If it helps any, use CPUID HWMonitor, even on unlocked chips "TMPIN1" gives a pretty accurate temp for the core on the UD4P boards... As long as you can keep that temp <53c under load you should be OK.
I don't want to advise you to push harder than you feel comfortable with, but if you want to try for more, keep an eye on TMPIN1 and try these options:
1) Add .100v to the CPU-NB vid (I run mine at +.175)
2) Add .100v to the NB(chipset) and SB. This should put them @ 1.2/1.3v respectively..
3) Add .150 to the CPUcore (mine is @ +.250)
On the Vcore, 1.4v (+.100v) is actually pretty low with good cooling (watch TMPIN1 though
)
CPU-Z shows my Vcore @ 1.52 (I think it's +.250)
Don't push harder than you feel comfortable with, but you asked for suggestions so I thought I would offer fairly safe options...
Keep an eye on HWMonitor though, at least on my machine sustained temps greater than 55c usually results in a crash.
Originally Posted by Daveburt714
If it helps any, use CPUID HWMonitor, even on unlocked chips "TMPIN1" gives a pretty accurate temp for the core on the UD4P boards... As long as you can keep that temp <53c under load you should be OK.after running prime for a few hours. If this temperature was accurate, my system would surly hang, no?
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