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
Holy Baby Jesus!!! That looks like a 45nm killer for sure!!!! I need to run thisOriginally Posted by Eldonko
Know what = degradation? This:
That was a P5K I owned. Scary huh?
Chip is fine, was 65nm. :p
on my p5k-e, I hope it's not that bad. If it is, I getting on the first flight to
taiwan to personally kick Asus's ass.
Sandy Bridge 2500k @ 4.5ghz 1.28v | MSI p67a-gd65 B3 Mobo | Samsung ddr3 8gb |
Swiftech apogee drive II | Coolgate 120| GTX660ti w/heat killer gpu x| Seasonic x650 PSU
QX9650 @ 4ghz | P5K-E/WIFI-AP Mobo | Hyperx ddr2 1066 4gb | EVGA GTX560ti 448 core FTW @ 900mhz | OCZ 700w Modular PSU |
DD MC-TDX CPU block | DD Maze5 GPU block | Black Ice Xtreme II 240 Rad | Laing D5 Pump
Posting Permissions
Reply With Quote
Bookmarks