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UNRARX BOOTABL USB INSTALL
UNRARX BOOTABL USB DRIVERS
UNRARX BOOTABL USB ISO
UNRARX BOOTABL USB WINDOWS

For more information, see WinPE: Mount and Customize.

UNRARX BOOTABL USB DRIVERS

If your PC requires storage or video drivers to boot, try adding those same drivers to the Windows PE image.

To boot a PC that supports UEFI mode: In the firmware boot menus, try manually selecting the boot files: \EFI\BOOT\BOOTX64.EFI.

If Windows PE doesn't appear, try the following workarounds, rebooting the PC each time:

UNRARX BOOTABL USB WINDOWS

From the boot menu, select the bootable Windows PE media.

If you don't know which key combination will bring up your PC's boot menu, contact your PC manufacturer. This key or key combination is different depending on your PC manufacturers.

Press the key or key combination that will bring up the boot menu.

Insert the media into the PC you want to boot.

Now that you've created bootable Windows PE media, you can use it to boot your PC. Prepare the drive by using MakeWinPEMedia: MakeWinPEMedia /UFD C:\WinPE_amd64 V:

UNRARX BOOTABL USB ISO

If you're planning to run Windows PE in Hyper-V, consider using an ISO file format instead of a VHD to enable faster setup of the virtual PC.Ĭreate a virtual hard drive (.vhdx): diskpartĬreate vdisk file="C:\WinPE.vhdx" maximum=1000

UNRARX BOOTABL USB INSTALL

Use MakeWinPEMedia with the /UFD option to format and install Windows PE to the USB flash drive, specifying the USB key's drive letter: MakeWinPEMedia /UFD C:\WinPE_amd64 P: See Create a multipartition USB drive for instructions. If you want to be able to store files larger than 4GB on your Windows PE USB drive, you can create a multipartition USB drive that has an additional partition formatted as NTFS.

MakeWinPEMedia will format your Windows PE drive as FAT32.

You can format your USB key prior to running MakeWinPEMedia. Create a bootable Windows PE USB driveĪttach a USB drive to your technician PC. Now that you now have a set of working files, you can use MakeWinPEMedia to build bootable WinPE media. After you add drivers or other customizations to Windows PE, see Image optimization to help reduce the boot time.

Optimize Windows PE: Recommended for devices with limited RAM and storage (for example, 1GB RAM/16GB storage).

See WinPE: Mount and Customize: High Performance. Note, our sample deployment scripts already set this scheme automatically.

Set the power scheme to high-performance.

PowerShell scripts are not included in this lab. To learn more, see WinPE: Adding Windows PowerShell support to Windows PE. (Windows PE includes generic video and network drivers, but in some cases, additional drivers are needed to show the screen or connect to the network.). To learn more, see: WinPE: mount and customize. If you don't include these optional components, you may see an error that your PC doesn't meet the minimum hardware requirements.

For Windows 11: If you're launching Windows Setup from Window PE, add the WinPE-WMI and WinPE-SecureStartup optional components.

Only add additional packages when necessary. When you add packages to Window PE, it can slow performance and boot time.

The customizations below are common, but not every Windows PE image requires customizations. For more information about copype, see Copype command line options. Run copype to create a working copy of the Windows PE files. Start the Deployment and Imaging Tools Environment as an administrator. Make sure your PC has the ADK and ADK Windows PE add-on installed. No matter what type of media you're going to create, the first thing to do is create a working set of Windows PE files on your technician PC. If you're using the ADK for Windows 10, version 1803 or earlier, Windows PE is included in the ADK when you choose the Windows Preinstallation environment option during setup and doesn't require a separate addon.