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Temps have nothing to do with each VID mate, delidding changed nothing with the VIDs.

Thanks, so theres no way to balance this without using offsets? I've tried offsets but it makes low load clocks unstable, my VIDs are really bad on this chip and ill rather not run a manual voltage...

Why is the programmed VID for each core not the same is my question.

What we are asking for is EK to release a upgraded cold plate which is just square not round for there monoblocks, as for the height issue EK wont release a fix for this seeing most CPUs people...

Yeah I would be happy with a square cold plate upgrade I would buy it.

I don't see that happening but a square cold plate upgrade would be nice, reason i say i don't is because 95% of these CPU are ether not delidded and theres the refresh now as well which are...

Yeah seeing most people delid there chips, the refresh would of fixed that issue being soldered.

It will be interesting what your team comes back with thanks again Jake.

This IHS by rockitcool
they made it thicker to fix the issue.



I did send a support ticket before asking why the cold plate is round on all the monoblock vs square and just got this answer...

Thanks for clearing that up Jake, I changed to a custom copper IHS which fixed the issue with poor contact and the monoblock, I do still wish you guys would release a square cold plate just so it...

Thats just a known bug with HWInfo lol, there locked to 4.6Ghz and using a manual voltage i get no issues, the instability is on light load with adaptive voltages due to having to use neg offsets to...

I just used offsets for each core to get them all to 1.244 then did one last stress test, seemed to pass under-load but idle voltages created BSOD so i have to stick to manual as there no way i can...

For stress testing I leave the aircon pointed at the PC due to it being summer here and poor fans which can't cool my rads down, but temps never get that high in normal use.

I think temps would be...

Copper IHS with monoblock.

5 and 7 are my * cores it seems, setting each cores offset seems to fix this issue with each cores VID but it will likely make my system unstable.

So started to turn the voltage down found my chip stable on 1.244v for 4.6Ghz, I had to stop the test due to work as 1.242 wasn't stable and I got a BSOD 2 hours in, I was thinking about redoing the...

I see no asterisk cores on this 7940x but I did recall seeing them on my 7900x so who knows, from what i have read this is just an Asus thing, not even sure how they can tell if a core needs less...

Yeah I put that down to the monoblocks and the round plate rather than the IHS or delid, my 7900x only ranged 9c max between cores but this was using a normal waterblock.

Yeah what ever it is it wont really matter as ill always use a OC lol.

2 hours of realbench on 1.245v for 4.6Ghz seems stable will run it over night to be sure, as for temps i'm pretty happy with...

I could be wrong but I don't think adaptive voltages and there differences are related to temps at all, it depends on your CPU it's self my 7900x I used adaptive after I delidded it and all cores...

Yeah not the best but it could be worse I guess :)

The IHS has dropped my temps a few degrees but people mainly want to know if it's fixed the monoblocks issue which for me it has.

What temp all mine are under max core temp.

He means for the copper IHS, my temps for 1.25v on 4.6ghz highest core is around 84c.

Can't< haha I would be happy with 4.7 but seeing i need 1.25v for 4.6Ghz *currently testing* 4.7 would need up over 1.3v.

I've moved back 1503 and its actually more stable than 1603 for me, I'm able to pass real bench for 15min @ 4.6ghz on 1.24v, ill have to run it overnight to see how stable it is but temps are...

My 7940x can't do 4.8Ghz it's a lemon lol, I need 1.2v for just 4.5Ghz, I can't complain I got the CPU dirt cheap, also your chip is soldiered so not sure what sort of numbers you want to see?
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