Search results

If increasing the vcore doesn't help, try upping the QPI/VTT just a tad.

Noise bothers me, so I need temps low. Soon as I heard about the ivybridge temps I pulled the trigger on my 2500k. The 2500k / 2600k are fantastic chips that will last ages.

Did not know that aha ^_^

Is it possible to get a side panel with a window for the CM 690 Advanced II Black & White edition? There was one that came with the panel but to my knowledge was "****** only". Was wondering if you could buy these separate now? (*** is another online retailer name)

Using PC in sig. Is it worth overclocking RAM? Is it possible on my board with my particular brand? If so how does the process work? (Also I'm pretty sure that memory is separate when it comes to overclocking on LGA1155 boards, but do I need to take anything into account considering I...

The Windforce OC is pretty good, better VRM's and dead quiet

http://www.overclockers.co.uk/showproduct.php?prodid=GX-101-GI&groupid=701&catid=56&subcat=1699 A HD7770 will perform about the same as a HD6850 for ~£100. The GTX480 is a lot better than those two however. If you are willing to hit the £140 mark then this GTX560ti (448 Core) will perform the...

I was actually worried, then I read the article and just sighed..

If you can't afford the NH-D14 then the Noctua NH-U12P is also a very good choice. The P12 fnas that come with it are silent at 600rpm and very very quiet at 800rpm.

Thanks for the link. I eventually got 4.5GHz with the settings below: 45x Multiplier vCore: Normal (+0.65V offset) LLC: ENABLE PLL Overvoltage: ENABLE But it was a bit spotty and would BSOD even after passing an hour of prime. Recently tried a completely different approach with settings of...

I'm trying to overclock my 2500k past 4.3GHz on my Gigabyte P67a-UD3-B3. So I far I have managed 4.3GHz: Turbo disabled Voltage: Normal with +0.020V Offset PLL Overvoltage Enabled Does anyone have any recommendations on other voltages or settings to enable to push it further than 4.3?

I'm getting: Double-Precision float of ~135970 Megaflops per second. Single-Precision Float is at ~1.9*10^6 Megaflops per second 1900000 /24 = 791666 so i'm getting 1/14. Whats a normal value?

What is an accurate way of determining the speed of Double-Precision Floating Point calculations. I used CUDA-Z but I am not sure of its accuracy, are there alternatives? Perhaps a benchmarking tool that also shows this?

God dammit I paid about the same for the U12P as that D14 is going for :(

More than enough!

I'd take a 2500k over a 3570k as Sandy Bridge tend to have better temperatures than ivy. Iv'e overclocked a few 2500k's and all of them Overclock to 4.0GHz without practically any other changes than increasing the multiplier!

Single 670 would be the way to go

Nvidia Bios Editor assuming you have a custom bios ready to flash.

Yeah I see little point in upgrading unless its to a fanless version of your card if noise is an issue

I have this one, I can really vouch for how much space it has. Its on offer too! http://www.overclockers.co.uk/showproduct.php?prodid=CA-257-CM £60