F5F Stay Refreshed Power Users Overclocking Vcore higher than setting

Vcore higher than setting

Vcore higher than setting

K
Krovel
Member
60
11-19-2016, 11:35 AM
#1
Hey there, new OC user. I see you're working with an i5 4670K and a MSI Z97 Gaming 5 MB. Your core multiplier is at x44, and the vcore/ring voltage is set to override values of 1.200 and 1.165. You mentioned that during stress tests, your vcore increases by about 0.008, but no matter what you adjust, it stays the same. The Cstate is stuck at C7. You're wondering what else you could tweak without causing other issues. Thanks for reaching out!
K
Krovel
11-19-2016, 11:35 AM #1

Hey there, new OC user. I see you're working with an i5 4670K and a MSI Z97 Gaming 5 MB. Your core multiplier is at x44, and the vcore/ring voltage is set to override values of 1.200 and 1.165. You mentioned that during stress tests, your vcore increases by about 0.008, but no matter what you adjust, it stays the same. The Cstate is stuck at C7. You're wondering what else you could tweak without causing other issues. Thanks for reaching out!

I
isaiah186
Member
128
11-19-2016, 12:39 PM
#2
I think the configuration you're referring to is CPU Vdroop Offset on MSI boards. It's safe to keep it unchanged if your system runs smoothly under load. The main goal of LLC is to compensate for changes in auto voltage when current rises. A slight increase of 0.008 in vcore suggests LLC is functioning correctly, as you'd expect a minor voltage drop otherwise.
I
isaiah186
11-19-2016, 12:39 PM #2

I think the configuration you're referring to is CPU Vdroop Offset on MSI boards. It's safe to keep it unchanged if your system runs smoothly under load. The main goal of LLC is to compensate for changes in auto voltage when current rises. A slight increase of 0.008 in vcore suggests LLC is functioning correctly, as you'd expect a minor voltage drop otherwise.

5
593FrMC
Junior Member
4
11-20-2016, 06:41 PM
#3
Normal outcome. This reflects the outcome of LLC (Load Line Calibration).
5
593FrMC
11-20-2016, 06:41 PM #3

Normal outcome. This reflects the outcome of LLC (Load Line Calibration).

M
Mrender3
Senior Member
412
11-20-2016, 07:27 PM
#4
Should I be worried? Is there anything I can do to prevent this? There is no LLC option in my BIOS. If this is safe then I am okay with it I'm just new and still worried haha
M
Mrender3
11-20-2016, 07:27 PM #4

Should I be worried? Is there anything I can do to prevent this? There is no LLC option in my BIOS. If this is safe then I am okay with it I'm just new and still worried haha

B
benice45
Member
230
11-27-2016, 10:52 PM
#5
I think the configuration you're referring to is CPU Vdroop Offset on MSI boards. It's safe to keep it as is if your system runs smoothly under load. The main goal of LLC is to compensate for changes in auto voltage adjustment when current rises. A slight increase of 0.008 in vcore suggests LLC is functioning correctly, as you'd expect a minor voltage drop otherwise.
B
benice45
11-27-2016, 10:52 PM #5

I think the configuration you're referring to is CPU Vdroop Offset on MSI boards. It's safe to keep it as is if your system runs smoothly under load. The main goal of LLC is to compensate for changes in auto voltage adjustment when current rises. A slight increase of 0.008 in vcore suggests LLC is functioning correctly, as you'd expect a minor voltage drop otherwise.

A
AsyDenLK
Junior Member
17
12-18-2016, 05:04 PM
#6
This is a good thing - the last thing you want is for the voltage to drop when your CPU needs it, when it's under load. 0.008 is the same amount I get over actual setting on my Asus X99-A with LLC at level 8.
A
AsyDenLK
12-18-2016, 05:04 PM #6

This is a good thing - the last thing you want is for the voltage to drop when your CPU needs it, when it's under load. 0.008 is the same amount I get over actual setting on my Asus X99-A with LLC at level 8.