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Ive had no issues at all. Im running 1.48v loaded. When do you BSOD? Was anything changed (went to more RAM, added a card, any changes?)?
CPU-z shows 1.04 and never moves no mater what voltage i use.
Here is a old screen shot.
GA Z68 A D-3- B-3That's odd, what MoBo are you using?? It shows perfectly on my Asus board, but can be a little screwy on Gigabyte boards, or so I've heard.
GA Z68 A D-3- B-3
So it's a problem with Gigabyte!
It's vary screwy in the Bios two i can't tell what voltage it's using some times.
Thanks i'm using one touch from the software and it's saying that my normal v core is 1.29v stock settings in bios.Yeah, from what I've heard, on the GByte boards, it reads the VTT (might be a different voltage) instead of the Vcore. You should have a monitoring program that came with your MoBo, or you can download for it that should display the correct voltage.
Sorry I don't have exact instructions, I actually have never used a GByte board, so I'm just going off what I saw!
Thanks i'm using one touch from the software and it's saying that my normal v core is 1.29v stock settings in bios.
is that correct stock v core for i5 2500k.
Might not only be the CPU. From personal experience, having a better mobo gave me much better results with lower voltage.
So it could be the mobo aging or just the CPU, but I tend to think those chip are really durable seeing some users running them at much higher voltage than you (1.55v).
Just a side note, I wouldn't feel safe with LLC 1.5+v enabled! Probably putting lot more pressure on the Vreg.
well i think stock is 1.29v and i went to 1.5v for 5.0GHz voltage was +0.30v and PLL, Load line calibration enabled at 5.0GHz
How did you set this?voltage was +0.30v
GA Z68 A D-3- B-3
So it's a problem with Gigabyte!
It's vary screwy in the Bios two i can't tell what voltage it's using some times.
Does this board has Multi LLC? If it does, you must be careful with which level of LLC being used especially with high vcore.
How did you set this?
With VCORE as NORMAL
and DVID as +0.30v .......right?
If so, that shouldn't be much voltage going through the chip. But how did it stable at 5GHz is up in the air.
So, is the chip kinda dead now? Or still operational but wonky?