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- Joined
- 3 Aug 2018
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- 74
So this is the first time I've overclocked but I think I get all the basic premises, but had a question for people with experience with Load Line Calibration.
Firstly do LLC voltage spikes display in software or are they only viewable by using a multimeter? Because I'm trying to get an overclock to set and leave for daily use and I have pretty bad vdroop, but I'm scared to have non stop high LLC in case of constant hidden voltage spikes cos I cant see anything adverse in CPU-Z or HwInfo.
At vcore 1.325v my avg voltage is around 1.312v for both level 5 and level 6 but stress load shows as low as 1.296v for level 6 and 1.286v for level 5.
According to IBT I'm stable at that voltage at all core 4.8ghz, 2 avx, but I ultimately want a 5ghz overclock. Should I stay at a high LLC or even push to level 7 and lower my vcore, or keep level 5/6 and push above 1.33v vcore? Obvious issue I'm going to have a minimum overshoot of 0.03-4v just to compensate for vdroop without LLC
Firstly do LLC voltage spikes display in software or are they only viewable by using a multimeter? Because I'm trying to get an overclock to set and leave for daily use and I have pretty bad vdroop, but I'm scared to have non stop high LLC in case of constant hidden voltage spikes cos I cant see anything adverse in CPU-Z or HwInfo.
At vcore 1.325v my avg voltage is around 1.312v for both level 5 and level 6 but stress load shows as low as 1.296v for level 6 and 1.286v for level 5.
According to IBT I'm stable at that voltage at all core 4.8ghz, 2 avx, but I ultimately want a 5ghz overclock. Should I stay at a high LLC or even push to level 7 and lower my vcore, or keep level 5/6 and push above 1.33v vcore? Obvious issue I'm going to have a minimum overshoot of 0.03-4v just to compensate for vdroop without LLC