UPDATE (2010.02.02)
The power consumption displayed is power required by the GPU. This power is calculated from the following formula:
Pgpu = Vgpu * Igpu
GPU-Z sensors – GeForce GTX 280
GPU-Z sensors – Radeon HD 4670
GPU-Z sensors – Radeon HD 2600 XT
But I didn’t make the test on a Crossfire system
ATI Catalyst AI enabled
ATI Catalyst AI disabled
You can enable / disable the Catalyst A.I feature in the CCC:
GPU-Z is used to display additional information (GPU core clock, memory clock, GPU temperature and power consumption).
In Benchmarking mode, GPU-Z is used to retrieve GPU core clock, memory clock, VDDC and VDDC current. Some data (like
VDDC and VDDC current) is only available on some graphics cards (like the GeForce GTX 280).
- castilian (thanks to LordIntel)
- bulgarian (thanks to fellix)
- polish (thanks to rogalik)
- slovak (thanks to ufo and Peter H.)
- spanish (thanks to tech4pcs)
2010年3月15日 星期一
FurMark 1.7.0: The Bad Boy of Graphics Cards Utilities is Back! - 3D Tech News, Pixel Hacking, Data Visualization and 3D Programming
Prepare your graphics cards for a hot summer!
The new version of FurMark is here at last guys! After 4 months, it was time.
FurMark 1.8.0 is available HERE. This version adds new effects like displacement mapping.
You can download it here:
FurMark, is graphics card stability test (useful for overclocking) as well as an OpenGL graphics benchmark.
This new version is able to connect to GPU-Z and read data like GPU core clock, memory clock and GPU temperature. You can start / stop GPU-Z at anytime, FurMark detects it dynamically. GPU-Z data is displayed in Stability test mode:
Don’t forget to enable the auto refreshing:
where Vgpu = VDDC and Igpu = VDDC Current.
This information is available on GeForce GTX 280 but not available on a GTS 250 nor on a Radeon HD 4850.
The data retrieved by GPU-Z depends on the type of your graphics card. For example, here is what I get with my GeForce GTX 280:
To push Xtreme Burning mode to a new limit, I added the possibility to disable the display of text in the 3D window. You can toggle the display of text with the I key.
In Xtreme Burning mode without text, the current required by my GeForce GTX 280 (with default clocks) exceeded 84A. So be careful guys, you must have an efficient cooling system to play with Xtreme Burning mode.
To play with GPU temperature, you can now disable and enable the fur rendering with theSPACE key:
Other cool new feature is the possibility to save your settings. Just start FurMark, adjust settings and quit. Your settings are saved in the startup_options.xml file. And of course, you can tweak yourself this file (with a text editor like Notepad++).
The main startup GUI (GUI = Graphical user Interface) is now always present. So you can launch several tests without restart FurMark.
In multi-GPUs configurations, there is now a temperature graph for each GPU:
I also checked the famous ATI Catalyst optimization (a more detailed test is also available HERE). I tested Catalyst tweak with a Radeon HD 4850 and the last WHQL drivers, the Catalyst 9.6. Actually, when the CCC AI feature is enabled, Catalyst driver slows down the GPU. By default, CCC AI is enabled.
And for Twitter addicts, I also added the possibility to submit the score in Benchmarking mode to your Twitter account (see the button in previous screenshots). Submitting your score will write a message like this:
My FurMark 1.7.0 result with NVIDIA GeForce GTX 280 and Forceware 185.82 (1280×1024, aa=8) is 2399 (t=60000ms)
Okay I think I said the most important things about this new version of FurMark.
Here is the complete changelog:
And if you find the current rendering of FurMark is boring, you can change it a little bit:
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