Recently stumbled on this video and figured someone else would like it. In the video they use 2 Asus Hyper cards to run 8x NVMe Raid0 without the DMI restrictions.
It gave me an idea for my in-planning concept build and wanted to share. Looking into AM4/TR4 motherboards that support the Asus Hyper card right now to see if theres a mATX version that I can split 1 PCIe lane to be 8x/8x and another to be 4x/4x/4x/4x. With AM4 this would force the GPUs into 4x/4x but im okay with that. I ran my nanos at 4x/4x in my intel system for a while because of some issues and the performance difference was only 2-3% fps loss. In an AM4 build I would only be able to use 3 NVMe drives because of the 20 PCIe lanes (24 if you count chipset), but in TR4 I could get the full 32 lanes.
This would allow me to do some trickery with setting up crossfire and a very nice NVMe raid alongside it without the bottleneck of DMI and the Hyper card is slim enough that I can easily find a place for it in the suitcase portion of my build.
It gave me an idea for my in-planning concept build and wanted to share. Looking into AM4/TR4 motherboards that support the Asus Hyper card right now to see if theres a mATX version that I can split 1 PCIe lane to be 8x/8x and another to be 4x/4x/4x/4x. With AM4 this would force the GPUs into 4x/4x but im okay with that. I ran my nanos at 4x/4x in my intel system for a while because of some issues and the performance difference was only 2-3% fps loss. In an AM4 build I would only be able to use 3 NVMe drives because of the 20 PCIe lanes (24 if you count chipset), but in TR4 I could get the full 32 lanes.
This would allow me to do some trickery with setting up crossfire and a very nice NVMe raid alongside it without the bottleneck of DMI and the Hyper card is slim enough that I can easily find a place for it in the suitcase portion of my build.
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