Gigabyte Smart QuickBoost
Many new overclockers are completely terrified by BIOS menus, afraid that one mistaken click will turn their high-end machine into an expensive doorstop. Gigabyte addresses this concern by avoiding its BIOS altogether, focusing automatic overclocking functionality into a Windows-based application.
Don’t be fooled by the errant CPU-Z voltage reading. Gigabyte’s “Twin Turbo” setting actually boosts the CPU core to 1.38-1.39 V. A reboot is required to activate Smart QuickBoost.
A frequency of 4.2 GHz is just the beginning of the “Twin Turbo” overclock, as this is its four-core boost setting. A two-core load jumps to 4.3 GHz, while single-threaded applications go up to 4.4 GHz.
Smart QuickBoost wasn’t smart enough to use our memory’s XMP-2200 values, choosing its highest SPD value instead.
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auto overclocking is not a good think IMO, its asking for trouble. How many RMA's do motherboard & CPU companies want when this doesnt work properly?Reply
I have a Asrock z68 Pro 3 MB, and after trying out auto overclocking the system only worked stable until 4,3 Ghz (core i7 2600k). I had to do manual settings to make my CPU stable @ 4,5 GhzReply
I don't like anything assuming anything.Reply
Automatic overclock blows for 2 reasons.Reply
1) It either is super conservative and therefore useless for any enthusiast.
2) It is insanely over-aggressive because it doesn't bother testing stability for more than a few minutes (if at all). So you end up with it thinking a 50% overclock is "stable" when it totally isn't.
When I tested the Gigabyte utility to overclock the only area I found problems in was the peak core voltage, I soon noticed the CPU idle temps were way too high.Reply
Turned out that with all other settings as chosen by the utility the peak core could be set to its lowest value in the BIOS and still be perfectly stable. So is it just ramping up the voltage to be on the safe side?
Isn't changing the default BCLK frequency supposed to be dangerous? Why do so many sites seem to promote changing it?Reply
ASRock's auto OC'ing on the P67 Extreme6 is excellent with my 2500K. I achieved a 4.8 GHz OC, a 4.6, 4.4, 4.2 & 4.0 with the auto settings. The voltage stayed under 1.36 on all of these OC settings.Reply
I have downclocked my system to base settings on both the CPU and GPU because the wear on the system with OC'ing. None of the games I play, nor any of the other apps need a OC to perform well, so why place additional stress on the components when it is merely for bragging rights?
When I played with manual OC'ing I found, like this article, that there was only a marginal gain from auto settings. Plus ther is the additional risk of screwing the pooch entirely and bricking the CPU or mobo by overvolting.
Unless you are a real pro and are not risk adverse, I'd recommend that you stick with auto OC'ing, and for this, ASRock has proven to be the best.
@Chesteracorgi, you don't need to be a pro to OC your CPU. They have guides on Overclocking every CPU around, very easily and effectively.Reply
I feel that Toms should have done some stability testing on their manual and automatic OCed Processors. They might have and just not posted their results. I am in the camp where I feel that if you can't take the hour or two to figure it all out you probably shouldn't be Overclocking. If we had a larger sample of Proccessors we have no idea how many would turn out badly.
It looks like a good tool to start off your own OC because it's probably gonna be in the ballpark, but on it's own it leaves much to be desired.
Question... Was the same CPU used in all tests? If so, it seems untrue to say that "CPU's" shouldn't have more than 'n' voltage when the Mobo's are presenting different internal loads, right? You stated that manually you can get 4.67 GHz at 1.35 V on board 'x'. If the CPU is consistnat in all tests, 1.35V should ba ample force to get 4.67 on ANY Motherboard with that CPU right?... but you couldn't. My point being different mobo's require more "push" there by making it harder for me to fault autoOC programs for cranking up voltage past "comfy" limits when, for all we know, they are taking into account higher internal loads. There is a variable missing someplace. Like 1.375v is risky on type "A" mobos but type "B" mobos can go to 1.4V. I don't know.. am I making any sense here? It just seems some piece of the puzzle is missing....Reply
just wondering i7 series 900 apply the same rule?? less than 1.4v safe, more is a certain death??Reply