I don’t think anyone was expecting a Ryzen 3rd Gen era board when you wrote decade old. It’s been 7 years since that board released (although I do admit that’s a lot closer to a decade then I though it would be).
This board will run any modern GPU. The motherboard doesn’t need to specifically be compatible with certain GDDR generations or what not, that is handled by the GPU itself, which communicates with the rest of the PC through PCIe*. You just need to make sure the PSU can deliver enough power.
*The ARC GPUs are 8° lanes of PCIe 4, your motherboard only has PCIe 3. This means that the bandwidth between the CPU and GPU is half of its maximum. In the vast majority of cases this will be a negligible performance difference of 1-2%, but some edge cases can lose you a bit more performance.
Thank you for the great response! Yeah not quite a decade but were getting there. For some reason I think lots of people are still stuck in 2010s when they hear 10 year old computer parts they think subconsciously think of duo Pentiums from the early 2000s not intel i7s and AMD ryzens lol.
I decided to get try a nvidia p100 instead. it was more in my price range + it allows cuda with the nvidia card I have in another desktop I could chain up. Thanks for looking up the ARC anyways! Though do you know why it says the p100 says a bus length of 4096 while most other cards are like 128?
P100 specs
I don’t think anyone was expecting a Ryzen 3rd Gen era board when you wrote decade old. It’s been 7 years since that board released (although I do admit that’s a lot closer to a decade then I though it would be).
This board will run any modern GPU. The motherboard doesn’t need to specifically be compatible with certain GDDR generations or what not, that is handled by the GPU itself, which communicates with the rest of the PC through PCIe*. You just need to make sure the PSU can deliver enough power.
You should update to the latest BIOS and enable resizable Bar: https://www.intel.com/content/www/us/en/support/articles/000090831/graphics.html
*The ARC GPUs are 8° lanes of PCIe 4, your motherboard only has PCIe 3. This means that the bandwidth between the CPU and GPU is half of its maximum. In the vast majority of cases this will be a negligible performance difference of 1-2%, but some edge cases can lose you a bit more performance.
°If the GPU was 16 lanes this would be even less of a problem. Even the fastest GPUs can barely saturate 16 PCIe lanes. The fastest GPU, the Nvidia 5090, only loses 1-4% of performance when comparing PCIe 5x16 vs 3x16 (1/4 its max bandwidth): https://gamersnexus.net/gpus/nvidia-rtx-5090-pcie-50-vs-40-vs-30-x16-scaling-benchmarks
Thank you for the great response! Yeah not quite a decade but were getting there. For some reason I think lots of people are still stuck in 2010s when they hear 10 year old computer parts they think subconsciously think of duo Pentiums from the early 2000s not intel i7s and AMD ryzens lol.
I decided to get try a nvidia p100 instead. it was more in my price range + it allows cuda with the nvidia card I have in another desktop I could chain up. Thanks for looking up the ARC anyways! Though do you know why it says the p100 says a bus length of 4096 while most other cards are like 128? P100 specs
Amd 580 specs
It’s because it uses HBM (high bandwidth memory) as opposed to GDDR.
A short video explaining the differences https://youtu.be/CGIVKT0eM_s