2-关闭TVB Voltage Optimizations(TVB电压优化) 3-AVX2 Voltage Guardband Scale Factor设置为0 4-防掉压设置,默认的3级波动太大,肯定不适合超频,可以适当的4级或者5级开始 这里设置的是5级 5-接下来的操作我们需要在XTU中进行测试,如果不嫌频繁重启麻烦也可以直接在BIOS里进行设置 因为功耗做了限制,我们直接在默...
到8就够用了 AVX2 Voltage Guardband Scale Factor,0x0225,理论上还有个0x0226,填00就是了 Thermal Velocity Boost,0X02E3,这里填00,关闭 好了,本次教程到这里就结束啦,希望大家玩机愉快
AVX2/AVX-512 Voltage Guardband Scale Factor: AVX2/AVX-512电压保护偏移因子.这个选项挺复杂,有点类似运行在AVX指令集下的时候电压进行调整的一个参数.保持默认即可. Turbo Boost Short Power Max Enable:PL2功能是否启用,这里建议启用,PL2模式下可以让处理器有机会跑到更高的瞬时睿频. Turbo Boost Short Power ...
AVX2 Voltage Guardband Scale Factor 控制應用於 AVX 工作負載的電壓防護頻帶.範圍為 1/100 單位,其中 125=1.25 比例因數.最終產生的電壓防護頻帶為預設防護頻帶 * 比例因數. 若數值低於 100 會降低防護頻帶,而數值高於 100 則會增加防護頻帶.您可以 使用 <+> 與 <-> 鍵調整數值. 設定值:[0] - [199]...
AVX2 Voltage Guardband Scale Factor [Auto] AVX512 Voltage Guardband Scale Factor [Auto] CPU Core Ratio [Auto] Core0 Specific Ratio Limit [Auto] Core1 Specific Ratio Limit [Auto] *Core2 Specific Ratio Limit [Auto] *Core3 Specific Ratio Limit [Auto] ...
AVX Configuration(AVX 配置) AVX2 Voltage Guardband Scale Factor(AVX2 电压保护频带比例系数) AVX2 电压保护频带比例系数用于控制施加于 AVX2 负载的电压保护频带.数值大于 1.00 时将增大电压保护频带,小于 1.00 时将减小电压保护频带. FIVR Configuration(FIVR 配置) Core Voltage Mode(内核电压模式) 可选择 ...
A scaling factor for the guard band is determined by comparing results of a simulation of a workload/test pattern with measured results of the workload/test pattern as applied to a hardware implementation of the integrated circuit device. This scaling factor is applied to a difference between ...
We show that GPU microarchitectural activity pat- terns caused by different program characteristics are the root cause(s) of the large voltage guardband. We also demonstrate how microarchitecture-level parameters, such as clock frequency and the number of cores, impact the guardband. We hope ...
The scale factor K will be used to interpret the results of the measured analogue voltages in the form of machine unit voltage back into system variables. Step two. Introduce the scale factors into the machine equations and these, with the coefficients values, determine the machine coefficient se...
It shows that the common-mode voltage, which includes the undesirable interference signal, is reduced by the numerical value of CMRR—which, after converting from the logarithmic scale, is equal to CMRR = 1070/20 = 3200. Thus at the input, the 2 V DC level is equivalent to a 2 V/3200...