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Intel® Edison Kit for Arduino*
Hardware Guide
December 2014
Revision 004
- Document Number: 331191 004
Notice: This document contains information on products in the design phase of development. The information here is subject to change without
notice. Do not finalize a design with this information.
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Copyright © 2014 Intel Corporation. All rights reserved.
Intel® Edison Kit for Arduino*
Hardware Guide December 2014
2 1- Document Number: 33119 004
Contents
1 Introduction ....................................................................................................................................................................... 6
1.1 Software requirements ............................................................................................................................................................... 6
1.2 Terminology .................................................................................................................................................................................... 6
1.3 References ........................................................................................................................................................................................ 6
2 Product Overview ............................................................................................................................................................. 7
2.1 Shield pin GPIO mapping .......................................................................................................................................................... 8
2.2 Pin function multiplexing control (summary) .................................................................................................................. 9
2.3 Pin function multiplexing control (detailed) .................................................................................................................. 10
2.4 GPIO interrupt support ............................................................................................................................................................ 11
2.5 Miscellaneous GPIOs............................................................................................................................................................... 11
2.6 Pin direction and pullup control ......................................................................................................................................... 12
3 - High Level Functional Description ............................................................................................................................. 13
3.1 Intel® Edison kit for Arduino* header signal list ........................................................................................................... 14
3.2 Intel® Edison kit for Arduino* PWM swizzler ................................................................................................................. 15
3.3 Intel® Edison kit for Arduino* analog inputs .................................................................................................................. 16
3.4 Intel® Edison kit for Arduino* signal pullup resistors ................................................................................................ 16
3.5 Intel® Edison kit for Arduino* USB interface .................................................................................................................. 16
3.6 Intel® Edison kit for Arduino* power supply .................................................................................................................. 17
3.7 Intel® Edison kit for Arduino* expansion mechanicals ............................................................................................. 17
4 Powering the Intel® Edison kit for Arduino*................................................................................................................18
4.1 Boot voltage selection – DCIN signal ................................................................................................................................ 19
5 Batteries............................................................................................................................................................................ 20
6 Layout................................................................................................................................................................................ 21
6.1 Antenna keepout ........................................................................................................................................................................ 21
6.2 Layout SD card, I2S, SPI, I2C ................................................................................................................................................. 21
6.3 LEDs .................................................................................................................................................................................................. 22
7 Handling ...........................................................................................................................................................................23
8 Debug UART and Low- Power Sleep Mode ................................................................................................................ 24
9 Buttons.............................................................................................................................................................................. 25
9.1 Software recovery (FWR_RCVR and RCVR_MODE) .................................................................................................... 25
10 Digikey sources ............................................................................................................................................................... 26
11 Shield pin configuration............................................................................................................................................... 27
11.1 Configure IO5 as a GPIO input, with pullup resistor disabled ............................................................................... 27
11.2 Configure IO11 as a GPIO input, with pullup resistor disabled .................................................................................. 28
11.3 Configure IO7 a as GPIO input, with pullup resistor enabled ........................................................................... 28
11.4 Configure IO6 a as PWM output........................................................................................................................................ 29
11.5 Configure IO14 as an ADC input ....................................................................................................................................... 29
11.6 IO18/IO19 Configure Ifor 2C connectivity..................................................................................................................... 30
11.7 Configure connectivity IO10 through IO13 for SPI ..................................................................................................31
Intel® Edison Kit for Arduino*
December 2014 Hardware Guide
Document Number: 331191- 3 004

Produktspezifikationen

Marke: Intel
Kategorie: Nicht kategorisiert
Modell: Edison Compute Module (IoT)
Prozessortaktfrequenz: 500 MHz
WLAN: Ja
WLAN-Standards: 802.11a, 802.11b, 802.11g
Bluetooth: Ja
Bluetooth-Version: 4.0
Produkttyp: 11
Höhe: 3.9 mm
DC input Spannung: 3.15 - 4.5 V
Betriebstemperatur: 0 - 40 °C
Warentarifnummer (HS): 8471500150
Frequenzbereich: 2.4 - 5 GHz
Anzahl der USB-AnschlĂĽsse: 1
USB-Version: 2.0
Formfaktor: 25mm x 35.5mm
Prozessor: Intel Atom®
Kompatible Speicherkarten: SD, SDHC
Ausgangsstrom: 100 mA
Ausgangsspannung: 1.8 V
Prozessor Lithografie: 22 nm
Prozessor-Paketgröße: 25mm x 35.5mm mm
64-Bit Computing: Nein
Prozessorsockel: 70-pin Hirose .4mm
Interner Speichertyp: LPDDR3
Eingebettete Optionen verfĂĽgbar: Nein
UnterstĂĽtzte Arbeitsspeicher: DDR3-SDRAM
Speicherkanäle: Zweikanalig
ECC: Nein
RAM-Speicher maximal: 4 GB
Anzahl serielle AnschlĂĽsse: 2
Warenklassifizierungssystem zur automatisierten Nachverfolgung (CCATS): 740.17B1
Maximaler interner Speicher, vom Prozessor unterstĂĽtzt: 4 GB
Eingebaute Grafikadapter: Nein
Speichertaktfrequenz: 800 MHz
Intel® AES New Instructions (Intel® AES-NI): Ja
Intel® Trusted-Execution-Technik: Ja
CPU Konfiguration (max): 1
Intel® Virtualisierungstechnik für direkte I/O (VT-d): Nein
Intel® Clear Video Technologie: Nein
Serielles Port via internem Header: Ja
Trusted Platform Module (TPM): Nein
ECC vom Prozessor unterstĂĽtzt: Nein
FSB Gleichwertigkeit: Nein
Intel® Anti-Theft Technologie (Intel® AT): Nein
Intel® Flex Memory Access: Nein
Intel® Dual Display Capable Technology: Nein
Intel® Rapid-Storage-Technik: Nein
Intel® Fast Memory Access: Nein
Intel® Matrix-Storage-Technik (Intel® MST): Nein
Intel HD-Audio-Technik: Nein
Intel® Active Management Technologie (Intel® AMT): Nein
Breite der Speicherschnittstelle: 32 Bit
Bluetooth Low Energy (BLE): Ja
Intel® vPro™ Platform Eligibility: Nein
Physical Address Extension (PAE): Ja
Audio-Kanäle: 1
Parallelles Port via internem Header: Nein
Audioanschlusstyp: I2S
Exportkontroll-Klassifizierungsnummer (ECCN): 5A992C
Back-to-BIOS Knopf: Nein
Motherboard ARK ID: 84572
Integriertes LAN: Nein
Konsumenten Infrarot Headers: Nein
Marktsegment: Desktop
Status: Discontinued
Produktfamilie: Intel Edison
Letzte Ă„nderung: 63903513
Startdatum: Q3'14
Maximaler Speicher: 4 GB
Voraussichtliches Abbruchssdatum: 06/16/2017
Firewire unterstĂĽtzt: Nein
Intel® Quiet-System-Technik (QST): Nein
Produktreihe: Intel Edison compute module
Geboren am: Q3'14
Produktbezeichnung: Intel Edison Compute Module (IoT)
ARK ID: 84572
Ethernet/LAN: Nein
Intel® Remote Wake Technology (Intel® RWT): Nein
Intel® Remote-PC-Assist-Technik (RPAT): Nein
Intel® Quick-Resume-Technik: Nein
Intel® Client Initiated Remote Access (CIRA) Technologie: Nein
Intel® AC'97Technologie: Nein
Extended Life Program (XLP): Nein
Tiefe Halogenoptionen verfĂĽgbar: Nein
Packungsgröße: 25 x 35.5 mm
FSBs unterstĂĽtzt: N/A
Mikrocontroller-Modell: Intel® Quark
Mikrocontroller Frequenz: 100 MHz
Dimensionen Tafel: 25 x 35.5 mm
Integriertes WLAN: Yes, 802.11n
DC-Eingang fähig: Nein
Erfordert einen Prozessor mit Intel Graphics Technology: Nein

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