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Windows Iot Core Windows IoT Core How To Install the FFU Image Platform: UP board (UP-CHT01) Revision: 01 DRAFT 01 Update Date: 9 February 2018 Prepared For: Aling Wu, AAEON UP Sales & Marketing Manager Prepared By: Karen Chen UP Evangelist Revision History The following table contains the information regarding the history and revisions of this living document. Version Date Contributor Changes Description 01 09 Feb 2018 Karen Chen Initial Creation Document Attributes The following table contains the list of files that are associated with this living document. Filename Description UP-CHT01-Flash-2-00.ffu The UP board specific Windows IoT Core FFU image to flash. Copyright © AAEON Page 2 of 12 1 Executive Summary ...........................................................................................................................................4 1.1 Objectives ..................................................................................................................................................... 4 1.2 Goals .............................................................................................................................................................. 4 1.3 About the IoT Dashboard .......................................................................................................................... 4 2 Requirements ...................................................................................................................................................... 5 2.1 MacOS, BSD, Linux and older Windows versions .................................................................................... 5 3 Configure BIOS Settings .....................................................................................................................................6 3.1 Getting into the BIOS .................................................................................................................................. 6 3.2 Set the Boot > OS Selection ....................................................................................................................... 6 3.2.1 I2C and HSUART: Set to Windows ............................................................................................................. 6 3.2.2 GPIO: Set to Windows IoT Core .......................................................................................................6 3.3 HAT Configurations ...................................................................................................................................... 7 3.3.1 I2C and High-Speed UART .....................................................................................................................7 3.3.2 GPIO .....................................................................................................................................................8 4 Create the Bootable USB Device with Windows IoT Core .............................................................................. 9 5 FAQs ................................................................................................................................................................................................. 11 5.1 DISM Failed. Error: 0xffffffff ............................................................................................................................ 11 6 References ......................................................................................................................................................... 12 Copyright © AAEON Page 3 of 12 1 Executive Summary Windows IoT, formerly Windows Embedded, is a family of operating systems from Microsoft designed for use in embedded systems. To release Windows IoT Core for end user installations, manufacturers must package and release an FFU image that is compatible with the specific boards, BIOS and drivers. UP has released an FFU image specific to the UP Board device that requires an updated BIOS. See the requirements section for the specific versions that are compatible. 1.1 Objectives We will follow an alternative method to flash the FFU image to a USB device using DISM instead of Microsoft’s IoT Dashboard. Also to enable specific functionality of the UP boards such as I2C, GPIO and High-Speed UART, we will choose which we want to enable and configure the UP BIOS settings accordingly. 1.2 Goals Instructions on how to create a bootable USB device using the UP supplied FFU image. Outline how non-Windows 10 operating systems can also create the bootable USB device. Set the BIOS to the mode we want to use: I2C, GPIO or HSUART. End with a working UP device booting into Windows IoT Core. 1.3 About the IoT Dashboard The Windows IoT Dashboard is useful to remotely controlling headless Windows IoT Core installation as well as flashing an FFU image to an USB device. However, since the UP boards can be used as a full standalone desktop by connecting a monitor, keyboard and mouse, we can bypass the IoT Dashboard and instead flash the FFU image directly to a USB device to get going quickly. You are not restricted from following Microsoft’s procedure for installing the IoT Dashboard. Do note that as the time of this writing, you will need the Windows 10 Insider Preview edition enabled. For more information, please see the link below. https://developer.microsoft.com/en-us/windows/iot Copyright © AAEON Page 4 of 12 2 Requirements UP Board with BIOS 0.8 (UP-CHT01 R0.8) or later installed. A working Windows 10 installation. The specific FFU image created for your exact board and BIOS version. The FFU file differs between UP Board, UP Squared and UP Core; so, be sure to use the one specific to your device. A USB flash device being at least 16GB. Recommended are USB3 devices. 2.1 MacOS, BSD, Linux and older Windows versions If you do not have Windows 10 installed on your local machine, there is an alternative method. You can install an evaluation edition of Windows 10 into a Virtual Machine Manager, such as VirtualBox. From within the running VM, you can attach your USB device and flash the FFU image. Download Microsoft’s latest Windows 10 ISO from the link below. https://www.microsoft.com/en-us/software-download/windows10ISO Install VirtualBox from the link below. https://www.virtualbox.org/wiki/Downloads When prompted to enter a “Key”, look for the “I do not have a key” or “Skip this step” link and click it. This will install an evaluation edition of Windows 10 that can be used to flash the FFU image. Finally, when Windows 10 starts up inside of the virtual machine, you will need to “attach” your USB device to your virtual machine. Windows 10 should then detect it as a normal USB device. From this point, you will be able to follow the rest of this guide. NOTE: you will have to “Eject” the drive twice to properly close all open files. Once from within the Windows 10 virtual machine, and again from your host machine. Copyright © AAEON Page 5 of 12 3 Configure BIOS Settings Before we start, we need make changes in the BIOS to enable the specific function we want to use. 3.1 Getting into the BIOS Start by connecting a monitor and keyboard to the UP Board and boot into the BIOS. You can do this by powering on the device, waiting for the AAEON logo to appear and then pressing ESC several times until the BIOS screen appears. If prompted for a Password, press ENTER for an empty password. 3.2 Set the Boot > OS Selection Navigate to Boot > OS Selection. 3.2.1 GPIO, I2C and HSUART: Set to Windows 10 IoT Core For all functions, select “Windows 10 IoT Core” as shown below. Copyright © AAEON Page 6 of 12 3.3 HAT Configurations The UP Board BIOS comes preconfigured for I2C and HSUART by default. Only the GPIO functionality requires changes to the HAT configurations. 3.3.1 I2C and High-Speed UART To specify the HAT Configuration options needed to be set for I2C and HSUART default functions, simply restore the BIOS to factory defaults as shown below. Navigate to “Save & Exit” > “Restore Defaults” Copyright © AAEON Page 7 of 12 3.3.2 GPIO In the BIOS, navigate to Advanced > HAT Configurations. Set all LPSS functions to “Disable” Set I2C0/GPIO and I2S/GPIO function select “GPIO” Set the SCC SDIO function select “Disabled” Scroll down to the HAT Pins Configuration and set the HAT pins to your desired states of either an Input or an Output being Low/High. Press ESC, navigate to Save & Exit and select Save Changes and Reset. Copyright © AAEON Page 8 of 12 3.3.3 SPI Windows IoT Core not support SPI on UP-CHT01 Copyright © AAEON Page 9 of 12 4 Create the Bootable USB Device with Windows IoT Core You will be running Windows IoT Core from a USB Device as Microsoft only allows booting from USB devices as the time of this writing. NOTE: Microsoft’s FFU format contains the exact partition sizes and layout to create when imaging a USB device. Therefore, you need a USB device of at least 16GB to fit the FFU image. 1. Open an Administrator command prompt (Press START, type “CMD”, right-click on “Command Prompt” and select “Run as Administrator”). Accept the UAC if prompted. 2. Change directories with cd to where you downloaded the FFU file to. For example: C:\WINDOWS\system32>cd \Users\MyUsername\Downloads C:\Users\MyUsername\Downloads> 3. Plug-in your USB device to be flashed. On non-Windows 10 machines using the Virtual Machine method mentioned in Section 2.1 above, this is where you will need to “attach” the USB to your running VM. Copyright © AAEON Page 10 of 12 4. Find the disk “number” that corresponds to your USB device. We
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