In the picture I see a Vmem mod but no Vcore mod, so I'm assuming there isn't out one yet for the pencil?
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In the picture I see a Vmem mod but no Vcore mod, so I'm assuming there isn't out one yet for the pencil?
i sold my card, the core overclocks well but i think the design of the card is too weak to sustain high voltage and overclocks for long periods of time,
i read that there are new galaxy and palit 8800gt with 3 phase power, i will be hunting for one of those and hope it comes with better ram, should be interesting
Only vgpu mod @ 1,22v and on water.
http://xs121.xs.to/xs121/07456/84213.jpg
Thx for the mods guys, I'm ready to testing :D
Doe's anybody know what max safe 24/7 voltage is on these cards?
I got mine in yesterday and the volt mod went smoothly but I have no idea what's safe for 24/7 use. I've had the card clocked as high as 900/2000/2000 bench stable but it took 1.4v to do it. I'm currently running it at 875/2000/2000 @ 1.28v, still in the process of testing the shaders and memory though.
Would anyone post the resistances to get the 1.22v and 1.4v please?
Anyone try the pencil mods????? for the vcore??? i dont wanna be the test dummy LOL
ok, so i tried that pencil mod, and it didnt work, nothing happened.....did both resistors and temps and overclock stayed the same...........
Thanks guys, for not slapping me silly for missing those 3 glaring post about the max voltage applyable to these cards.:rolleyes:
Just in case anybody else missed it 1.4v on the core should be safe but caution is advised.:up:
http://www.vr-zone.com/articles/Gala...ower/5387.html
Any news on how this will volt mod?
Renegade5399,
Need pics of the backside of the card.
I tried the bios vmod and nothing doin, this crap card i have is a dud.........at this moment i will try any kind of a mod, my next mod is a real solder vmod.
The programmable clock generators used on these boards are capable of thousands of frequency setpoints. The steps that the overclocking tool allows are only those steps allowed to it by the board's BIOS. Modifying the BIOS to permit finer control of the clock generator is not something I know how to do, but the limitation is definitely not the hardware.
Core clock stepping seems to be proportional to the shader clock, meaning if you set your shader clock around 1800 you should get smaller jumps in core clocks. It works tha way on my card (eVGA SC 8800GT), I get some pretty big jumps when the shader is at default value but upping it to beyond 1800mhz makes the core clocks move in smaller increaments.
VGPU:1.3v wtercooled:
3DMark Score 17231 3DMarks
SM 2.0 Score 7218 Marks
SM 3.0 Score 6777 Marks
CPU Score 6352 Marks
http://img135.imageshack.us/img135/3...8800gt1hw1.jpg
OVP protection, i think, above 1.3v (or my card doesn't like more volt)
stock volt on memory but not max out (at least 1070mhz possible but not tested with 860mhz gpu)
My card is a BFG OC
temp wasn't really good 49°c full load (the Q6600 at 1.64v gets really hot)