SparkFun Inventor's Kit for Arduino 101
The SparkFun Inventor’s Kit for Arduino 101 is a great way to get started with programming and hardware interaction with embedded electronics using the Intel Curie based Arduino 101. This SIK includes everything you need to complete 20 circuits that will teach you how to control and read the on-board and external sensors, create Android applications to control your Arduino 101, detect and analyze different sounds, and much more. Don’t worry, you won’t need any previous programming or electronics experience to use this kit. The philosophy behind this kit is to teach the lesson that anyone can (and should) play around with cutting edge electronics. After using this SIK you’ll have the know-how to start creating your own projects and experiments, from building robots and game controllers to IoT and data logging the world will be your oyster.
The on-line Experiment Guide for the Arduino 101 (that will be released when the Arduino 101 SIK starts shipping) contains step by step instructions of how to connect each circuit with the included parts. Full example code is provided and explained and even includes troubleshooting tips if something goes wrong.
The kit does not require any soldering and is recommended for anyone comfortable reading code libraries or if you are looking for an alternative to the original SparkFun Inventor’s Kit.
Note: The Arduino 101 Inventor’s Kit is only available for customers in the USA. If you are located in Canada, the EU, or other locations be sure to check out the Genuino 101 or its SIK instead. Additionally, this product may be delayed by 2-3 business days to verify shipping address. We will contact you after you place your order if we need anything.
Note: The Real-Time Operating Systems (RTOS) and framework developed by Intel is scheduled to be open sourced in March 2016. Until then, it’s not possible to interface with it directly; only the Arduino core can do it via static mailboxes.
- Experiment 1: Blinking an LED
- Experiment 2: Reading a Potentiometer
- Experiment 3: Driving and RGB LED
- Experiment 4: Driving Multiple LEDs
- Experiment 5: Push Buttons
- Experiment 6: Reading a SPDT Switch
- Experiment 7: Reading a Photo Resistor
- Experiment 8: Reading a Temperature Sensor
- Experiment 9: Driving a Servo Motor
- Experiment 10: Driving a Motor with an H-Bridge
- Experiment 11: Driving Two Motors with an H-Bridge
- Experiment 12: Using a Buzzer
- Experiment 13: Using the Sound Detector Board
- Experiment 14: Using a Shift Register
- Experiment 15: Using an LCD
- Experiment 16: Reading the On-Board Accelerometer
- Experiment 17: Reading the On-Board Gyroscope
- Experiment 18: Using the On-Board Real Time Clock (RTC)
- Experiment 19: Using the On-Board Bluetooth Low Energy (BLE)
- Experiment 20: Creating an Android App to Control the 101
- Arduino 101
- Arduino and Breadboard Holder
- White Solderless Breadboard
- Carrying Case
- SparkFun Mini Screwdriver
- 16x2 White on Black LCD (with Headers)
- SparkFun Sound Detector (with Headers)
- SparkFun Motor Driver - Dual TB6612FNG (1A) (with Headers)
- Hobby Gearmotor - 200 RPM (Pair)
- Battery Holder - 4xAA to Barrel Jack Connector
- 74HC595 Shift Register
- Transistor - NPN (BC337)
- 1N4148 Diodes
- DC Motor with Gear
- Small Servo
- TMP36 Temp Sensor
- USB Cable A to B - 6 Foot
- Jumper Wires - Connected 6in. (M/M, 20 pack)
- Tri-color LED
- Red, Blue, Yellow, and Green LEDs
- Red, Blue, Yellow, and Green Tactile Buttons
- 10K Trimpot
- Piezo Speaker
- SPDT Mini Power Switch
- 100 Ohm and 10K Resistors
- 1500 mAh Alkaline Batteries - AA
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