So this is the logic behind lower voltage + LLC vs just having a higher voltage that works at load despite vdroop. also LLC is set to auto and no voltage overshoot.ĭoes anyone have similar board i.e Gigabyte z170 with latest bios with kaby lake support?Īnd no, LLC does not droop vcore, LLC attempts to manage native Vdroop and dampen the oscillation via better components. So what I did is I set manual vcore 1.35 v, that resulted in 1.34 v in bios and no vdroop. without LLC lvl 5 or more Realbench encoding test restarts system after 5 seconds. Higher LLC, Turbo or Extreme will go even further. When i set offset voltage, i get massive vdroop, also there are 7 settings for LLC, but on offset mode (normal mode in Gigabyte) it overshoots like 120-140 mv-s! for example if i set 1.3v vcore with offset mode, LLC leve 5 (High) will overshoot it to 1.42 volts during intel burn test and my temps would go to 90s. other settings are cpu vccio, system agent and VGAX voltage i believe.Īlso my biggest problem is that there is no Adaptive mode for voltage (it was there in previous bios for skylake), only auto, manual and offset In bios settings since latest update (with kaby lake support) there are very few options in OC section: there is no CPU PLL OC voltage, only CPU PLL overvoltage that is +15 mv increments, only positive values. I'm running on Gigabyte z170 gaming gt with BIOS F20 ![]() So i have 7700k OC-ed to 5.0 GHz, delided with CLU tim, H100i v2 AIO
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