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Quote:Originally Posted byThat's great. It looks like that H40 is really working, but still holding it's own. Does that HWinfo program show Core Temps as well? I believe the one listed in that screen shot is the CPU Socket Temp.Yes, the green one is socket right below it the CPU 0 is core temp - matches the core temp values, e.g., 15.3*C at idle. I think what I like most about HWiNFO64 is being able to graph any value with 2 clicks, and if you hit save it will remember the graphs you had open and where. The only thing I don't like about its graphs is that is does not remember your upper and lower bounds on y for the graph on exit/restart.Quote:Originally Posted byI'm also curious if your stock vCore @ 3.5Ghz is 1.375 with Turbo Disabled? That seems kind of high for an 8320.It sure is stock non-turbo at 1.375 according to both CoreTemps VID and HWiNFO64's VID readings, and that is what the BIOS calls out as default. VCore would go to like 1.41v under turbo when I got it and LLC was on auto, but last time I actually had turbo enabled I was not paying attention to VID so I don't know what its Turbo VID is for sure. I undervolted it for a while and was "desktop stable" going 4.2 @ between 1.25 - 1.30v, I didn't record my settings but I remember it rebooted on me somewhere under 1.25 while playing D3. I have not tried to undervolt it again, I figured I would try to go the other direction and see how high I can go without using more volts.Quote:Originally Posted byIt could also be bouncing around if it's still set to Auto, instead of manually inputting the voltage after a restart.Voltage was manually input after disabling turbo and reading VID, VCore was set to auto when I booted with turbo disabled to read VID. I have my VCore, Multiplier, and FSB set manually, all other CPU options are Auto. LLC is set to CPU:Ultra High and NB:High; all others auto or disabled.