I would really suggest drilling some holes in the motherboard tray of your case. To save the hassle of tapping holes, you can stick nuts on the back of standoffs. If you are using a drill rather than a drill press, your holes are not going to be the right size, shape, or location anyway. Brass standoffs secured by nuts will offer a little leeway in the slightly larger than desired holes.
On a side note I have been playing with my Sawtooth board and a 800MHz Quicksilver CPU card. I can only get the FSB up to 120MHz so at the 8x multi I am stuck at 960MHz. Cinebench crashed on the first run then completed a second run for massive 0.11pts. It hit 0.09pts at 120FSB 840MHz. I did not run cinebench at 900MHz, because who has the time? Pretty clear where the score would land anyway. I have xbench 1.3 results somewhere too.
I suppose I could toss it in my DA board and see what happens, but it looks like it might need a volt mod to be stable at 960MHz or higher and does not have much in the way of multipliers anyway. (never mind having no L3 cache)
Anyway, back on topic. How are your attempts going? Please keep us updated.
On a side note I have been playing with my Sawtooth board and a 800MHz Quicksilver CPU card. I can only get the FSB up to 120MHz so at the 8x multi I am stuck at 960MHz. Cinebench crashed on the first run then completed a second run for massive 0.11pts. It hit 0.09pts at 120FSB 840MHz. I did not run cinebench at 900MHz, because who has the time? Pretty clear where the score would land anyway. I have xbench 1.3 results somewhere too.
I suppose I could toss it in my DA board and see what happens, but it looks like it might need a volt mod to be stable at 960MHz or higher and does not have much in the way of multipliers anyway. (never mind having no L3 cache)
Anyway, back on topic. How are your attempts going? Please keep us updated.