As far as I remember they did infact. You didn't need anything out of the ordinary on your 3.3v rail to run your ram at 3.3v with those boards.
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As far as I remember they did infact. You didn't need anything out of the ordinary on your 3.3v rail to run your ram at 3.3v with those boards.
Whoa...thats very new to me...kinda makes me wish I had gotten an Infinity board now...lol.
jjcom
A straight-up VDIMM voltmod and I was up to 3.6V of VDIMM, and with my +3.3VDC rail at only 3.55V ;). One of the reasons these boards were so excellent for FSB overclocking.Quote:
As far as I knew they didn't...
jjcom
Both DFI nForce2 boards fed VDIMM off of the +5VC rail :).
And neither of those boards needed active Mosfet aircooling...
939 LP's probably dont use a switching power supply for vdimm
Switching runs cooler, but linear runs cleaner. The RAM will like the linear VR better. Would be interesting to see what happens with the 3.3/5 jumpers totally removed using the booster.
One thing I noticed when playing around with this board was that you can set the jumper for 3.3V and then increase your 3.3V rail on your PSU. Same effect as on the DFI NF3-250. I got the feeling that this was a little more stable then when running from the 5V rail with the same vdimm. This little trick made the mosfets even hotter though.