F5F Stay Refreshed Power Users Overclocking vcore stays the same even when I increase the VID

vcore stays the same even when I increase the VID

vcore stays the same even when I increase the VID

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OverlordCoby
Member
169
07-16-2016, 11:48 AM
#1
I'm checking HWMonitor to see my voltage readings, and I know from what I've read online that Vcore equals the voltage my CPU is getting and VID is the voltage it requests. The issue is that my CPU shows 1.27v in HWMonitor even after changing BIOS settings. When I use adaptive with +0 or +85, the Vcore still stays at 1.27v while VID changes. Is this an incorrect display from the program, or do I need to adjust something in my BIOS? My motherboard is an EVGA X99 FTW K and the processor is a 6800K.
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OverlordCoby
07-16-2016, 11:48 AM #1

I'm checking HWMonitor to see my voltage readings, and I know from what I've read online that Vcore equals the voltage my CPU is getting and VID is the voltage it requests. The issue is that my CPU shows 1.27v in HWMonitor even after changing BIOS settings. When I use adaptive with +0 or +85, the Vcore still stays at 1.27v while VID changes. Is this an incorrect display from the program, or do I need to adjust something in my BIOS? My motherboard is an EVGA X99 FTW K and the processor is a 6800K.

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Iya20154
Junior Member
21
07-16-2016, 12:04 PM
#2
On HWmonitor, VCore connects to the voltage of your motherboard. VID represents the CPU voltage according to the BIOS. Additionally, HWmonitor mainly focuses on temperatures. For voltage tracking, consider using CPU-Z.
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Iya20154
07-16-2016, 12:04 PM #2

On HWmonitor, VCore connects to the voltage of your motherboard. VID represents the CPU voltage according to the BIOS. Additionally, HWmonitor mainly focuses on temperatures. For voltage tracking, consider using CPU-Z.

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DriveIn
Senior Member
739
07-18-2016, 12:00 AM
#3
On HWmonitor, VCore connects to the voltage of your motherboard. VID represents the CPU voltage according to the BIOS. Additionally, HWmonitor mainly focuses on temperatures. For voltage tracking, consider using CPU-Z.
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DriveIn
07-18-2016, 12:00 AM #3

On HWmonitor, VCore connects to the voltage of your motherboard. VID represents the CPU voltage according to the BIOS. Additionally, HWmonitor mainly focuses on temperatures. For voltage tracking, consider using CPU-Z.

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Boba999
Member
130
07-18-2016, 04:05 AM
#4
Zebarjadi.raouf :
On HWmonitor, VCore connects to your motherboard's voltage. VID (CPU Core on bios) represents your CPU voltage. Also, HWmonitor is mainly for temperature monitoring. Use CPU-Z for voltage tracking. This suggests I might have a faulty chip—4.2ghz on my 6800k drops to 1.32v as I understand. Goodbye to my silicon luck.
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Boba999
07-18-2016, 04:05 AM #4

Zebarjadi.raouf :
On HWmonitor, VCore connects to your motherboard's voltage. VID (CPU Core on bios) represents your CPU voltage. Also, HWmonitor is mainly for temperature monitoring. Use CPU-Z for voltage tracking. This suggests I might have a faulty chip—4.2ghz on my 6800k drops to 1.32v as I understand. Goodbye to my silicon luck.

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MarcMcvey
Member
60
07-18-2016, 05:24 AM
#5
6800K's base clock stands at 3.4GHz. You've pushed it to 4.2GHz, which is an increase of 0.8GHz. While you might not have won the silicon lottery, it's still a decent price for sure. They achieved 4.5GHz by using 1.5v. Also, it's worth noting that 6 core CPUs don't overclock as effectively as 4 cores. A 0.8GHz boost for 6 cores is similar to a 1.2GHz increase on 4 cores.
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MarcMcvey
07-18-2016, 05:24 AM #5

6800K's base clock stands at 3.4GHz. You've pushed it to 4.2GHz, which is an increase of 0.8GHz. While you might not have won the silicon lottery, it's still a decent price for sure. They achieved 4.5GHz by using 1.5v. Also, it's worth noting that 6 core CPUs don't overclock as effectively as 4 cores. A 0.8GHz boost for 6 cores is similar to a 1.2GHz increase on 4 cores.