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poparamiro`s 3DMark06 score
- Apprentice League
9227 marks with NVIDIA GeForce 7950 GT at 821/1053MHz
Ranking position
n/a
Global 1x GPU rank:
3rd
GeForce 7950 GT rank:
3rd out of 133
Points earned for overclocker league
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Global Points
Not poparamiro's best submission
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Hardware Points
3rd using GeForce 7950 GT
46.0 Points
Points earned for team league
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Global Team Power Points (GTPP) Not lab501.ro's best submission
0.0 Points
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Hardware Team Power Points (HTPP) 3rd in team using GeForce 7950 GT
25.8 Points
Media gallery
- Screenshots
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Hardware details
CPU details
- Model: Intel Core i5 2500K 'Sandy Bridge'
- Cooling: Air (Custom)
- Cores: 5,500MHz(+66.67%)
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VGA details
- Model: ATi GeForce 7950 GT (G71) NVIDIA
- Cooling: Air (Custom)
- Speed: 821MHz (+49.27%) / 1,053MHz (+50.43%)
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Recent Comments
Very nice @ Air;)
Did you change the delta values? All the cards I had hit power problems from ~750MHz, then died soon after
Yes, delta = o. This is second card, first died.
Hi, can't find anything about those "delta values", can you give me some information? I have a 7950GT with 2900XT zombie VRM, it runs 750 GPU with 1,4V, but I still get a blackscreen with 775MHz and 1,6V...
Geometric and shader domains run at different frequencies. You can control that with the delta value in bios, so you need to edit the bios and reflash.
ROP domain also works at the shader domain frequency. Basically the geometric delta value in bios determines what would be the difference bewteen geometric domain freq and shader/ROP.
What you set in e.g. RivaTuner is your shader/ROP, then Geometric domain clock is that X freq + delta value in MHz.
For 7900GTX normally it is 40MHz, I think, but not sure about 7950GT.
So if you hit the limit of your geometric domain, you can decrease the delta. That would allow higher ROP/shader frequency at the same geometric clock.
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