CPU Over Current Protection——CPU过流保护,这是基于主板供电系统VRM的保护机制,检测到VRM电流过大时会关闭供电。超频时建议设置为Enhanced放宽保护范围。 CPU VRM Over Temperature Protection——CPU供电过热保护,这里的VRM也是指主板上的CPU供电系统,检测到过热同样会关闭供电。超频时建议将其设置到上限值,但是要注...
CPU Current Capability:CPU电流限制,可以突破100% CPU电流限制,以在防止CPU在高负荷下被系统降频。 CPU Over Temperature Protection、CPU VRM Thermal Control:CPU供电过热有可能会限制CPU性能,但长期过热有可能会损坏供电。 CPU Power Duty Control:动态调整每个供电相位的功率以适应他们的温度和电流消耗。 CPU Power ...
▶ CPU VRM Over Temperature Protection 设置 CPU VRM 超温度保护极限值.当 CPU 温度超过指定温度时 CPU 频率可能被节 流.如果设置为 Auto,BIOS 将配置此设置. ▶ CPU NB Loadline Calibration Control CPU-NB 电压会根据 CPU-NB 的负载呈比例性递减.本项目重载线校准越高时,将可 提高电压值与超频能力,...
You mentioned that thermal throttling occurred in the XTU benchmark, but the CPU temperature has not reached TjMAX, so the CPU thermal throttling is not activated. So the thermal throttling is due to factors other than the CPU. I would guess it is due to ...
So already, the CPU Package Power is going to vary from VRM power (what the CPU is really using).Then if DC Loadline is set so that CPU VID @ Load is drastically different than CPU Vcore at load, Package Power can end up reporting as much as 100 watts HIGHER than...
Actual VRM Core Voltage is set to [Offset Mode] . Offset Mode Sign [+] To offset the CPU core voltage by a positive value. [–] To offset the CPU core voltage by a negative value. CPU Core Voltage Offset Allows you to configure the input voltage for the CPU by the external voltage...
ASUS TUF PROTECTION - DIGI+ VRM (- Digital power design with DrMOS) - Enhanced DRAM Overcurrent Protection - ESD Guards - TUF LANGuard - Overvoltage Protection - SafeSlot Core+ - Stainless-Steel Back I/O ASUS Q-Design - M.2 Q-Latch ...
So already, the CPU Package Power is going to vary from VRM power (what the CPU is really using). Then if DC Loadline is set so that CPU VID @ Load is drastically different than CPU Vcore at load, Package Power can end up reporting as much as 100 watts HIGHER than wha...
high-power or balanced power profile they operate at 2.7 GHz regardless of workload, electrical, or thermal conditions (aside from a normal temperature throttling mechanism for self-protection). That means better cooling will not unlock higher performance, and overclocking is also not on the menu....
I run an E5-1680 v2 overclocked to 4.3GHz on all 8 cores and the idle temperature is between 28 and 32C and even under a long CPU rendering slog, never over 72C. The rating for the 1680 v2 is 85C. As the z820 is running on the same BIOS...