that was all I was coming up with... unless...

you weasel it between the 2  with a 1/8" thick copper bridge, and make 2 isolated blocks, but they are together.  4 nozzles. 

voklskier4452

Sounds like somebody needs to buy some kneadable eraser or plastic spray ;)

 
Don't use the spray... that's how I started.... to many applications... been there done that.  Just buy the brush on stuff in a can... one thick coat... very thick... ultra thick... and it covers, seals and comes off easier.

Was just a suggestion i use kneadable eraser on my boards followed by a few other layers

I use the liquid plastic with the eraser on top it with sticky back Armacell on top or the eraser.

nateman_doo

i found the kneadable eraser to be much harder to remove.  The liquid rubber comes up as one giant sheet (provided you put it on thick enough) 

never had that issue, if you apply it nice and thick and make sure everything overlaps it comes off in large chunks, 1 if you are really good

overclocker333

nice man.  I like the side profile, but that factory heatsink gives me the creeps

I agree. 

Is that 480 for just the cpu and nb/sb/mofset? If so, you should be easily fine! lol
---------------------------------
Volk, i whipped up some waterblock stuff in Illustrator for ya (not any accurate measurements though...just using the pic):

The darker color is where the block would be "on the board." The yellow is where you would have copper tubing "bridging" the blocks over caps and whatnot.

I hope you like them!

1: Very radical design; probably would be hard to make. Single pass on small vreg, double pass on large vreg, nb, sb. 


2: Simplist design;would be easist to make. Single pass on both vregs, double pass on nb, sb. 


3: Hybrid with only 1 bridge between the seperate vregs; still hard to make probably. Single pass on small vreg, double pass on large vreg, nb, sb. 


4: Hybrid with only 1 bridge between the separate vregs; a little less complicated than #3. Single pass on both vregs, double pass on nb, sb. 

 
 
 
EDIT: Images not showing up right now...maybe imageshack is having troubles...idk. I will wait a bit and hope they come up.

Yea i figured the double pass on the vreg(s) was a bit overkill. So the second and 4th seem the most plausible. Can you see the images by any chance? I still can't.
 
Here are the links just in case you can't see the pics:
 
1: http://i929.photobucket.com/albums/ad132/xxrabid93/bloodrage1copy.jpg
2: http://i929.photobucket.com/albums/ad132/xxrabid93/bloodrage2copy.jpg
3: http://i929.photobucket.com/albums/ad132/xxrabid93/bloodrage3copy.jpg
4: http://i929.photobucket.com/albums/ad132/xxrabid93/bloodrage4copy.jpg
 
EDIT: ****, the links don't work either, they give me the little X in a box.
 
Please tell me if you can't see them. If so, i can try uploading them to imageshack (i have an acount there and photobucket).

Been talking to duniek, the guy who made the blocks i posted, he said its possible but would be crazy expensive.

I can see the pictures just fine in Chrome and FF, are you guys by any chance using IE?

I dread my 295 RMA policy.  I just hope they have a dual board laying around, or my benching takes a sabattical until the 300's come around.  I guess in the meantime I can chase the single card 31K mark?

just an FYI that is actually the Bloodrage, I have the Bloodrage GTI.  The cooling solution is different and the GTI lacks SAS ports.

If i could get the NB, SB, and the vregs next to the IO plate cooled on one black that would be ideal, but 2 blocks would be ok as well.
Pictures should be incoming nateman, will have to poke the people taking them for me and make sure they are still alive 

Decent pic of the vregs on the Bloodrage (i assume they are the same as on the GTI, adn the heatsinks are the olny difference)

http://images.bit-tech.net/content_images/2009/02/foxconn-blood-rage/8l.jpg

If you were willing to mod the board, would it be possible to resolder those caps on the back of the board? Or do you want to keep the board in normal condition, just in case of needing to RMA it?

You can easily see the solder points for the caps on the back of the board, so i would assume you could resolder the caps on the back of the board...just thinking...

The board is already going to be modified so that i can raise pcie clock past 103.  Not sure i like the idea of moving a cap around to the back but it may be a possibility.