2008年8月27日 · Vdroop is by design. In a nut shell, vdroop causes the CPU voltage to drop a bit under load. This is to prevent the CPU from being overvolted during sudden load changes. …

2011年10月13日 · Vdroop is the difference in voltage between idle and fully loaded. For a normal resistor, V = I*R (voltage drop across the resistor is equal to the current flowing across the …

2020年8月1日 · Yes, Level 0 / Auto is the highest impedance, which means you have the most Vdroop. But since the impedance is highest, the amount of overshoot or undershoot on load …

2014年5月26日 · The higher core voltage necessary with default vdroop should still be considerably less than the voltage spike from load to idle with vdroop disabled. ASRock Z77 • …

2009年4月14日 · With the X58 board they seem to have increased the compensation of the Vdroop control and some folks actually see a voltage increase under load because the board …

2022年9月25日 · No droop is bad; some droop is good; too much droop is bad. LLC controls the loadline impedance/slope, and "loadline" is an intel term for Adaptive (or Active) Voltage …

2015年8月17日 · So vDroop is caused by the load suddenly increasing rather than the actual amount of power being too high. If I understand correctly, Load Line Calibration keeps an eye …

2023年12月18日 · Vdroop is GOOD. You want as much VDROOP as possible without leading to instability, or stupidly high idle VCORE (ie: 1.5v+). This will lead to "tamer" transient voltage …

2018年4月16日 · I messaged tech support and they said "set vcore to 1.4V and vdroop disable to avoid extreme voltages". He didnt even know what "vdroop disable" does - it adds almost …

2019年12月11日 · Some people argue keeping a tight Vdroop is good between a 0.02-0.05v drop from Core Voltage, while some have anywhere between 0.1- 0.15v of VDroop. Even Bullzoids …