SparkFun ElectronicsEngineering Kit with SparkFun Qwiic | KIT-14878

Prototype I2C Qwiic-er Than Ever

For getting your idea or proof of concept off the ground faster than ever, Sparkfun has created the Arrow Engineering Kit which features a wide variety of sensors and breakout modules that are useful for a mulititude of applications. 

This solderless kit enables the connection and daisy-chain ability of the following sensors and breakouts to make nearly endless applications a reality.  Best of all, this kit features the necessary HATs and Shields to connect to your daily-driver-development boards immediately. 

Please see Sparkfun.com/Qwiic for more details 

External Qwiic Connectivity

Qwiic Hat for Raspberry Pi - This HAT connects the I2C bus on your Raspberry Pi to an array of 4 Qwiic connectors and the Qwiic Ecosystem and their easy to use sensors.  Additionally, all GPIOs on the raspberry Pi are broken out into through-hole soldering pins

Qwiic Shied for Arduino - This Shield connects the I2C bus on your Arduino Uno to the Qwiic connector system, and even provides the circuitry to convert the Arduino 5V to the 3.3V required by the I2C boards of the Qwiic system. This shield also has 3x2 rails and ground busses for prototyping, as well as mounting ports to affix a Qwiic board to the shield.

Qwiic Shield for Photon - This shield connects the I2C bus on your Particle Photon to the Qwiic Connector system.  It also features a small prototyping area and 3-pin buses for ground and 3.3V for building your own circuits. 

 

Qwiic  Sensor Breakouts

Environmental Combo Breakout - This breakout features CCS811 and BME280 ICs to provide a variety of environmental data, including parometric pressure, humidity, temperature, TVOCs and eCO2 levels.  

Spectral Sensor Breakout - This breakout features the AS7262 IC and can communicate in I2C and serial interface using AT commands.  This breakout allows you to detect 450, 500, 550, 570, 600, and 650nm of light each with 40nm of full-width half-max detection. 

VR IMU Breakout - As a breakout of Bosch's BNO080, this tripple-axis accelerometer/gyro/magnetomoeter SiP, packed with a 32-bit ARM Cortex M0+ produces VR quallity vector headings with a static rotation error of less than 2 degrees. Sparkfun has also written an I2C based library to help users get off the ground with rotation vector and calibration. 

Distance Sensor - This breakout features the RFD77402, which uses an infrared VCSEL to measure distance accurate to the millimeter at distances up to 2 meters.  This is perfect for 1D gesture recognition, obstacle detection and avoidance in robotics, proximity in IoT, and more.

 

Accessory Breakouts

Micro OLED Breakout - This 64x48 pixel screen is 0.66' across, and is the perfect way to display diagnostic information without a serial monitor.  Best of all, it interacts flawlessly with the I2C Qwiic interface. 

Real Time Clock Module - This RTC module is a Qwiic breakout of the RV-1805 chipset, and two oscillators, which gives this module date and time accuracy of +/- 3 minutes over the course of a year.  

EEPROM Breakout - If you need storage for your application, this 512Kbit data storage Qwiic module allows users to store anything from GPS waypoints to simple user settings in between sketch uploads

OpenLog Breakout - If your application requires data logging, this module allows users to logdata onto a SD card of their choosing.  

MicroSD Card - If you're using the OpenLog Breakout, you will likely need one of these 16GB SD cards for storing all of your data.

Qwiic Cables - 2 of these and 2 of these Perhaps the most important piece of this entire list.. the Cables to connect them all! These cable features polarized connectors so implementation is easy.