GPU SHARK 0.5.1 HOW TO
GPU SHARK 0.5.1 UPDATE
GPU SHARK 0.5.1 FULL
GPU SHARK 0.5.1 DOWNLOAD

GPU SHARK 0.5.1 UPDATE

Remark: some strings are not translated: they will be fixed in the next update of FurMark.

Just copy the following files in the localization folder of FurMark:

GPU SHARK 0.5.1 DOWNLOAD

Webmasters: hotlinking is not allowed (it will cause an error message), please use the post url as download link. We can determine a kind of cooling factor:įurMark, the popular GPU burn-in utility, is, at last, available in version 1.9.0. In our case, the system took 29 seconds to reach 62☌ (decreasing of 63%).

GPU SHARK 0.5.1 FULL

This time constant is the time required for a reduction of 63% of the GPU temperature after a full loading (98☌ is 100% and 42☌ is the 0%). RTI tc is the Return To Idle time constant. After what, play with your favorite game to be sure the OC is okay.ĮVGA’s GTX 580 SC deserves this nice badge:Ī detail about RTI tc. And if you want to be sure that your OC settings are stable, I recommend you to burn your GPU with FurMark, or EVGA OC Scanner for at least one hour. Finding the best overclocking settings for a GPU is a rather long process. With a GPU core clocked at 870MHz and fed with a voltage of 1.125V, EVGA’s GTX 580 SC is stable. Those few pixels are undetectable with our eyes in 3D scenes and that explains why I thought my OC was stable at 900MHz!

10 – GPU 870MHz, VDDC 1.125V –> no artifact detected after 15 minĪ you can see, OC Scanner is able to detect very small artifacts: few pixels in a full HD scene.

9 – GPU 870MHz, VDDC 1.100V –> 1 artifact detected after 4 min.

8 – GPU 870MHz, VDDC 1.088V –> 2 artifacts detected after 1 min.

7 – GPU 880MHz, VDDC 1.088V –> 5 artifacts detected after 1 min.

6 – GPU 880MHz, VDDC 1.113V –> 1 artifact dectected after 3 min.

5 – GPU 880MHz, VDDC 1.125V –> 1 artifact dectected after 15 min.

4 – GPU 880MHz, VDDC 1.138V –> 1 artifact dectected after 4 min.

3 – GPU 890MHz, VDDC 1.138V –> 2 artifacts dectected after 7 min.

2 – GPU 890MHz, VDDC 1.125V –> 2 artifacts dectected after 2 min.

1 – GPU 890MHz, VDDC 1.113V –> 4 artifacts dectected after 1 min.

Here are the different steps of my GTX 580 overclocking (I set the core clock and core voltage with Afterburner 2.1.0 beta 7 –with Afterburner, 1.138V is the max GPU voltage we can set): As soon as one value is greater than 0, your overclocking settings are too high: In short, as long as all values are 0, that means you overclocking is stable. Press the Start stress test button and you should see this rendering: Okay OC Scanner is ready for artifacts scanning.

Then set the high resolution like 1920×1080 fullscreen: To detect artifacts with OC Scanner, I recommend to enable the heavy mode, in the settings box: I simply used the latest GPU-Z 0.5.1 with the /gtx500ocp option (for information, FurMark 1.9.0 makes this step simpler).

GPU SHARK 0.5.1 HOW TO

Let’s see how to find stable and robust overclocking settings thanks to OC Scanner.Ī high quality PSU, like Corsair’s AX1200, is important for overclocking a high-end graphics card like the GTX 580įirst thing to do for overclocking a GTX 580 is to disable the over current protection (OCP). Then I launched an artifact scanning with the latest EVGA OC Scanner 1.6.0 and actually, 900MHz was a bit too high. I also launched Unigine Heaven 2.1 Direct3D 11 test (1920×1080, tessellation normal, 16X aniso, 4X MSAA): FPS: 52.9, Scores: 1333īut in Heaven, I noticed few visual artifacts. I even ran 3DMark11 without problem: P6534 and X2218. At first glance, the card was stable, no visual artifacts, a very high GPU temperature (96☌) with an insane power consumption: 385W for the card alone! I just stress-tested with FurMark 1.9.0 my EVGA GTX 580 SC, overclocked at 900MHz with a Vcore (or VDDC or GPU voltage) of 1.100V.

Gpu shark 0.5.1