knopflerbruce

I think XOP is some sort of sorcery

Is there a trick to use XOP? Running win 7 here, and ucbench crashes immediately if I select XOP. ANYTHING else runs fine. This also happens at stock.

Runs above 220mb/s are not allowed, you need to limit the speed to keep it below 220mb/s - raid or not

Fixed?

I don't remember the Nb volts, not dangerously high - that's for sure (I was just testing, not trying to kill it). 1.5v tops. Anyway, it took a fair bit of work to get there - the clock amplitudes helped me quite a bit, and of course messing with GTLs

Seems like this one was forgotten looking into it again.

Ticket ID: 1856 Priority: Low http://hwbot.org/submission/2275016_toolius_wprime___32m_2x_opteron_6272_4sec_291ms\r\n\r\nUnless you do it I\'ll move that score myself

+1, they're not the same as an SLI setup. 9800gx2, 4870x2, the list goes on

When I messed up the OS trying to make 600FSB fairly stable I changed to a different system. 600 was boot stable, FYI I will test more later, of course.

I believe an email has been sent, we're just waiting for a reply.

I have an abit ic7 max3 But that one won't run willamettes. Plus, I kind of like this board - at least a little bit.

I don't seem to find a reference to that mobo

So, 478 mobo #2 ASUS P4C800 Deluxe. Same PCB as the two other boards in this series. Found vdroop/vdroop/vmem for the -E Deluxe one, I suppose they work here as well, if I feel like trying. I see there are alot of missing parts in the CPU socket area, so I guess I can add a few things (some are present on the "-E" board). Also, cap replacement could be a good idea? I don't know if I have droop issues, but the core voltage is all over the place - this could be due to bad caps I suppose. Large, green caps are d10, and say (M)105C, 3171, 2a, KZE 1200µF, 16v. Smaller, purple/gold ones are d8 I think. Maybe d7. These ones say 105C, 0309, RLX, 6.3V, 1500µF. Chip inside CPU socket measured 4.3mm x 7.3mm and say 2V100 S2241 MOSFETs seem to follow a pattern, where one spot is always empty, one says 13N03LA and one says (I think) 0GN03LA. Pictures attached. Not sure if the back of the board is useful in this case.

I'm making a p4c800 recap/mod request thread right now It worked nicely, except that from time to time it wouldn't detect the SSD I was using.

Sure, why not I'm not 100% sure if I can do that, seems like fine soldering

An all in one picture? Nope. Some of these are too hardcore for me, anyway. I can only do the easy ones for now. Just replacing the caps should probably help a bit for now

I wasn't thinking on going insane with the mods. No wonder I didn't find the guide at first, it's in greek

The 4.3mm x 7.3mm SMDs say S3141 2v120v. 99% sure this is correct, but I can't find anything If that height is not enough I'll buy another set of brackets and get the dremel out of the closet It should be OK, I think I have about 15-17mm clearance. MY soldering skills are bad, but I have a friend who is decent. If I'm lucky I can ask some physics lab guys at uni, too I also don't quite get what you mean by directly on the legs of the polymer caps. I have a picture in my head, but it looks weird

Huh? I can't find one that's at 743 FSB.

I remember this board, voltages all over the place

Not sure if these photos are good enough...?

Didn't know those were SMD caps, thought they were something else 7.3mm x 4.3mm seems correct. As for a high quality PSU I'm using PC Power Cooling 750w Silencer for mobos with 4pin connector only. I can also use a Corsair AX1200 with 8 -> 4pin adapter I guess.

Can you please download the picture and draw what you need more info on/pictures of? I don't really see any big SMD caps anywhere... All the ones I marked have a diameter of 10mm. I'm charging my cam battery now, I see a pair of empty spots here and there. Will take some photos in a minute. It's not the best cam out there, but good enough I hope.

I got this nice ABIT IC7-MAX3 here. The caps seem fine, but they're too tall for my WB mount, so I'd like to replace them. I guess there are better ones out there anyway... This is the first time I've thought of something like this, so I need someone to point out what caps I should get Caps w/red marking: Rubycon 6.3V 2200µF MBZ T0330 105 deg. C Caps with blue marking: Rubycon 16v 1200µF ZL T0326 105 deg. C If there are other caps I should replace, let me know

YGPM