I've decided to stick it out with AM4 for now, which means boosting this rig to the max. I'm using the Active OC Tuner feature on my Gigabyte X570S Aorus Master to max out both single and multicore clocks on my current CPU (5900X) and so far that's working quite well.
Problem is the AiO I'm using on the CPU (Corsair H115i Pro XT) can't handle the thermal density of Zen3 very well. I've remounted countless times, tried different pastes, flattened the IHS and AiO (not technically "lapped", just wet sanded on glass plate), mounted the CPU rad outside the case, did a DIY offset mount, tried various fans, and nothing made a drastic change. The density of the tiny chiplets is just too high for this AIO I guess... Various H115i models have handled my GPUs just fine but fall apart with my Ryzen chips (except for 5800X3D which sipped power but lacked the MT performance I want)
The max total package power I can attain in R23 stability testing is around 200W- at 220-240W, temps quickly get out of control with some individual cores in the 90s and Hotspot over 100. 200W is barely enough for really good all-core clocks on the 5900X but I'd like a bit more headroom. Also I may upgrade to a 5950X later on and from what I've read and my brief testing of a 5950X on a different board, I'm certain that chip needs like 240W+ of cooling capacity for a good OC.
I've read countless AiO reviews and the results haven't been super helpful. A lot of reviews focus on Intel which isn't comparable as those seem to have different thermal density and transfer characteristics and cool better even if they use way more power. And the reviews that do include something like a 3900X will only go to 1.2v or so on manual OC testing which isn't enough to push Ryzen very hard and ofc the results are all fine at that level.
Thoughts? Is there any AIO that can handle dual-CCD Ryzen at 1.3-1.35V SVI2 TFN (ie actual socket voltage after vdroop)? I'd really rather not do a custom loop if I can avoid it. Is there some monster AIO out there that can handle extremely high thermal density? Or just some AIO that happens to have great thermal transfer ability even if it's thermal capacity isn't huge?
Problem is the AiO I'm using on the CPU (Corsair H115i Pro XT) can't handle the thermal density of Zen3 very well. I've remounted countless times, tried different pastes, flattened the IHS and AiO (not technically "lapped", just wet sanded on glass plate), mounted the CPU rad outside the case, did a DIY offset mount, tried various fans, and nothing made a drastic change. The density of the tiny chiplets is just too high for this AIO I guess... Various H115i models have handled my GPUs just fine but fall apart with my Ryzen chips (except for 5800X3D which sipped power but lacked the MT performance I want)
The max total package power I can attain in R23 stability testing is around 200W- at 220-240W, temps quickly get out of control with some individual cores in the 90s and Hotspot over 100. 200W is barely enough for really good all-core clocks on the 5900X but I'd like a bit more headroom. Also I may upgrade to a 5950X later on and from what I've read and my brief testing of a 5950X on a different board, I'm certain that chip needs like 240W+ of cooling capacity for a good OC.
I've read countless AiO reviews and the results haven't been super helpful. A lot of reviews focus on Intel which isn't comparable as those seem to have different thermal density and transfer characteristics and cool better even if they use way more power. And the reviews that do include something like a 3900X will only go to 1.2v or so on manual OC testing which isn't enough to push Ryzen very hard and ofc the results are all fine at that level.
Thoughts? Is there any AIO that can handle dual-CCD Ryzen at 1.3-1.35V SVI2 TFN (ie actual socket voltage after vdroop)? I'd really rather not do a custom loop if I can avoid it. Is there some monster AIO out there that can handle extremely high thermal density? Or just some AIO that happens to have great thermal transfer ability even if it's thermal capacity isn't huge?