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Gutterz 02-20-2010 04:42 PM

what did you change to get the 4.6 to run?

Kal-EL 02-20-2010 04:43 PM

Quote:

Originally Posted by Gutterz (Post 27116)
what did you change to get the 4.6 to run?

Just his mind.....................

Assassin48 02-20-2010 05:21 PM

Here are the settings used
http://img29.imageshack.us/img29/3356/p1010757fa.jpg

http://img20.imageshack.us/img20/8012/p1010758m.jpg
http://img20.imageshack.us/img20/3420/p1010759y.jpg

Splave 02-21-2010 07:34 AM

cpu pll can be lowered 1.5 sometimes helps me get through threaded benchies

Neuromancer 02-21-2010 08:08 AM

Yeah CPU PLL up or down is popular :)

Dentlord 02-21-2010 09:22 AM

I use cpu pll 1.425v

Assassin48 02-22-2010 03:35 PM

Ok

i tried a bunch of different voltages and i even remounted the cpu and water block twice !

and still cant go above 4.58ghz , i'm thinking of selling this cpu since it does do 4.2 @ 1.28v and use the money for another 920

Kal-EL 02-22-2010 04:50 PM

which bios were you using?

Assassin48 02-22-2010 04:53 PM

Quote:

Originally Posted by Kal-EL (Post 27360)
which bios were you using?

I updated to the newest one then i flashed to bios E76220N

Neuromancer 02-22-2010 05:45 PM

Quote:

Phase Locked Loop; it's a circuit which gives you your multiplied clock pulse. it essentially takes your bclk and multiplies it by the multiplier you set in bios (or stock). it feeds a input waveform into a differential amplifier (correct me if i'm wrong; been a year since i did my module on PLL) then into low pass filter, leaving only the 'error' margin, this gets amplified, which is what the voltage relates to (and thus higher voltage gives an easier lock-in error margin) and then is fed back (the loop bit ) into the diff amp (looks at the difference in input A and input B [fed back waveform]) then back through the LPF & amplifier circuit to the output.

i7's seem to be contrary to the usual belief that more volts means more stable waveform, so experiment with higher and lower to see what is more stable.
Now this is really interesting. This must be coorelative to some other setting. No way should lower volts mean better performance at high bus speeds UNLESS it means more current... which could actually be dangerous... I need to research this some more..


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