Intel® Edison Kit for Arduino* Hardware Guide December 2014 Revision 004 Document Number: 331191-004

Shield pin configuration 2.3 Pin function multiplexing control (detailed) Table 4 lists the GPIO outputs dedicated to pin multiplexing control. D

Shield pin configuration 2.4 GPIO interrupt support All GPIO inputs on the Intel® Edison platform are interrupt-capable, and all interrupt types ar

Shield pin configuration 2.6 Pin direction and pullup control For most shield pins on the Intel® Edison kit for Arduino*, there is a buffer/level-

Shield pin configuration 3 High-Level Functional Description The Intel® Edison kit for Arduino*expansion board is designed to be hardware and sof

Shield pin configuration 3.1 Intel® Edison kit for Arduino* header signal list The Intel® Edison kit for Arduino* digital signals can be configure

Shield pin configuration 3.2 Intel® Edison kit for Arduino* PWM swizzler There are four available GPIO that can be configured as PWM outputs. The

Shield pin configuration Figure 4 PWM swizzler on the Intel® Edison kit for Arduino* 3.3 Intel® Edison kit for Arduino* analog inputs The analog

Shield pin configuration 3.6 Intel® Edison kit for Arduino* power supply The Intel® Edison compute module is a low power device. In general it will

Shield pin configuration 4 Powering the Intel® Edison kit for Arduino* You can power the Intel® Edison kit for Arduino* using any of the followi

Shield pin configuration Some considerations of the power distribution in the Intel® Edison kit for Arduino*: • There is a diode ORing of the 5 V D

Notice: This document contains information on products in the design phase of development. The information here is subject to cha

Shield pin configuration 5 Batteries The rechargers chosen on the Intel® Edison kit for Arduino* and the Intel® Edison Breakout Board were desig

Shield pin configuration 6 Layout 6.1 Antenna keepout The area under and around the antenna should be kept free of all components, routes, and g

Shield pin configuration 6.3 LEDs The Intel® Edison kit for Arduino has three LEDs. (See Figure 5 for locations.) • DS1 is the reset LED. It wil

Shield pin configuration 7 Handling When assembling an Intel® Edison compute module to an Arduino* board, handle the Intel® Edison compute module

Shield pin configuration 8 Debug UART and Low-Power Sleep Mode When the Intel® Edison compute module goes into low-power sleep, the UART interna

Shield pin configuration 9 Buttons This section explains the software functionality of the Intel® Edison kit for Arduino* buttons. The Intel® Ed

Shield pin configuration 10 Digikey sources Figure 9 shows some third-party accessories you can use. Figure 9 Digikey sources Mating connec

Shield pin configuration 11 Shield pin configuration This chapter will help you configure the Arduino* shield pins. To configure the Arduino* sh

Shield pin configuration 11.2 Configure IO11 as a GPIO input, with pullup resistor disabled To configure IO11 as a GPIO input, with pullup resisto

Shield pin configuration 11.4 Configure IO6 as a PWM output To configure IO6 as a PWM output, do the following: 1. Refer to Table 2 for the GPIO

Contents 1 Introduction ...

Shield pin configuration 11.6 Configure IO18/IO19 for I2C connectivity To configure IO18 and IO19 for I2C connectivity, do the following: 1. Ref

Shield pin configuration 11.7 Configure IO10 through IO13 for SPI connectivity To configure IO10 through IO13 for SPI connectivity, do the followin

Shield pin configuration # echo in > /sys/class/gpio/gpio228/direction # echo in > /sys/class/gpio/gpio229/direction # echo mode1 > /sys/k

Figures Figure 1 Arduino* Uno* pinout ...

Revision History Revision Description Date ww32 Initial release August 4, 2014 ww34 Minor edits. August 20, 2014 ww36 Removed a column from Ta

Shield pin configuration 1 Introduction This document describes the hardware interface of the Intel® Edison kit for Arduino*. The kit contains

Shield pin configuration 2 Product Overview The 20 Arduino*-compatible shield I/O pins on the Intel® Edison kit for Arduino* are numbered IO0-IO1

Shield pin configuration 2.1 Shield pin GPIO mapping Table 2 describes the mapping of GPIO and PWM pin numbers (in Linux) to shield I/O pins. The

Shield pin configuration 2.2 Pin function multiplexing control (summary) All GPIO pins on the Arduino* header require some internal GPIOs to be set