http://forums.ngemu.com/hardware-dis...s-warning.html
^= All you need to know, guys.I can run mine at 475 x 8, and has been running at that clock for four days now. VCore is only 1.320V for a rock solid Prime stable system at 475 x 8. I can POST at 500 x 8, but it would hang as soon as Windows starts loading... so I'm guessing my G35 motherboard cannot handle 500MHz for a quad 45nm. Now I'm curious if anyone with a X38 or X48 mainboard can get into Windows at 500MHz.
Here's how I got it to POST at 500MHz x 8, in case you can't read much from that forum post I linked above.
http://youtube.com/watch?v=QzF4Vg6_R9Y
And... here are some results from Crysis Benchmark Tool:
DX9:
DX10:
Not too shabby... but I guess these quads are just what Crysis has been dreaming about all this time.
Edit: Or heck, here are all I have at the moment:
Idle temp before I lapped my ACF7:
What VCore is needed to get into Vista @ 3.60GHz:
VCore needed to get into Vista (and watch a movie) @ 3.80GHz:
And yep, I don't think this thing has any problem running two instances of the PlayStation 2 emulator:
Impressive temps at that, too... considering I haven't lapped my ACF7 yet.
Now here's 3DMark06 with a 9600GT:
Voltage for Prime completely stable at 3.60GHz:
And... that's it for now. I think I'll leave her on tonight for either Prime at 3.80GHz or 100 times Crysis benchmark.



I can run mine at 475 x 8, and has been running at that clock for four days now. VCore is only 1.320V for a rock solid Prime stable system at 475 x 8. I can POST at 500 x 8, but it would hang as soon as Windows starts loading... so I'm guessing my G35 motherboard cannot handle 500MHz for a quad 45nm. Now I'm curious if anyone with a X38 or X48 mainboard can get into Windows at 500MHz. 








Reply With Quote
Bookmarks