- #SHOULD WINDOWS 10 BUILD 10240 BOOT IN NORMAL HOW TO#
- #SHOULD WINDOWS 10 BUILD 10240 BOOT IN NORMAL DOWNLOAD ZIP#
- #SHOULD WINDOWS 10 BUILD 10240 BOOT IN NORMAL INSTALL#
- #SHOULD WINDOWS 10 BUILD 10240 BOOT IN NORMAL FOR WINDOWS 10#
- #SHOULD WINDOWS 10 BUILD 10240 BOOT IN NORMAL SERIES#
#SHOULD WINDOWS 10 BUILD 10240 BOOT IN NORMAL INSTALL#
Since this article is focused on a test image, you can run the installoemcerts.cmd command to install test certificates in the root certificate store of the PC you are building the image on. We are creating an 圆4 image so select 圆4.Īt this point, you need to install certificates which will be used to sign the package binaries. This application will prompt you to select the architecture you are working with (1 for ARM, 2 for x86, 3 for 圆4). Type in IoTCoreShell.cmd to open the IoT Core Shell. Open an administrator-elevated privilege command window and navigate to the C:\ IoT-ADK_AddonKit directory. This file is located in the directory where you installed the IoT Core ADK Add-Ons ( C:\IoT-ADK_AddonKit). You should now open the IoTCoreShell.cmd file, which is a specialized command-line window that you will be doing a lot of the work for building the image. Please note you can only use alphanumeric characters. Edit the setOEM.cmd file, located at C:\IoT-ADK-AddonKit and set the OEM_NAME variable accordingly. We will be building a basic image, which involves combining the Windows IoT Core packages along with a board support package for the target hardware (Baytrail device) into a flashable file (FFU file).įirst off, you need to set your OEM name, which will help you distinguish your created packages from packages other manufacturers have created. Once you have the prerequisites installed, you are now ready to begin the installation process.
#SHOULD WINDOWS 10 BUILD 10240 BOOT IN NORMAL FOR WINDOWS 10#
Baytrail BSP for Windows 10 IoT Core is located here. This article assumes you installed this to C:\IoT-ADK-AddonKit. #SHOULD WINDOWS 10 BUILD 10240 BOOT IN NORMAL DOWNLOAD ZIP#
Github repository – clone or download ZIP file. msi for the architecture you are using (ARM/x86/圆4) Download the OS packages for custom and commercial FFUs. Windows Assessment and Deployment Kit (Windows ADK). Typically we would need a micro SD card for storage but since the industrial PC comes with onboard memory storage, we do not need an SD card.įor software, we will need to install the following on the PC we build the image on: We will be using the Intel Atom E3800 (aka Baytrail) built on an industrial PC for examples in this article. You will need an IoT device to install on – here are some options that Microsoft supports: However, since the process is similar using IoT Core Dashboard (which I already covered in Part 1), I am going to go through the installation process steps using the Windows ADK IoT Core Add-Ons. This will display a dialog as shown here:įor certain x86/圆4 device you can use IoT Core Dashboard to run through the installation process. You can find out what version you are running by clicking on the search box (next to the Start button) and typing ‘winver’. Intel’s Baytrail devices running the Intel Atom processor E3800 is an example of an 圆4 device.īefore you can install on an x86/圆4 device, you need to make sure you have a PC that is running Wind(version 0) or higher. These processors do not have their instruction sets slimmed down, so they can perform more complex operations, at the cost of increased power consumption (and therefore lower battery life). The Raspberry Pi is classified as an ARM device.ĭevices with the x86/圆4 architecture are classified as CISC processors, which stands for Complex Instruction Set Computer. While this means that the processor can’t do certain things, it requires a low amount of power to execute what it can do, so that translates to increased battery life. What this means is that the processor has been slimmed down to only include a reduced set of commands it can process. ARM devices are called Advanced RISC Machines, with RISC standing for Reduced Instruction Set Computer. When we talk about the different IoT devices, the processor type needs some explanation. These devices can run with or without a display device. Windows 10 IoT Core is a version of Microsoft’s Windows 10 operating system that has been optimized for smaller devices that can run on either ARM or x86/圆4 devices. This article will focus on the steps required to install Windows 10 IoT Core on an x86/圆4 device. #SHOULD WINDOWS 10 BUILD 10240 BOOT IN NORMAL HOW TO#
Part 1 described how to install Windows 10 IoT Core on a Raspberry Pi 3 device.
#SHOULD WINDOWS 10 BUILD 10240 BOOT IN NORMAL SERIES#
This is the second part in a 2-part series on how to install Microsoft Windows 10 IoT Core on an Internet-of-Things (IoT) device.
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