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I see... it looks like one can get more ap focused devices as this one have you seen this chip set QCN-9274?

Running the SATA card and the NIC on the same PCI bus will hurt performance... I wonder if something super exotic as an AGP to PCI adapter would improve performance to closer to 100MB/s as the AGP runs on a separated bus.

Very interesting board that is actually "chipset-less" if you can call that! With no B650/X670 to power I would love to know more about idle power consumption for this solution

Nice, thanks for the update! Regarding stability did you do any quick range testing compared to the older Intel card?

What about ASPM support?

I saw your post over on the anandtech forum. Looking forward to see your experience! I am planning a wifi upgrade for next year so this is another option to explore given the crazy prices for newer APs.

PCIE ASPM might be disable for the drive (try lspci -vvv to check) which can forbid the CPU to enter the most deep power saving C6 state

The pcie switch should be transparent to smart/trim/etc. I am curious though if these PLX switches support ASPM? Anybody checked?

Anybody knows if those U2 nvme drives usually support ASPM?

It's funny Asus lists this "feature" as a good thing... I really dislike these DIMM slots

My server is using an IBM ConnectX3 and it behaves the same way. The Exit Latency being listed as *unlimited* is a good tip as to why ASPM is not working with these cards... If it's unlimited that would mean the device cannot come back from the lower power state.

I have a server running with the Asrock X470D4U... What's the minimum duty cycler for these fan headers? It looks like the minimum possible duty cycle is 30%. I wish I could set lower in idle...

Sorry, I should have mentioned it's a vanilla X470D4U, so all CPU lanes are connected to the main slots. This PCI5 should take the 4x lanes usually allocated to a M2 slot on most of regular AM4 boards. That's why my surprise. Yes, the 5750G has the same number of PCIE lanes as the regular...

I recently added a Hynix P31 NVME drive to the system through a m2->pcie adapter and plugged the drive into slot5 which supposedly is connected to the CPU over 4x PCIE lanes. But I saw the drive would only negotiate at 2x as listed by lspci and confirmed by benchmark numbers. I suspected the...

I did not try yet... But is this the proper setup? I will test soon

Hi all! Last year when putting together my home server I tried to use the Mellanox CX3 Virtual Function under Proxmox. I was using the main device as the Proxmox host network interface and tried to assign the VFs to VMs but this would result in the main device losing connection while bringing...

After some testing with my old 1700 and the new 4750G I found: - BIOS 4.20 boots with the first gen Ryzen. But the BMC video doesn't work until the SO load its driver. So, no UEFI setup/boot selection/etc over KVM. I connected a PCIE GPU and was able to enter the BIOS, set onboard video as...

I recently updated the BIOS/BMC firmware to the latest ones (4.20/03.02.00) because I have a Ryzen 7 Pro 4750G in route to upgrade my system from a Ryzen 7 1700... Updating seemed to be successful but after restarting I see there's no video on the IMPI KVM until the OS loads... I get 5 short...

I am using DFS with a single Unifi nanoHD and it seems to work well. The only client that kept disconnecting was an LG OLED TV: it didn't like any DFS channels I tried. So I ended up connecting a cable to that TV and kept DFS channel running because the notebooks and phones have no problems at...

By default the VDIMM is 1.20V (DDR4 JEDEC standard). On the board's manual there's a setting for MEM VDDIO (page 56/57) that should control VDIMM. But I just checked on the UEFI setup and I didn't see that option on my machine. I am not sure if it's because I am on an older UEFI version (P3.30)...