO broken out directly. G...
