F5F Stay Refreshed Power Users Overclocking Help with voltage

Help with voltage

Help with voltage

S
Squidney916
Member
60
06-29-2017, 06:11 AM
#1
Hi
When checking your CPUID HW monitor for voltage, focus on whether it shows values within the VCORE range or the specific voltages listed for the I7 8700K. The readings around 1.224 are expected under VCORE, while values in the 1.3 range suggest the VID settings.
S
Squidney916
06-29-2017, 06:11 AM #1

Hi
When checking your CPUID HW monitor for voltage, focus on whether it shows values within the VCORE range or the specific voltages listed for the I7 8700K. The readings around 1.224 are expected under VCORE, while values in the 1.3 range suggest the VID settings.

C
courtenay12
Junior Member
11
07-01-2017, 02:21 AM
#2
VID (Voltage Identification) defines a constant value established in the factory. This is the voltage the CPU requires. It aims to cover all potential operating scenarios that Intel has tested, including AVX instruction sets. You can safely disregard it and assess the limits for your specific applications. It's wise to preserve a bit of temperature this way.
C
courtenay12
07-01-2017, 02:21 AM #2

VID (Voltage Identification) defines a constant value established in the factory. This is the voltage the CPU requires. It aims to cover all potential operating scenarios that Intel has tested, including AVX instruction sets. You can safely disregard it and assess the limits for your specific applications. It's wise to preserve a bit of temperature this way.

A
AtaberkIncesu
Member
105
07-01-2017, 02:47 AM
#3
VID (Voltage Identification) defines a constant value established in the factory. This is the voltage the CPU requires. It aims to cover all potential operating scenarios that Intel has tested, including AVX instruction sets. You can disregard it and assess the limits for your specific applications. Saving a bit of temperature is advisable.
A
AtaberkIncesu
07-01-2017, 02:47 AM #3

VID (Voltage Identification) defines a constant value established in the factory. This is the voltage the CPU requires. It aims to cover all potential operating scenarios that Intel has tested, including AVX instruction sets. You can disregard it and assess the limits for your specific applications. Saving a bit of temperature is advisable.