GPU-P allows you to partition your systems dedicated or integrated GPU and assign it to several Hyper-V VMs. It's the same technology that is used in WSL2, and Windows Sandbox.
* Desktop Computer with dedicated NVIDIA/AMD GPU or Integrated Intel GPU - Laptops with NVIDIA GPUs are not supported at this time, but Intel integrated GPUs work on laptops. GPU must support hardware video encoding (NVIDIA NVENC, Intel Quicksync or AMD AMF).
6. Open CopyFilesToVM.ps1 and edit the params section at the top of the file, you need to be careful about how much ram, storage and hard drive you give it as you system needs to have that available. You also need to write the GPU name exactly how it appears in PreChecks.ps1. Additionally, you need to provide the path to the Windows 11 ISO file you downloaded.
8. View the VM in Hyper-V, once it gets to the Windows Desktop you will need to approve the certificate install request for Parsec and Virtual Audio Cable
Thanks to [Hyper-ConvertImage](https://github.com/tabs-not-spaces/Hyper-ConvertImage) for creating an updated version of [Convert-WindowsImage](https://github.com/MicrosoftDocs/Virtualization-Documentation/tree/master/hyperv-tools/Convert-WindowsImage) that is compatible with Windows 10 and 11.
- This script will fail in newer versions of Powershell due to the add-type function call, but it will work correctly in Powershell ISE running as Administrator.
- A display or HDMI dummy dongle must be plugged into the GPU to allow Parsec to capture the screen.
- The screen may go black for times up to 10 seconds in sitautions when UAC prompts appear, applications go in and out of fullscreen and when you switch between video codecs in Parsec - not really sure why this happens, it's unique to GPU-P machines and seems to recover faster at 1280x720.