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im having a play at undervoltage.. so far am at 1.1v,
not fully stable...is it stable ? a 1055 undervolted would make a great CPU for my next project...but to be honest the temps are so good im not sure if there would be much benefit
How's this? Managed to get my 1055T to 4ghz. Seems to be sticking with 50 C under load and it's stable so far.
Not really messed about with the Ram, but under the memory tab in CPU-Z, next to channels# it states single. Shouldn't it be dual?
no. cpu temp is tmpin1 on his motherboard. look at the gigabyte program says 50c too..and are you sure CUP temp is not TMPIN2 instead? if that's the case those temps look way too high man
what % u have LLC on?Quick question please. Check out my min / max Vcore underload. It's set to 1.45 in the bios and for the most part it stays more or less there with some LLC, but there are these wild Vcore swings once in a while (min 1.39 - max 1.54)
Something to worry about?
Thanks
what % u have LLC on?
i've never used LLC feature because the 3 gigabyte boards i've had doesn't vdroop or overvoltage so im not 100% sure how LLC works.
what if u lower the vcore to 1.4v , would that make it 1.45v underload?I need a massive 19% LLC to compensate Vdrop and have my Vcore at 1.45 as set in the BIOS.
But for what I know Vdroop is the gap between idle and load Vcpu, my Vcore oscillations happen under load, so I assumed it's not Vdroop. Not sure though
The oscillations happen regardless of LLC. It's just that If I set no LLC I need to raise Vcore to something like 1.5 to get it stable
what if u lower the vcore to 1.4v , would that make it 1.45v underload?
what about vcore at 1.4v with LLC at 18%?no, it goes the other way around.
1.4 in the BIOS would mean 1.35 with no LLC
what about vcore at 1.4v with LLC at 18%?
Yes, it should read dual. Are you sure you fitted your RAM sticks in the right slots?
and are you sure CUP temp is not TMPIN2 instead? if that's the case those temps look way too high man
vdroop = when the vcore drops underload, example 1.45v in bios but when underload it drops like to 1.38vBut is that I'm seeing actually Vdroop?
vdroop = when the vcore drops underload, example 1.45v in bios but when underload it drops like to 1.38v