- Assembly and final result.
When I receive the parts I will try to post some photos of the assembly and my impressions of how it actually works.
____________________________________________________________________________________
Edited on November 23, 2023
It took a while but the motherboard finally arrived 



Right now the installation of OMV6 on this motherboard is a bit peculiar. To take into account the following points:
- The current OMV6 ISO is not capable of starting the installation, it hangs on the startup screen, so OMV can only be installed by installing Debian 11 and then OMV6 using the installation script https://wiki.omv-extras.org/do…6:alternate_amd64_install
- The Bios of this motherboard does not allow you to boot in legacy mode, at least I have not found a way to do it, so it is necessary to install in EFI mode for the boot to work.
- During the installation it asked me for a driver for the network interface, inserting a pendrive with the driver solves it.
- Debian installs apparmor by default and it will be necessary to disable it after installing OMV to avoid some problems.
- To enable hardware decoding of the Alder Lake iGPU it is necessary to install the proxmox 6.2 kernel using the openmediavault-kernel plugin.
After that everything works perfectly, no errors in the boot log or operation. When the OMV7 ISO based on Debian 12 is available, all this will be more fluid.
Later in this thread macom published a couple of links where you can see precise consumption figures for this board (thanks macom ), so it is not necessary to do many checks. I just made some measurements just out of curiosity, in each measurement I only waited 3 or 4 minutes, I probably would have dropped a little more if I had waited longer. All measurements are made with a 300W Be Quiet power supply, according to the previous links this is possibly increasing consumption by 3W or 4W more. I have not disabled audio or anything else in the Bios. The RAM memory is a single Crucial 16GB module. OMV6 was installed on a USB flash drive:
300W power supply:
Between 7.70W to 8.00W - Motherboard + OMV pendrive working
Between 8.00W to 8.30W - Motherboard + working OMV pendrive + Noctua 80mm fan
Between 12.10W to 12.50W - Motherboard + working OMV pendrive + Noctua 80mm fan + Siba PCIe to SATA Card (without disks)
Between 25.50W to 25.50W - Motherboard + working OMV pendrive + Noctua 80mm fan + Siba PCIe to SATA Card + 1 HD 3.5" + 2 HD 2.5" + 1 SSD 2.5"
Between 22.50W to 23.00W - The same previous configuration after one hour of rest. This will be the actual consumption of this server most of the time. I'm not going to set the disks to sleep (another topic of discussion).
Of all this, what surprised me most was the 4W jump in consumption when connecting the PCIe to SATA adapter card.

So far everything is working perfectly. Everything works very smoothly both in the GUI and in docker containers. I'm not going to install virtual machines on this server but from what I'm seeing so far everything should be going pretty well.
Jellyfin is running on hardware graphics acceleration with the Alder Lake iGPU. I have tried viewing from 4 clients simultaneously encoding in all 4 from the server and the CPU has remained between 9% and 12% of use even though the clients were Windows browsers connected to a Jellyfin player website directly . This would probably improve if customers had Kodi installed (plus the Jellyfin addon for Kodi). Perfect.
The CPU temperature remains around 40º at rest in this mini-ITX case with the 80mm fan regulated by Bios. Reading the OMV dashboard with the omv-cputemp plugin. The ambient temperature is about 20º.
So for now everything is perfect, I am satisfied with this server.
