qemu-img convert -f vhdx -O qcow2 Windows10_ARM64.vhdx windows10_arm.qcow2 Use code with caution. Creating a Blank QCOW2 Image for ISO Installation
With your windows10_arm.qcow2 disk, your installation ISO, and your VirtIO driver ISO ready, you can now launch the virtual machine. Because Windows on ARM requires a UEFI environment, you must also ensure your host has the OVMF or AAVMF (ARM Architecture Virtual Machine Firmware) packages installed.
(TianoCore EDKII) for UEFI support, as ARM Windows requires UEFI to boot. VirtIO drivers windows 10 arm qcow2
Keep this ISO handy; you will mount it as a secondary CD-ROM drive during the initial boot phase. Step 4: Booting and Installing the VM via QEMU
The steps are straightforward: download the official VHDX, convert to qcow2 , fire up UTM or QEMU, and install the VirtIO drivers. With snapshots, sparse allocation, and excellent performance via hardware acceleration, you’ll forget you are even running a virtual machine. qemu-img convert -f vhdx -O qcow2 Windows10_ARM64
To boot your Windows 10 ARM QCOW2 image, you must use the correct machine emulation properties. ARM64 virtualization requires explicitly defining the UEFI firmware (OVMF). Sample QEMU Launch Command
Download the latest from the official Fedora peer repository. Look specifically for the stable ARM64 driver builds. Step 2: Launching the Virtual Machine via QEMU CLI (TianoCore EDKII) for UEFI support, as ARM Windows
If your Linux host supports it, enable hugepages to decrease memory access latency for the VM.