Yes, after supplying 1.300v - 1.349v to the vcore
Yes, after supplying 1.350v - 1.399v to the vcore
Yes, after supplying 1.400v - 1.449v to the vcore
Yes, after supplying 1.450v - 1.499v to the vcore
Yes, after supplying 1.500v - 1.599v to the vcore
Yes, after supplying 1.600v or more to the vcore
No, and I run my vcore at 1.300v - 1.349v 24/7
No, and I run my vcore at 1.350v - 1.399v 24/7
No, and I run my vcore at 1.400v - 1.449v 24/7
No, and I run my vcore at 1.450v or more 24/7
Of all the things I mentioned, I firmly believe VTT did me in with that chip in particular.Originally Posted by 003
Prime81, did you do a Vdroop mod or something to have your Vcore constant when both idle and under load in windows? It's very odd to see such especially with all the Vdrop values being reported - average of about 0.03V from supply voltage. You may have a gem of a motherboard there.
>E8500 @ 4GHz at FSB 445MHz with CPU-Z volts of 1.264(I) and 1.248(L) [CPU supply voltage = 1.3125V]
>Cooler Master Aquagate S1 Universal WC kit
>GA-X38-DQ6 with F9c BIOS
>OCZ 2GB PC8500 memory kit with Platinum XTC heat spreader running Dual channel at 1068 with extreme profile in BIOS; 5-5-5-15/2.3V
>2x 512MB Diamond HD3870 in Crossfire-X mode
>Tagan ITZ 700W PSU
>2x Antec Spot Cool for NB heatsink and RAM sticks
>NZXT Alpha ATX Mid tower case
>28" Viewsonic VX2835wm display @ 1920x1200
>more details to come...
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