Gigabyte EP45-UD3P - out of the box and almost auto setting -> boot @ 620FSB easy.
The Bios
Overclocking
Pi + Everest
Vddr @ 2,25v - single channel -> 643FSB
Vddr @ 2,45v - dual channel CAS5 -> 652FSB ^^
[BVddr @ 2,45v - dual channel CAS4[/b]
MB- Gigabyte EP45-UD3P - F4
CPU- E8600
CPU Cooler- Gigabyte G-Power II Pro
RAM- Team Group 1066
VGA- Force3d HD4670
PSU- Giga-EZ 1000w
HD- Hitachi 40gb 7200
SO- Win XP Pro SP2
Room temp- 25c
You got guts, When I booted into windows at 500 FSB and looked at easytune and saw what the voltages they set me at I was too uncomfortable to keep using auto. Those are some very nice clocks though! Maybe I will have a few shots later tonight and then go for it LOL
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E8400 @ 4.2 Ghz (525x8)
Gigabyte EP45-UD3P
Corsair Dominator 4GB (2 x 2GB) PC2 8500 2.1V
PowerColor 4870x2
150GB Western Digital Raptor
500GB Western Digital 5000AAKS
Westinghouse LVM-37w3 1080p Monitor
Vista64
Cooling: CPU-OCZ Vendetta2+Scythe S-FLEX SFF21F 120mm, Silverstone TJ09 case with 4 120mm yate loons.
Awesome effort there. Watch those auto volts they can crank it up as you can see the CPU VID:1.25 but CPU-z shows 1.408v. Have a look in EasyTune6 to what the rest of the volts are doing. Manual control is a bit better so you now where everything is.
I must point out that setting the bios options to "Auto" in bios does NOT set the voltages to standard settings, Auto will INCREASE the voltages...sometimes by a very large margin and dangerous levels. MCH and CPU PLL voltages WILL be raised, this can be tested and verified by Everest and other programs. The only way to ensure standard/default voltages is to set ALL voltages options to "Normal" or set items manually. I'm an EP45-DQ6 user with F12 bios and this board uses very similiar bios.
I must point out that setting the bios options to "Auto" in bios does NOT set the voltages to standard settings, Auto will INCREASE the voltages...sometimes by a very large margin and dangerous levels. MCH and CPU PLL voltages WILL be raised, this can be tested and verified by Everest and other programs. The only way to ensure standard/default voltages is to set ALL voltages options to "Normal" or set items manually. I'm an EP45-DQ6 user with F12 bios and this board uses very similiar bios.
So what is "dangerous levels" 4 a 45nm quad and only benchies
I must point out that setting the bios options to "Auto" in bios does NOT set the voltages to standard settings, Auto will INCREASE the voltages...sometimes by a very large margin and dangerous levels. MCH and CPU PLL voltages WILL be raised, this can be tested and verified by Everest and other programs. The only way to ensure standard/default voltages is to set ALL voltages options to "Normal" or set items manually. I'm an EP45-DQ6 user with F12 bios and this board uses very similiar bios.
i agree ,never use auto when you are going to overclocking the system, not for 24/7.
anyway mine needs some serious voltage to ran 600+
Quote:
So what is "dangerous levels" 4 a 45nm quad and only benchies
well ,the board is dead ,I figure something fried and one of the mosfet is toast.
All i know is that when I was runnin the prime95 at 4500MHz(10x450) @ 1,35v (PLL,vMCH,Termination @ minimum)and the systems crashed ,not booting after shutdown .
the E8600 is dead also .....
pics later
well ,the board is dead ,I figure something fried and one of the mosfet is toast.
All i know is that when I was runnin the prime95 at 4500MHz(10x450) @ 1,35v (PLL,vMCH,Termination @ minimum)and the systems crashed ,not booting after shutdown .
the E8600 is dead also .....
pics later
yeah doesnt sound very good
i am going to go buy a cheaper chip and shove it in for torture if the board is still alive....no sure to see if the second one dies as well