Intel DK50 Series User manual

Document Number: 330496-001
Intel®Gateway Solutions for the
Internet of Things -
DK50 Series Development Kit
Getting Started Guide
May 2014

Contents
Intel® Gateway Solutions for the IoT DK50 Development Kit
Getting Started Guide April 2014
2 Document Number: 330496-001
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Contents
Intel® Gateway Solutions for the IoT DK50 Development Kit
April 2014 Getting Started Guide
Document Number: 330496-001 3
Contents
1Introduction ...................................................................................................5
1.1 Development Kit Contents......................................................................5
1.2 Reference Documents............................................................................6
1.3 Technical Support .................................................................................6
1.4 Documentation Conventions ...................................................................6
1.5 Target System Photos ...........................................................................6
2Host System Setup..........................................................................................8
2.1 Host System Hardware Recommendations ................................................8
2.2 Host System Software Requirements .......................................................8
3Target System Setup .......................................................................................9
3.1 Target System Hardware .......................................................................9
3.2 Connecting Power ............................................................................... 10
3.3 Confirming Serial Port ......................................................................... 10
3.4 Target System Software ...................................................................... 13
3.5Wired Ethernet Connection................................................................... 13
3.6 Wireless Ethernet Connection ............................................................... 13
3.6.1 Connecting to the Target System’s Local Wireless Network ........... 14
3.7 Wind River* Web Interface Tool (WebIF) ................................................ 14
3.7.1 Configuring a Static IP Address Using WebIF .............................. 15
3.7.2 Finding the Target System IP Address in WebIF .......................... 16
3.8 Using SSH to Login to the Target System................................................ 16
4Installing Wind River IDP Tools on the Host System ............................................ 18
4.1 Host System OS Requirements.............................................................. 18
4.2 Host System Hardware Recommendations .............................................. 18
4.3 Wind River Software Installation Prerequisites ......................................... 19
4.4 Installing the Host Tools Base Packages.................................................. 20
5Building the Wind River* IDP Runtime Software ................................................. 22
5.1 Build Requirements............................................................................. 22
5.2 Wind River Linux Configure Command.................................................... 22
5.3 Build the Target System Runtime Software ............................................. 23
6Installing Software on the Target System .......................................................... 24
6.1 Obtain the Target System Software Image.............................................. 24
6.2 Writing the Micro-SD Flash Card............................................................ 24
6.3 Changing default boot menu option ....................................................... 25
7Programming the SPI Flash Firmware ............................................................... 28
7.1 DediProg Programmer Information......................................................... 28
7.2 Programming the Firmware .................................................................. 29
7.3 Backing Up the Firmware ..................................................................... 33
8Errata ......................................................................................................... 38
8.1 Modifying the MAC Address of Wired Ethernet Interface (eth0) ................... 38

Revision History
Intel® Gateway Solutions for the IoT DK50 Development Kit
Getting Started Guide April 2014
4 Document Number: 330496-001
Revision History
Date
Revision
Description
01 May 2014
001
First Public Version
28 Apr 2014
0.98
Errata section update, Boot menu change option instructions on new
image build
24 Apr 2014
0.97
Errata section updated, added Set up picture, minor edits and fixes
14 Apr 2014
0.92
Added instructions for installation of Host System software
11 Apr 2014
0.91
Changed the name to the official marketing name
03 Apr 2014
0.90
Draft Revision for Early Access Development Kits
§

Introduction
Intel® Gateway Solutions for the IoT DK50 Development Kit
April 2014 Getting Started Guide
Document Number: 330496-001 5
1Introduction
This guide describes how to set up and begin running the Intel®Gateway Solutions for
the Internet of Things (IoT) DK50 Development Kit. In this document:
Development Kit refers to the Intel®Gateway Solutions for the Internet of
Things (IoT) DK50 Development Kit, including the Target System hardware,
board firmware, and Wind River* software.
Target System refers to the Intel®Galileo Development Board included in the
kit.
Host System refers to a stand-alone computer system onto which the Wind
River Development Tools software is installed. A Host System and the Wind
River Development Tools are not included in the kit.
1.1 Development Kit Contents
The Development Kit contains the following:
Intel®Galileo Development Board
Power adapter, power cord, and power plugs
Documentation packet
Micro-SD flash memory card (installed), includes Wind River Linux OS with Wind
River Intelligent Device Platform (IDP) software
USB to flash memory card adapter
USB flash memory drive, includes a backup image for the Target System OS
and Development Kit documentation.
In addition, some versions of the Development Kit may contain the following:
Four nylon standoffs and screws
Intel®7260 dual-band wireless network adapter (PCIe* Mini Card)
2x internal Wi-Fi* antenna with U.FL connector
Metal chassis for the Intel®Galileo Development Board
2x external Wi-Fi* antenna with RP-SMA male connector

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Intel® Gateway Solutions for the IoT DK50 Development Kit
Getting Started Guide April 2014
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1.2 Reference Documents
The following documents provide additional details and related information for
developing Intel®gateway solutions.
Table 1. Reference Documents
Title (Revision)
Location
Dear Customer Letter
Included with Development Kit (Intel
Document #545653)
Intel®Galileo Board Getting Started Guide
Intel Document #329685
https://communities.intel.com/docs/DO
C-22204
Wind River Intelligent Device Platform
Release Notes 2.0
Included on USB flash drive as
wr_idp_release_notes_2.0_ed4.pdf
Wind River Intelligent Device Platform
Programmer’s Guide 2.0
Included on USB flash drive as
wr_idp_programmers_guide_2.0_ed7.p
df
Wind River Linux* 5.0/5.0.1
Recommended Development Host
Distributions
Included on USB flash drive as
Recommended-Hosts-
List_5.0.1_Apr13.pdf
1.3 Technical Support
Intel provides technical support for this Development Kit through Intel®Premier
Support. To submit a support request using Intel Premier Support go to
businessportal.intel.com
See the Dear Customer Letter included with the Development Kit for additional details.
Contact your Intel representative for further assistance.
1.4 Documentation Conventions
The following conventions are used in this manual:
Courier font - code examples, command line entries, API names,
parameters, filenames, directory paths, and executables
Bold text - graphical user interface entries and buttons
1.5 Target System Photos
Photos of the Target System are included below for your reference.

Introduction
Intel® Gateway Solutions for the IoT DK50 Development Kit
April 2014 Getting Started Guide
Document Number: 330496-001 7
Figure 1. Target System - Top View
micro USB
Host Port
micro USB
Device Port
RS-232/
UART
Ethernet
Port
SPI Flash
Header
Power
micro SD
Flash
Intel® Quark™
SoC X1000
Figure 2. Target System - Bottom View

Host System Setup
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2Host System Setup
The Development Kit requires a Host System to interface with the Target System and
for Target System software development.
2.1 Host System Hardware Recommendations
The following Host System hardware is recommended, especially if the Host System
will be used for Target System software development.
3rd Generation Intel®Core™ i5 processor or better
CPU with four or more cores and with Intel®Hyper-Threading Technology
(Intel®HT Technology)
150 GB or more of free disk space
4 GB or more RAM
Wired Ethernet port or Wireless Ethernet (Wi-Fi)
At least one USB 2.0 port
Micro SDHC flash memory card reader or adapter
2.2 Host System Software Requirements
Recommended Host System OS
Intel recommends Linux for the Host System operating system. The instructions in this
guide were developed on a system running Ubuntu 12.04 (64-bit).
Serial Port Communication Software
The Host System must have serial port interface software installed, such as PuTTY*,
to communicate with the Target System over the serial RS-232/UART interface.

Target System Setup
Intel® Gateway Solutions for the IoT DK50 Development Kit
April 2014 Getting Started Guide
Document Number: 330496-001 9
3Target System Setup
Follow the steps below to set up the Target System. When finished, the setup should
look like the following picture.
Figure 3. Target System Set Up
3.1 Target System Hardware
The following hardware is needed to set up the Target System. This hardware is
included with the Development Kit:
Intel®Galileo Development Board
Power adapter, power cord, and power plug
Micro-SD Flash Card (capacity of 4 to 16 GB)
The following additional hardware is included with some versions of the Development
Kit for wireless connectivity:
Intel®7260 dual-band wireless network adapter (PCIe* Mini Card)
2x internal Wi-Fi* antenna with U.FL connector (if the Target System does not
have a metal chassis)
2x external Wi-Fi antenna with RP-SMA male connector (if the Target System
has a metal chassis)

Target System Setup
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The following hardware is recommended, but not included in the Development Kit:
1/8 inch stereo to Male DB9 Serial cable
Female DB9 Serial to USB cable
Micro USB 2.0 to USB Female adapter (an On-The-Go adapter will work)
Micro USB 2.0 to USB Male adapter (an On-The-Go adapter will work)
3.2 Connecting Power
Plug in the 12 Volt DC jack of the included power adapter to the DC Input of the
Target System. Connect the appropriate plug to the power adapter. Plug in the power
adapter to wall power.
3.3 Confirming Serial Port
The serial port provides Linux command line interface to the Target System.
Note: A 1/8 inch stereo to Male DB9 Serial cable is needed for Serial Port I/O. This is not
included in the kit.
Use the lsusb command in a Linux command line to confirm that the USB-Serial
(UART) interface was recognized correctly by the operating system. The following
figure shows the FT232 USB-Serial (UART) USB device as an example.
Figure 4. Confirm USB-Serial Device is Recognized in Linux
Use the following settings to connect to the Target System via a serial port interface,
such as PuTTY*:
BAUD Rate: 115200
Data Bits: 8
Stop Bits: 1
Parity: None
Flow Control: None
Figure 5 and Figure 6 show PuTTY application snapshots as an example.

Target System Setup
Intel® Gateway Solutions for the IoT DK50 Development Kit
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Figure 5. PuTTY Configuration Snapshot 1

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Figure 6. PuTTY Configuration Snapshot 2
If the PuTTY connection fails using the above settings, check for incorrect rd/wr/exe
permissions for the file handle /dev/ttyUSBn (where n is the device number that the
OS assigns. It is typically 0 through 9). Update the permission settings using the
chmod linux command. See the following figure.
Figure 7. Confirm USB-Serial Device is recognized in Linux
Detailed instructions for connecting the serial port from the Target to the Host System
are in the Intel®Galileo Board Getting Started Guide.

Target System Setup
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3.4 Target System Software
The included micro-SD flash memory card is bootable and is pre-loaded with the Wind
River* Linux and Wind River Intelligent Device Platform software.
After establishing connectivity via Serial Port or SSH, use the following login and
password to access the Linux command line interface:
login: root
Password: root
3.5 Wired Ethernet Connection
The best way to connect the Target System to the internet or to another network is
through an Ethernet router with integrated DHCP server. Use an Ethernet cable to
connect the 10/100 LAN port of the Target System to one of the I/O ports of the
router.
The Wind River IDP runtime software implements a network gateway function that
assumes the Ethernet eth0 interface (10/100 LAN port) has a WAN connection. The
Target System will attempt to obtain an IP address from a DHCP server on this
interface.
As an alternative to connecting the Target System to an Ethernet router with an
integrated DHCP server, the Target System may be configured with a static IP address
after the system has booted. (See Section 3.7.1 Configuring a Static IP Address Using
WebIF
3.6 Wireless Ethernet Connection
A wireless connection requires installing a wireless network adapter (PCIe* Mini Card).
The Intel®7260 dual-band wireless network adapter supported by the default Target
System runtime software is used in this section for illustration.
Note: The following instructions assume a wireless network adapter is installed.
After the Target System has booted, the IDP gateway advertises a wireless LAN
network with Service Set Identifier (SSID) of: IDPDK-xxxx (where xxxx is the last 4
digits of the wireless network card MAC address).
To find the last 4 digits of the wireless network card MAC address, issue the Linux
command: ifconfig wlan0 from the Target System command line. The MAC
address is listed in the ifconfig wlan0 output as the HWaddr,such as:
HWaddr 00:0F:20:CF:8B:42
In this case, the last four digits of the MAC address are: 8B42, and the Target System
advertises an SSID of: IDPDK-8B42.
Connect to this local wireless network using the password: windriveridp.

Target System Setup
Intel® Gateway Solutions for the IoT DK50 Development Kit
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3.6.1 Connecting to the Target System’s Local Wireless
Network
This section provides instructions to connect the Host System or another wireless
device to the Target System’s local wireless network.
The following steps were performed on a Host System running Ubuntu* 12 operating
system. The procedure should be similar for other Linux operating systems.
1. Select the Network Icon at the top of the screen, or go to System Settings ->
Network Connections.
2. Find the Target System’s local wireless network with an SSID of IDPDK-xxxx.
3. Select the Target System’s local wireless network to connect to it.
4. When prompted, enter the password: windriveridp.
You should now be connected to the Target System’s local wireless network.
Note: The onboard wireless LAN is statically defined to use subnet 192.168.1.0
3.7 Wind River* Web Interface Tool (WebIF)
Wind River provides a Web Interface tool (WebIF*) that allows the user to control and
change many Target System settings.
Note: The following instructions assume a wireless network adapter is installed.
Use the following steps to access the Web Interface (WebIF) tool.
1. Connect from a Host System to the Target System on the wired or wireless
Ethernet interface as explained in Section 3.5 or Section 3.6.
2. On the Host System, open an internet browser.
3. In the address window of the browser, enter internet address
http://192.168.1.1
4. If the connection to the Web Interface is successful, a popup box will ask for a
user name and password. Use
User Name: admin
Password: admin.
See the Wind River Systems IDP Programmer’s Guide and Release Notes on the USB
key for details regarding the Web Interface tool and its Target System customization
options.

Target System Setup
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3.7.1 Configuring a Static IP Address Using WebIF
To configure a static IP address for the wired and wireless network interfaces go to the
Network Networks tab, and setup the Network Configuration.
Note the following:
WAN Configuration applies to the wired Ethernet port.
LAN Configuration applies to the wireless Ethernet (Wi-Fi) interface.
An example of setting the Wireless Ethernet port to a static IP Address is shown in the
following screen capture.
Figure 8. Configuring a Static IP Address on the Wireless Ethernet Port
After making your changes, scroll to the bottom of the screen and click Save
Changes, and then click Apply Changes.

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3.7.2 Finding the Target System IP Address in WebIF
The Status Interfaces tab of WebIF has information about the Target System
network connections. See the figure below for an example.
Note the following:
WAN is the wired Ethernet port information.
LAN is the wireless Ethernet port information.
Figure 9. WebIF List of Network Connections (Status Interfaces)
3.8 Using SSH to Login to the Target System
To use a Secure Shell Session (SSH) to login from the Host System to the Target
System, use these steps:
1. Connect from the Host System to the Target System on the wired or wireless
Ethernet interface as explained in Section 3.5 or Section 3.6.
2. Find the IP Address of the Target System.
Wireless Ethernet Connection: If connected to the Target System through
the Wireless Ethernet interface, you can find the IP Address of the Target
System in the WebIF tool’s Status Interfaces tab. (See Section 3.7.2)

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Wired Ethernet Connection: If connected to the Target System through the
Wired Ethernet Interface, you can find the IP address of the Target
System in the DHCP Client Table of the router to which the Target and
Host systems are connected.
3. Start the SSH session between the Host and Target Systems:
On a Linux Host System, issue the command: ssh <ip address> where
<IP Address> is the IP Address of the Target System. You may need to
add sudo to your ssh command for admin access.
On a Windows or Linux Host System, use terminal software, such as
PuTTY, to connect to the Target System using the Target System’s IP
Address. See the following figure.
Figure 10. SSH Terminal Configuration Using PuTTY*
§

Installing Wind River IDP Tools on the Host System
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4Installing Wind River IDP Tools
on the Host System
The Intel®Gateway Solutions for the Internet of Things (IoT) DK50 Development Kit
includes access to an installer for the Wind River* tools for software development. The
host software tools are Wind River Linux 5.0.1, Wind River Intelligent Device Platform
(IDP) 2.0 XT, and Wind River Workbench 3.3.5.
See the Dear Customer Letter included in the Development Kit for instructions to
obtain the installer and necessary licenses.
4.1 Host System OS Requirements
The Wind River Systems development tools may be installed on many different
Linux*-based Host Systems. Before proceeding, review Wind River Linux 5.0/5.0.1
Recommended Development Host Distributions to ensure that you have installed the
appropriate packages and that your system meets the minimum operating system
requirements. The document is included on the USB flash drive in the documents
folder and is called Recommended-Hosts-List_5.0.1.pdf.
Note: These instructions have been validated on an Ubuntu 12.04 LTS 64-bit Host System.
4.2 Host System Hardware Recommendations
The following Host System hardware is recommended.
3rd Generation Intel®Core™ i5 processor or better
CPU with four or more cores and with Intel®Hyper-Threading Technology (Intel®HT
Technology)
150 GB or more of free disk space
4 GB or more RAM
Ethernet connection to the internet
With the minimum hardware above, a typical initial compile will take about 3 hours.
Improving the specifications of the Host System can decrease that time to about 2
hours.

Installing Wind River IDP Tools on the Host System
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4.3 Wind River Software Installation Prerequisites
Before starting the host tools installation, check the following:
4.3.1 Disk Space and Installation Folders
About 42 gigabytes of disk space is needed during the host tools installation. About 12
GB of that will be permanently used after the installation is complete.
The installation process creates three folders in the home directory of your Host
System:
1. WindRiver -The folder to install the host tools. The installation requires
approximately 12 GB of free space in this folder.
2. Installer - A temporary folder that can be deleted later. The installation
requires approximately 15 GB of free space in this folder.
3. tmp –A temporary folder used by the installation process. The installation
requires approximately 15 GB of free disk space.
4.3.2 Wind River Host Tools License
You must have a temporary License Authentication Code or a permanent License
Authentication File to install the IDP host tools.
For Early Access kits, instructions to obtain a temporary License Authentication
Code are included in the Dear Customer Letter that accompanied the kit.
If you purchased a kit, instructions to obtain a permanent License Authentication
File will be provided at the time of purchase.
4.3.3 Internet Connection
The time required to install the host tools is primarily dependent on the download
speed of the Host System’s internet connection. The installer downloads
approximately 15 gigabytes of data from Wind River’s servers. This may take several
hours.
4.3.4 Download the Installer
The Wind River Host Tools are installed on the Host System using an installer.
If you have an Early Access Development Kit, then the Installer folder is on the USB
flash drive that was shipped with the Development Kit.
If you purchased the Development Kit, then see the Dear Customer Letter included
in the kit or sent to you at the time of purchase for instructions to download the
Installer.

Installing Wind River IDP Tools on the Host System
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4.4 Installing the Host Tools Base Packages
Follow the steps below to install Wind River* Linux 5.0.1, Wind River IDP 2.0.1 XT,
and Wind River Workbench 3.3.5 on the Host System.
1. Plug in the provided USB key into the Host System.
2. Using the GUI or command line, copy the Installer files that you downloaded
to the Installer folder on the Host System. The Installer file is named
DVD-R181165.1-1-00.zip or similar. Use command:
cp /media/AtomGatewaySW/install/DVD-R181165.1-1-00.zip \
$HOME/Installer/
3. Using the GUI or command line, unzip the Installer zip file. Use commands:
cd $HOME/Installer
unzip DVD*.zip –d ./
4. Go to the unzipped DVD-R181165.1-1-00 folder and run the setup_linux
executable. An Installer window opens. Use commands:
cd DVD-R181165.1-1-00
./setup_linux
5. On the Installer pop-up window, select the Wind River Host Tools install
location. Use the Browse button select the WindRiver folder you created in
Section 4.3.1, or enter the complete path to that folder.
6. On Online Update Settings page, keep the default boxes checked.
7. On this same page, if your network requires a proxy server for access to the
internet, do the following:
a) Mark the box titled Connect to the internet using a proxy server.
b) Provide the proxy server information for your network.
8. On the Install Now or Create a Local Download screen, keep the default
Install box checked. Local download is for administrators planning multiple
installations of this product.
9. On the Choose Activation Type screen, do one of the following:
If you received a permanent License Activation File with the purchase of
the Development Kit:
i) Make a directory called license in the $HOME/WindRiver
directory.
ii) Copy the license activation file into the
$HOME/WindRiver/license directory.
iii) Select Permanent activation and enter the full path and
filename of the license file, or use the Browse button to find it
using the GUI.
For temporary activation, select Temporary activation. A License
Activation Code will be required later. Use the license obtained in Section
4.3.2.
10. On the Host Information page, select the Ethernet adapter that will be used
to download the Host tools from the internet.
11. On the User Information screen, do the following:
a) If you selected Temporary activation, enter the temporary License
Authentication Code provided in the Dear Customer Letter.
b) Enter the required user information.