Hey, I'm the co-creator of LibVF.IO and the GVM project. I'd love to hear what you think about our latest release where we added support for GVM components in LibVF.IO.<p>Side note: We also added in support for Libvirt by allowing users to install standalone GVM components via ./scripts/install-standalone-gvm-components.sh.
I run Linux for software development, but I need to also run Autodesk Fusion 360, which doesn't run on Linux. So I run it in a VirtualBox virtual machine. It works poorly as it sometimes doesn't render correctly and the performance is bad. I know that if I did some research and bought a second GPU that I could maybe get PCI-passthrough working, but I find that obnoxious and wasteful.<p>Can I use LibVF.IO/GVM to get better performance (and perhaps proper rendering) on a VM in Linux? Or is there a different solution I should be looking into?
This is pretty cool, one of the killer features that windows has had with Hyper-V that is really creaming QEMU/KVM. You could probably try getting some support from a vendor like Red Hat, as something like this in the Linux Kernel is a huge datacenter/cloud hosting feature that directly impacts their bottom line.
What does it do? Does it let one pass a virtual GPU to the guest without complete PCI-passthrough? E.g. will I be able to share host GPU between the host system and guests?
Can I use this with Proxmox?<p>I looked into LibVF.IO when it was last posted on hackernews but I was never able to get it to work with Proxmox.<p>I'm kind of a weirdo and want to use proxmox as a hypervisor on my desktop and manjaro as my daily driver with Windows 10 for Fusion360.
Is this similar to the virglrenderer project? <a href="https://gitlab.freedesktop.org/virgl/virglrenderer" rel="nofollow">https://gitlab.freedesktop.org/virgl/virglrenderer</a>