vgpu-proxmox
fedora-acs-override
vgpu-proxmox | fedora-acs-override | |
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34 | 4 | |
- | 42 | |
- | - | |
- | 7.3 | |
- | 10 days ago | |
Shell | ||
- | MIT License |
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vgpu-proxmox
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PAID GIG: PROXMOX Gpu Passthrough help
This is a good guide on setting up vGPU. https://gitlab.com/polloloco/vgpu-proxmox
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VirGL
A better way [for me, anyways] is getting GRID drivers running. However, this only works with the 9xx cards up to the 2080.
https://gitlab.com/polloloco/vgpu-proxmox
- Rtx 3060 Ti GDDR6X possible as vGPU?
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Run vGPU on PVE 7.4.3 and split GPU out to Ubuntu VMs
We've followed PolloLoco's guide and confirmed we had vGPU functioning on the host and could pass vGPU with an A profile to a Windows 10 VM. Profile was overridden to the following (NOTE: nvidia-49 is a Q profile):
- nvidia-smi
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Looks like its new server day!!
Look into proxmox and vgpu, craft has a couple videos on it itself. If you have an ampere + (rtx 3k,rtx 4k series)card, you're out of luck. At least for the "free" version. Also, don't use his videos as step by step guides. They're outdated but good for a general "road map" of his it'll be to set up. I followed this gitlab to setup a test server with a 1660 ti. In theory you should be able to do a windows and Linux VM off the same card. I say in theory because the 5 minutes I tried to set it up it didn't work. I was in a hurry and just haven't gotten back to trying it out.
- vGPU on PVE 7.4.3
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Unable to Passthrough Nvidia T1000 to Linux Virtual Machine
Although not quite what you want, the T1000, as a Turing-based card, is one of the ones that can support the vGPU hack: https://gitlab.com/polloloco/vgpu-proxmox
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No more hardware for the family... VDI is in.
For the GPU portion, you can unlock vGPU support in proxmox for free with this script
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Any ideas to play around AI projects?
Most AI projects are going to need a GPU to work. If you really want to get into AI I recommend moving to proxmox and use a Vgpu unlock script to split your GPUs between VMs instead of being limited to one pass through GPU per VM.
fedora-acs-override
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VirGL
- Code + RPMs - https://github.com/some-natalie/fedora-acs-override
As far as concerns around stability with ACS override, I tend to only enable the override for the specific GPU (or other hardware) that I'm passing through and haven't encountered any stability problems or memory leaks that'd interrupt desktop or light server usage. I also used to run this for a bunch of white-box GPU hardware for a customer at a former job and it worked well for exploratory AI/ML workloads before investing in the big Nvidia DGX boxes. YMMV, of course!
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Best way to enable ACS override patch for fedora? (COPR for Xanmod vs Liqorix)
Unfortunately the only ACS copr I see is months old and not up-to-date. I also found a Github repo but that seems to be only for Intel CPUs so I can't use it.
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1 iGPU, 2 dGPUs, 2 accelerated VMs (Windows, MacOS) - need help deciding the best path forward for IOMMU
Unvetted, random searching: https://github.com/some-natalie/fedora-acs-override/blob/main/README.md
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VM doesn't start with ACS override patch
I'm on Fedora 35 using the kernel from some-natalie/fedora-acs-override with these kernel parameters:
What are some alternatives?
Easy-GPU-PV - A Project dedicated to making GPU Partitioning on Windows easier!
LookingGlass - An extremely low latency KVMFR (KVM FrameRelay) implementation for guests with VGA PCI Passthrough.
lollms-webui - Lord of Large Language Models Web User Interface
vendor-reset - Linux kernel vendor specific hardware reset module for sequences that are too complex/complicated to land in pci_quirks.c
vGPU_LicenseBypass - A simple script that works around Nvidia vGPU licensing with a scheduled task.
kvm-guest-drivers-windows - Windows paravirtualized drivers for QEMU\KVM
stable-diffusion-webui - Stable Diffusion web UI
vgpu_unlock - Unlock vGPU functionality for consumer grade GPUs.
vgpu_unlock-rs - Unlock vGPU functionality for consumer grade GPUs
Single-GPU-Passthrough