Category: Qwiic peripheral modules (SparkFun)
Qwiic (SparkFun) Peripheral Modules - Fast Integration and Versatility
Qwiic (SparkFun) modules are modern solutions enabling quick connections between components without the need for soldering, significantly speeding up electronic projects. With modules like the Qwiic MultiPort - a 4-port splitter, users can easily expand systems with new sensors, relays, and peripherals, offering flexibility in building applications. The Qwiic system supports both beginners and advanced designers, providing a broad range of products tailored to different project needs.
There are 163 products.
Module with 3-axis accelerometer and gyroscope LSM6DSV16X. The chip is a low-power IMU optimized for IoT devices with data processing capabilities using machine learning. Equipped with a Qwiic connector, it communicates via the I2C interface. SparkFun SEN-21325
Module with the 3-axis MMA8452Q accelerometer. The system has a user selectable measurement scale of ±2g/±4g/±8g. There are two Qwiic connectors on the board and holes with 2.54 mm raster. SparkFun SEN-14587
Module with an infrared sensor AMG8833 - a measurement matrix with a resolution of 64 pixels (8x8). It offers an accuracy of 2.5°C and the ability to detect people at a distance of up to 7 m. Communication with the sensor is via the I2C interface. SparkFun SEN-14607
Starter kit with Qwiic modules designed to work with the Raspberry Pi. The set consists of an overlay for Raspberry Pi with a standard 40-pin connector and four Qwiic connectors, OLED display, VCNL4040 distance sensor and environmental sensors. SparkFun KIT-16841
Miniature pressure measurement module equipped with a 25 psi piezoresistive pressure sensor. It allows you to perform calibrated and compensated pressure measurements from 60 mbar to 2.5 bar. SparkFun SEN-16476
A small module with a 3-axis magnetometer based on the Melexis MLX90393 system. Its resolution is 0.161 μT. I2C or SPI interface is used for communication. The I2C interface has been derived on connectors compatible with the Qwiic standard. SparkFun SEN-14571
Module with a button and green LED backlight. Controlled by the I2C interface, it has a built-in debouncing mechanism, pull-up resistors as well as interrupts and a FIFO queue. SparkFun BOB-16842
Heart rate monitor module based on the popular MAX30101 chip. The board is equipped with connectors compliant with the Qwiic standard. SparkFun SEN-16474
Module with the MCP9600 amplifier designed to work with a K-type thermocouple. The module has a PCC connector for connecting this type of thermocouple. I2C communication. SparkFun SEN-16294
GPS module with SAM-M10Q GNSS receiver. The chip can receive data from all major positioning systems: GPS, GLONASS, Galileo, QZSS and BeiDou. It has derived UART and I2C interfaces. SparkFun GPS-21834
Kit with RFID reader (125 kHz) equipped with I2C interface. Works with ID-3LA, ID-12LA and ID-20LA series systems (ID-12LA set). The RFID reader is simply plugged into the module\'s connectors. SparkFun KIT-15209
LiPo battery monitor module based on the MAX17048 chip. Allows the voltage and state of charge of the battery to be measured. SparkFun SPX-17715
Module with an analog joystick that returns the X and Y position and the pressed state. The module has an ATtiny85 microcontroller on the board, which processes analog data of the joystick and sends it via the I2C interface. SparkFun COM-15168
Module dedicated to projects related to air quality monitoring. It uses the popular ENS160 and BME280 chips and provides a variety of environmental data such as Air Quality Index (AQI), TVOCs levels, CO2 equivalent (eCO2), atmospheric pressure, humidity and temperature. It communicates via the I2C interface and offers two Qwiic connectors. SparkFun SEN-22858
Module with relay up to 5.5 A and 240 V AC controlled by the I2C interface. SparkFun COM-15093
Module with a digital rotary encoder controlled by the I2C interface. The potentiometer has RGB LED backlight. The encoder generates post-movement information with 24 levels per revolution and rotation direction detection. SparkFun DEV-15083
Module with 16x2 characters LCD display and ATMega328p microcontroller. The user can communicate with the module through one of the serial interfaces: UART, I2C or SPI. SparkFun LCD-16396
Module with the MCP9600 amplifier designed to work with a K-type thermocouple. The module has a screw connector for connecting this type of thermocouple. I2C communication. SparkFun SEN-16295
Color sensor equipped with the OPT4048 sensor from Texas Instruments. It allows you to determine the characteristics of ambient light by measuring parameters such as light intensity, color in the CIE XY, LUV coordinate systems, as well as color temperature. The module is equipped with Qwiic connectors. SparkFun SEN-22639
Real time clock (RTC) module. It allows you to read data about the date and time. Communication with the module takes place via the I2C interface. SparkFun BOB-16281
Versatile Modules for Advanced Projects
The Qwiic system allows for easy expansion of electronic setups through modules like the Qwiic 9DoF IMU Breakout with a 9-axis IMU ICM-20948 sensor, used for precise motion and orientation measurements. Another useful component is the Qwiic Boost - a voltage level converter (3.3/5V), which ensures compatibility between devices with varying voltage requirements. Flexible cables, such as the Qwiic Female-Female 4-pin 200mm cable, allow convenient connection of various modules.
Easy Integration with Raspberry Pi and Control Systems
The Qwiic SHIM is a miniature module with a Qwiic connector, designed for Raspberry Pi, simplifying the process of adding additional sensors and peripherals. Modules like the Qwiic Single Relay with a 5.5A/240VAC relay are ideal for automation and control projects, providing reliable operation of electrical devices. Additionally, the QwiicBus EndPoint supports extensive communication systems, functioning as the endpoint module in large QwiicBus installations.
Qwiic System - Fast Prototyping Without Soldering
The Qwiic (SparkFun) system is designed for users who want to minimize the time needed for prototyping. These modules eliminate the need for soldering, making work faster and more efficient. The wide selection of components allows for the integration of various functionalities, from signal processing to automation and measurement. With simple connectors and compatibility with many popular platforms, the Qwiic system is an excellent solution for both hobbyists and professionals.