My Cart

Xadow Wearable Kit For Intel® Edison

129 €129.00

Availability: Retired

The First Wearable Kit for Intel® Edison What is it Xadow Wearable Kit for Intel Edison is a perfect kit to make wearable devices with Intel Edison. It includes an expansion board together with eight tiny and powerful Xadow modules, covering sensors, actuators, displays and communication parts. The connectivity through FFC makes it quite flexible for wearable projects. Based on the kit, you could build your own pedometer, thermometer and NFC enabled devices! What's inside? Xadow - Expansion Board x 1 Xadow – 3 Axis Accelerometer x 1 Xadow - Programmer x 1 Xadow – Barometer BMP 180 x 1 Xadow - SD Card x 1 Battery x 1 Xadow - Q Touch Sensor x 1 Digital RGB LED Flexi-Strips x 5 Xadow – NFC x 1 Power Cables (Red) x 5 Xadow – Breakout x 1 Power Cables (White) x 5 Xadow – Buzzer x 1 Power Cables (Yellow) x 5 Xadow – Vibration Motor x 1 FFC Package x 1 Xadow – OLED x 1 Full-Color Printed Tutorial x 1 Project 1: Cool Light What We’ve Get Here In this project, we use an NFC module and a Q Touch one to control the RGB LED strip. There are 3 buttons of the Q Touch module. To make NFC module work, NFC tag must be wrote record message in. About how to write tags, please refer to Tips. The Circuit Result Put one of the NFC tags onto the antenna and you’ll see LED shine. There’re three modes – single color loop, flow color and rainbow cycles, reflecting to the three different tags, respectively. Besides, if touch one of the buttons on Q Touch Sensor, the LED strip will show a single color say red, green or blue. Project 2: Glowing Thermometer What We’ve Get Here We utilize a barometer module here to monitor the temperature, air pressure and altitude. The index will be shown on the OLED. To start with, let’s set up a secure temperature between 20? and 30?. When the temperature goes out of the secure range, the vibrator will shake

Description

The First Wearable Kit for Intel® Edison What is it Xadow Wearable Kit for Intel Edison is a perfect kit to make wearable devices with Intel Edison. It includes an expansion board together with eight tiny and powerful Xadow modules, covering sensors, actuators, displays and communication parts. The connectivity through FFC makes it quite flexible for wearable projects. Based on the kit, you could build your own pedometer, thermometer and NFC enabled devices! What's inside? Xadow - Expansion Board x 1 Xadow – 3 Axis Accelerometer x 1 Xadow - Programmer x 1 Xadow – Barometer BMP 180 x 1 Xadow - SD Card x 1 Battery x 1 Xadow - Q Touch Sensor x 1 Digital RGB LED Flexi-Strips x 5 Xadow – NFC x 1 Power Cables (Red) x 5 Xadow – Breakout x 1 Power Cables (White) x 5 Xadow – Buzzer x 1 Power Cables (Yellow) x 5 Xadow – Vibration Motor x 1 FFC Package x 1 Xadow – OLED x 1 Full-Color Printed Tutorial x 1 Project 1: Cool Light What We’ve Get Here In this project, we use an NFC module and a Q Touch one to control the RGB LED strip. There are 3 buttons of the Q Touch module. To make NFC module work, NFC tag must be wrote record message in. About how to write tags, please refer to Tips. The Circuit Result Put one of the NFC tags onto the antenna and you’ll see LED shine. There’re three modes – single color loop, flow color and rainbow cycles, reflecting to the three different tags, respectively. Besides, if touch one of the buttons on Q Touch Sensor, the LED strip will show a single color say red, green or blue. Project 2: Glowing Thermometer What We’ve Get Here We utilize a barometer module here to monitor the temperature, air pressure and altitude. The index will be shown on the OLED. To start with, let’s set up a secure temperature between 20? and 30?. When the temperature goes out of the secure range, the vibrator will shake

If you are interested in Internet of Things (IoT) or M2M projects check our open source sensor platform Waspmote which counts with more than 100 sensors available to use 'off the shelf', a complete API with hundreds of ready to use codes and a low consumption mode of just 0.7µA to ensure years of battery life.

Know more at:

Get the Starter Kits at: