Installation on a virtual machine within Proxmox #1837
Replies: 19 comments 40 replies
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I agree, I have been running Frigate inside of Proxmox for over a month now with little issues. (I use a coral device via USB- make sure you initialize it once to get the proper mac address to pass through or pass the entire usb through!). While my inference speed is more on the 6.1-6.7, it is not the worst. |
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That's awesome! I expected worse performance than that via USB. |
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Are you using an m.2pcie - > pcie adapter? If so, would you mind sharing which one? Thanks |
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I am directly connecting the pcie device into an m.2 slot on my server's motherboard without an adapter. |
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OK, thanks for the reply |
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Bit late to the party, but I found that generic M.2 to PCI-E adaptors from eBay seemed to work. The one I got came with two duck antennas mounted on the back panel for Wi-Fi. I simply inserted the Coral in to the adaptor and left those antennas disconnected. |
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For the past four days I was playing with frigate installed in container in debian vm running on top of latest proxmox. I didn't had any issues with the two m.2 corals installed in my small server and their passthrough , but I had big problems with the passthrough of the igpu to be used for hardware acceleration of decoding the ffmpeg streams, also I had numerous freezes of the ethernet port, which to mitigate the issue had to disable offloading to the ethernet controller and this added more or less overhead to my cpu. Finally I went back to Debian on baremetal. Looks like Proxmox is still not good enough for passthrough of different hardware to the VM guest operating systems.... I was deceived of running the proxmox on top of zfs mirror and the possibility to backup all the VM to my network storage... |
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You cannot pcie passthrough the igpu to a virtual machine easily which explains your difficulties there. The BIOS/UEFI utilizes that device on boot so it isn't uninitialized. I do see guides online for completing it but it doesn't seem like a fun experience. The fact that 4k resolution cameras barely add to the overall CPU load of my server made that a pointless fight imo. The networking card issue seems unrelated. Is this your motherboard's networking card or a separate device? What hardware are you using? I am using pcie passthrough to pass two different devices to different VMs including a m.2 Coral so Proxmox is definitely capable. |
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igpu works for a couple of hours, then start throwing errors and dropping frames, till the streams freeze. the network adapter is embedded in the board, it is an intel i219-v, same works fine under Debian native... this is a small home server Asrock DeskMini 310 with H310 chipset, i3-9100 cpu and 16gb or ram, paired with 2 x 240GB SSDs (planned to run ZFS in proxmox). I have inside M.2 2280 and M.2 2230 PCI Corals. Before Proxmox the system was running several containers + Homeassistant Supervised, normally using 30% of the 16GB ram. The idea was using Proxmox with initially 2 VM - Debian and HassOS. Passthrough of the Corals to the Debian and Zigbee and Bluetooth USB dongles to the HassOS went without problems. The issues that stayed as I said were hardware offloading of the intel integrated ethernet card (which was a mitigation of the ethernet freezing) and the igpu passthrough which breaks after an hour or two of working... I always like using the hardware capabilities of my devices i paid for...being this kind of nerd I don't like not using the ethernet offloading or igpu rendering in favor of cpu cycles, more heat and more power consumption. |
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I concur. Running a M2 coral in a proxmox VM performs almost as well as on bare metal, and is plenty fast for my 5-6 cameras. The bigger issue with virtualization is the difficulty in getting hardware decode (GPU or QSV) working, especially if your machine only has an IGP. Then again, I dont find this to be a major bottleneck, seeing that decoding 5 substreams and doing the motion detection takes 10-15% on 1 core of my humble i3 with no hardware acceleration at all. Its likely being able to leverage QSV would lower this a fair bit, but unless you have dozens of cameras or high res or no substreams, its not likely a problem. |
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I've had Frigate running really well in a Ubuntu LTS VM on top of Proxmox. I'm passing through both the M2 PCI Coral and the igpu with no issues. Hardware is a 6th gen i5 HP Mini PC. I used this guide to get the igpu to passthorugh: |
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I didn't have good experience with passing the coral to a vm in proxmox, it kept throwing errors in dmesg and kept resetting the usb port. I tried all available ports and option combinations to no avail. I've googled around to find it has to do with the speed at which the coral is consuming data over the link or some such. Nevertheless sometimes it worked and I've been getting inference speeds around 20ms as opposed to 50-70ms on cpu. The issues I faced are perhaps dues to multiple other usb/pci passthroughs already present and/or the hw used (xeon-2176m nuc). After putting the frigate container into docker running in lxc container on the proxmox (takes a bit of work to set up, but works flawlessly afterwards) I'm getting inference speeds of 8ms with no usb port restarts/dmesg errors. |
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Hi, |
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I had to combine various resources form around the net, it involved some work in command shell editing the files that proxmox creates in ui, if you google
Nothing. You plug it into the usb port you specified in the lxc config and frigate has everything it needs to run it included in the docker image afaik.
Yes it has it's own web ui for watching live camera and browsing recorded events/snapshots. You need to run Frigate integration if you want to use it with HA, which then talks to the Frigate server. |
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Thank you very much Sir! |
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Thought I'd share my setup which is working very well, with iGPU and dual TPU passthrough to a Proxmox VM. I'm getting inference speed of 6.8 for both Coral, and CPU usage is consistently 11-20%. Currently only 3x 4k Reolink 820a's, but more to come now that I've got so much more overhead. (as of 2022-10-12) Host:
VM (Ubuntu Server 22.0.4.1):name: nvr
agent: 1
bios: ovmf # (UEFI) This is key
# machine: Default (i440fx) # Q35 wasn't necessary
boot: order=scsi0;ide2;net0 # defaults
net0: virtio=56:AD:0E:42:EE:3C,bridge=vmbr0 # defaults
cpu: host,flags=+aes #Key CPU Settings
sockets: 1
cores: 4
memory: 8192
balloon: 0
vga: std,memory=256
scsihw: virtio-scsi-pci # defaults
scsi0: local-lvm:vm-103-disk-1,size=16G
efidisk0: local-lvm:vm-103-disk-0,efitype=4m,pre-enrolled-keys=1,size=4M
hostpci0: 0000:00:02.0,mdev=i915-GVTg_V5_4 # iGPU partial passthrough
hostpci1: 0000:04:00 # PCIe Coral TPU 1 of 2
hostpci2: 0000:05:00 # PCIe Coral TPU 2 of 2# On Host
# /etc/default/grub
GRUB_DEFAULT=0
GRUB_TIMEOUT=5
GRUB_DISTRIBUTOR=`lsb_release -i -s 2> /dev/null || echo Debian`
# The following is the key line to change. Note that many guides
# add a lot of unnecessary things to this, and removing them was
# needed to get everything to work for me.
GRUB_CMDLINE_LINUX_DEFAULT="quiet intel_iommu=on i915.enable_gvt=1 iommu=pt initcall_blacklist=sysfb_init"
GRUB_CMDLINE_LINUX=""
# After updating, run command: update-grub# On Host
# /etc/modules
vfio
vfio_iommu_type1
vfio_pci
vfio_virqfd
kvmgt
xengt
vfio-mdev
# After updating, run command: update-initramfs -u -k all# On Host
# /etc/modprobe.d/blacklist-apex.conf
# This prevents the host from loading the drivers for the Corals, allowing for passthrough.
blacklist gasket
blacklist apex
options vfio-pci ids=1ac1:089a
# After updating, run command: update-initramfs -u -k allHost readouts
VM ReadoutsAfter using the Proxmox UI to add three PCIe devices (CPU half, and both Coral), and installing the coral drivers, here's the outputs:
Frigate Settings# ~/docker/frigate/docker-compose.yml
version: "3.9"
services:
frigate:
container_name: frigate
privileged: true # this may not be necessary for all setups
restart: unless-stopped
image: blakeblackshear/frigate:stable
shm_size: "384mb" # update for your cameras based on calculation above
devices:
- /dev/dri/card0 # for intel hwaccel, needs to be updated for your hardware
- /dev/dri/renderD128 # for intel hwaccel, needs to be updated for your hardware
- /dev/apex_0:/dev/apex_0 # passes a PCIe Coral, follow driver instructions here https://coral.ai/docs/m2/get-started/#2a-on-linux
- /dev/apex_1:/dev/apex_1 # passes a PCIe Coral, follow driver instructions here https://coral.ai/docs/m2/get-started/#2a-on-linux
volumes:
- /etc/localtime:/etc/localtime:ro
- ./config.yml:/config/config.yml:ro
- ./media:/media/frigate
- type: tmpfs # Optional: 1GB of memory, reduces SSD/SD Card wear
target: /tmp/cache
tmpfs:
size: 2000000000
ports:
- "5000:5000"
- "1935:1935" # RTMP feeds
environment:
FRIGATE_RTSP_PASSWORD: "myrtsppassword"# ~/docker/frigate/config.yml
cat ~/docker/frigate/config.yml
mqtt:
host: 192.168.1.11
user: evan
password: secretpassword
objects:
track:
- person
- dog
- cat
snapshots:
enabled: True
bounding_box: True
detect:
width: 640
height: 360
fps: 5
detectors:
coral1:
type: edgetpu
device: pci:0
coral2:
type: edgetpu
device: pci:1
record:
enabled: True
retain:
days: 2
mode: active_objects
events:
retain:
default: 3
mode: active_objects
ffmpeg:
hwaccel_args: -hwaccel vaapi -hwaccel_device /dev/dri/renderD128 -hwaccel_output_format yuv420p
cameras:
driveway_cam_frigate:
objects:
track:
- person
- car
- dog
- cat
- motorcycle
- bicycle
ffmpeg:
inputs:
- path: rtsp://evan:[email protected]:554/h264Preview_01_main
roles:
- record
- rtmp
- path: rtsp://evan:[email protected]:554/h264Preview_01_sub
roles:
- detect
front_door_cam_frigate:
ffmpeg:
inputs:
- path: rtsp://evan:[email protected]:554/h264Preview_01_main
roles:
- record
- rtmp
- path: rtsp://evan:[email protected]:554/h264Preview_01_sub
roles:
- detect
back_cam_frigate:
ffmpeg:
inputs:
- path: rtsp://evan:[email protected]:554/h264Preview_01_main
roles:
- record
- rtmp
- path: rtsp://evan:[email protected]:554/h264Preview_01_sub
roles:
- detect
rtmp:
enabled: False
live:
height: 1080
quality: 1 |
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Can confirm I've been running thise setup for over a year without issue. Currently moving to k8s with pod pinned to specific node, will see how it goes. |
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@evanheckert thanks for your instructions How you managed installing the dual coral on your machine? |
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this was great, I am considering transitioning frigate to my proxmox server and this helped me get the igpu passed through on my 7th gen intel cpu. |
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So my VM has crashed twice now in 48 hours. Seems to be almost 24 hours apart. Almost like it just goes to sleep, no logs nothing to indicate a problem. I can not tell if the console is still up because the iGPU pass through has stopped the proxmox console from working. I do have these errors constantly in my proxmox logs but not sure if they are related to the "sleep" as they just seem to be a side effect of passing through the igpu. |
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I have gone bare metal since. |
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I run Frigate on docker on Ubuntu VM host on Proxmox. I use the usb coral with 2 cameras. The inference speed is bit higher compare to bare metal but not significant. Also, the hardware is an old Dell server
|
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Out of interest what hardware and versions are you using? I recently moved Frigate from a Proxmox VM into an LXC container, because I was getting 18ms inference times on my USB Coral which seemed high. Moving to the LXC container has cut it down to 8ms and reduced CPU as well. I believe this is because Qemu has to emulate USB, which isn't ideal for a high bandwidth device like the Coral. Currently running on a Dell R220 with a Xeon E3-1231v3. |
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same hardware here. I am passing the PCI device to ubuntu VM |
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Proxmox 7.2-7 |
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Hi James,
Can you elaborate how you converted the Proxmox VM into a LXC container? I
am using 2 mini PCIe coral ( on PCI adapters) and passthrough to the ubuntu
VM. Is there any significant benefit to moving the VM to a container?
regards
Jon
…On Thu, Feb 9, 2023 at 7:13 AM James L ***@***.***> wrote:
Out of interest what hardware and versions are you using? I recently moved
Frigate from a Proxmox VM into an LXC container, because I was getting 18ms
inference times on my USB Coral which seemed high. Moving to the LXC
container has cut it down to 8ms and reduced CPU as well. I believe this is
because Qemu has to emulate USB, which isn't ideal for a high bandwidth
device like the Coral.
Currently running on a Dell R220 with a Xeon E3-1231v3.
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There is no built in way to convert from VM to LXC. Essentially I had started with a Debian 11 VM image, then installed Docker and Frigate, so your first steps are to boot a Debian 11 LXC container, install Docker on it, then Frigate. The only part different to installing in a VM is that you have to edit the LXC .conf file for your container to add some options not catered for by the Proxmox webUI, specifically to enable Docker-in-LXC and passing through USB. This was a bit trial and error as quite a few of the guides online are for older versions of Proxmox/Docker/Frigate - can post what worked for me later. Having said all this, I did this for a USB Coral and don't know a) what settings are required for M2 cards or b) whether LXC is beneficial for Coral M2 card performance. It's possible the PCI bus passthrough is more efficient than USB and you might not benefit much. One issue I had is that I couldn't find any easy way to migrate my 4TB VM volume on to LXC so had to lose sole recordings. On top of this is the fact that Proxmox specifically advise against Docker inside LXC, so you end up putting effort into something that might have a shelf life... I'm currently putting together a bash script that does a vanilla install of Frigate on Debian 11 i.e. Docker-less Frigate in LXC - but this would be unsupported and I don't have M2 Coral/GPUs/Mac to test on so probably only useful to me... |
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Can you create an lxc container from the docker image like this? https://www.buzzwrd.me/index.php/2021/03/10/creating-lxc-containers-from-docker-and-oci-images/ |
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That's actually my next port of call having understood LXC a bit more. The possibility of re-using Frigate's Docker OCI images rather than having to duplicate the Frigate Dockerfile into a LXC distrobuilder template is very appealing. Will test and report back |
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For clarity: "no built-in way to convert from VM to LXC" that relates to Proxmox Qemu VMs to Proxmox LXC, rather than Docker to LXC |
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Created a topic specifically on Frigate in LXC here: #5448 |
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I'm using Proxmox 7.4 with and a PCIe Coral TPU. I followed all the Proxmox host instructions, and inside my Ubuntu 22.04 VM I can see the Coral PCIe device via lspci. I did the manual driver update from the Coral official site. I also added the Proxmox host GRUB pcie_aspm=off flag. However, I have no /dev/apex*. I'm at a loss. |
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I found the problem...secure boot was enabled in the Frigate VM. Once I disabled secure boot in the Proxmox VM BIOS, the Apex driver appeared. |
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Used Frigate on a VM on Proxmox. Using USB accelerator, via USB2. This is old server, has no USB3 (I already ordered dual TPU M.2 accelerator and compatible adapter for PCIe connector, can't wait to see the difference lol). Reasons to go to bare metal:
|
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Folks,
I'm running on LXC container with TPU and iGPU working great. Apalrd's
adventures has a great video here
<https://www.youtube.com/watch?v=sCkswrK0G3I>
…On Wed, Nov 29, 2023 at 9:34 AM alienatedsec ***@***.***> wrote:
So my VM has crashed twice now in 48 hours. Seems to be almost 24 hours
apart. Almost like it just goes to sleep, no logs nothing to indicate a
problem. I can not tell if the console is still up because the iGPU pass
through has stopped the proxmox console from working. I do have these
errors constantly in my proxmox logs but not sure if they are related to
the "sleep" as they just seem to be a side effect of passing through the
igpu.
image.png (view on web)
<https://github.com/blakeblackshear/frigate/assets/118318345/b0539f7c-60f5-4d22-86b6-d0a30645a318>
I have gone bare metal since.
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I have a copy of Ubuntu 22 Server LTS setup with VMware ESXi 7.3 running a custom dell image on mirrored SD cards in a RAID 0. Coral USB TPU passed through to the VM. I setup the VM with 8 cores total with 4 processors 2 cores per chip. It's a PowerEdge R620 with 40 cores and 256gig of RAM. Separate RAID controller for the internal micro SD Cards and then the main PERC cards tied to 4 x 2 TB SAS 10K RPM Drives for the guest OS’s. ESXi’s resource requirements and footprint are so small that a RAiD 0 internal SD card solution works really well. I went with top of the like class 10 SD Cards so the worse case is have to swap out on SD Card and I'm done I have 2 Amcrest AD410 doorbell sensors, eventually 6 ReoLink RCL520 Poe cameras, and some scattered Wyze Pan cams with RSTP Running. The wyze will eventually be replaced but I figured if try and get as many years as I can before I trash that company for good. Overall i’ll have about 5 streams going at a time being recorded to a OpenMediaVault NAS that's running in a different VM. I only have to five it 16 gigs of RAM and it barely useshalf that without any HD paging. Inference with 5 streams is between 25-35ms and the processor cores running usually about 25-50% usage. Been very stable for me with everything going. The PoE cams can easily eat about 1.7 gig an hour were as the wireless are anywhere between 300-700 mb per hour. I have it send it's triggers to MQTT on my Home Assistant VM also on the same box that's running DoubleTake and CompreFace and CodeAI.io running for facial and license plate recognition. Those are getting ready to be moved out of Home Assistant and installed into a Jetson Nano instead. Even still I get about a round trip time of a known individual of car in about -300ms. |
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What type of hardware are you running it on. Homebrew or enterprise? |
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I'm running Proxmox on a HP Elitedesk 800 G3 mini with a i7-7700 which got an Intel HD Graphics 630 iGPU. i have 2 VM's running where one of them is Home Assistant with Frigate as an add-on. recently, Frigate has been eating away at the 8GB of memory and the 4 cores i've given the Hass VM. Frigate is running with only one camera and no crazy config as far as i can tell. If anyone has any advice as to how to lower the usage, i would love to hear from you. Until recently it was my understanding that it was not possible to passthrough the GPU without the Proxmox host losing access to it and i wasn't sure what that would result in. Now i've found that it is indeed possible, but there is a lot guides, all with different approaches. Following them, i found that i should be able to verify IOMMU (idk what it is) but i haven't been able to do that, so i'm considering getting another CPU. Does anyone know what to look for on Intels website with the overview of CPUs, to ensure that a CPU (with iGPU) is capable of what i want to do? I mean, it's not like they got something called IOMMU. Edit: According to the Proxmox docs, i have to look for VT-d capable CPU's which mine is already, so i'm not sure why i can't verify IOMMU. Frigate config: |
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@treichst It's sad to say, but CPU (or even another one) is not the best for detection and trying GPU passthrough will not compensate. You will need something like Coral to ensure your detection is not impacting the CPU and memory. That being said, your detection stream/resolution is too high for the CPU itself. Again, the values that Coral could manage if so. What are your inference values? Have a look at my inference with Coral and GPU usage with 5 cameras.
Also, your global ffmpeg setting could be missing some lines to support the GPU on your processor: |
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these are incorrect ffmpeg args you are showing, it should just be |
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@NickM-27 why? |
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because preset-vaapi is a custom arg that frigate uses in the config, you can not combine it with actual ffmpeg args |
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Apologies @NickM-27 I must have misread your advice here #6639 (comment) Anyway, the below works perfect: |
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I've never heard about a partial gpu passthrough (I'm a real noob about virtualization, but I couldn't find anything about it online). |
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@AlessandroTischer it's possible to have hardware acceleration passthrough with openvino in proxmox and then use the oepnvino detectors. have a look here to pass your igpu to the lxc (/dev/dri/renderD128), you can skip the coral : https://www.homeautomationguy.io/blog/running-frigate-on-proxmox once done you msut specify the device /dev/dri/renderD128 in your docker-compose to pass it to the frigate docker. and then you need to setup openvino detector according to the frigate documentation and you have hardware acceleration on detection witch seems almost as efficient as a coral. as far i have tested no need to partial passthrough if you dont want to use the GPU in a VM in addition to LXC |
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I'm getting really frustrated and don't know what to do anymore. I have rebuilt the whole situation already 5 times and spent about 20 hours in the last week on getting it to work. My latest setup has been like this: Proxmox -> LXC container with Debian 12, running docker. In docker, I have installed frigate. My docker-compose.yml: My VM.conf: And my config.yml: Keep getting the error: What am I doing wrong? |
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Then it must be a wrong passthrough setting. |
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So then I should be clear right? Any other settings that I can check for passthrough except for those mentioned above? |
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Something is wrong with pass through most likely, I can't really help with proxmox specific questions |
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For me it was the way the USB was attached to the host. I was passing it via Vendor ID and on init the coral TPU (USB in my case) change the vendor id. Using the "USB Port" passthrough instead made it work instantly. |
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Why run it as a LXC? I would run it as a VM. LXC containers have a lot of limitations. |
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Within the installation documentation it states "Running Frigate in a VM on top of Proxmox, ESXi, Virtualbox, etc. is not recommended. The virtualization layer typically introduces a sizable amount of overhead for communication with Coral devices."
I have an m.2 pcie Coral device connected to a 4 year old desktop class motherboard running Proxmox with the Coral device PCI passthrough sent to an Ubuntu LTS VM. Within that VM I have docker-compose utilizing the coral via Frigate.
My inference speed ranges between 6.1 and 6.27, which lines up with the same speed that is achieved with bare-metal unraid with docker referenced in the Recommended Hardware documentation.
The statement in the installation documentation is not incorrect - there may be sizable overhead seen. However that is not universally true based on my setup.
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