WHAT THE ......!!!!!!

[Pelu]

lol my processor stock speed is 2200 with 1.25 voltage...

I OC it up to 2475... and it got unstable... i reduce the NB,, HT,,, Memory... to make sure non of those bother me... for now...

but i raise the voltage to 1.2625 to see if it works... only .01 power up... and the computer refuse to boot... i guess this processor is not so much of an overclocker...

maybe i should get a phenom II... i hear they are getting slightly better this time...

 

[RallyMaster]

Uhhh....what processor?

 

[LOUISSSSS]

i have no idea what you just said.. please be more clear so we can at least try to help you

 

[richierich1212]

lol

 

[Pelu]

9500 crapnom...

by the way I installed other tool and this one show 1.3110 voltge at 2398 speed lol...

 

[Pelu]

was thinking on pushing all the way 1.5 volt.. and see how much overclock i can get from the processor... i feel like having fun with the phenom I before getting the phenom II for this board...

one other thing... the phenom II for a ddr3 board isthe same for the ddr2 board.. i mean is the AM3 processor physically fittable in a AM2+ or there is a crappy version for AM2+

 

[cusideabelincoln]

Don't expect a Phenom 9500 to overclock well.

And yes, AM3 processors will fit in an AM2+ board.

 

[RallyMaster]

Phenoms suck.

/thread

 

[Idontcare]

Originally posted by: RallyMaster
Phenoms suck.

/thread

Relative to what?

Being a non-mechanical device it would be impressive if phenoms were actually capable of creating an atmospheric pressure change that resulted in a net flux of gas molecules in the direction of the processor.

In a heated environment, typically the induced pressure gradient results in precisely the opposite effect (hot air expands).

 

[heyheybooboo]

2200MHz to 2475MHz is probably not a bad OC for a Phenom 9500.

For $100 that's not such a bad deal - make a really cheap encoding rig ...

 

[Kraeoss]

Originally posted by: Idontcare

Originally posted by: RallyMaster
Phenoms suck.

/thread

Relative to what?

Being a non-mechanical device it would be impressive if phenoms were actually capable of creating an atmospheric pressure change that resulted in a net flux of gas molecules in the direction of the processor.

In a heated environment, typically the induced pressure gradient results in precisely the opposite effect (hot air expands).

bwahahaha rofl almost fell over laughing here....

 

[Rubycon]

Originally posted by: Idontcare

Being a non-mechanical device it would be impressive if phenoms were actually capable of creating an atmospheric pressure change that resulted in a net flux of gas molecules in the direction of the processor.

In a heated environment, typically the induced pressure gradient results in precisely the opposite effect (hot air expands).

Actually any processor will do this with a heatpipe cooler. You just have to be really small to fit inside a heat pipe to feel it.

 

[Idontcare]

Originally posted by: Rubycon

Originally posted by: Idontcare

Being a non-mechanical device it would be impressive if phenoms were actually capable of creating an atmospheric pressure change that resulted in a net flux of gas molecules in the direction of the processor.

In a heated environment, typically the induced pressure gradient results in precisely the opposite effect (hot air expands).

Actually any processor will do this with a heatpipe cooler. You just have to be really small to fit inside a heat pipe to feel it.

http://en.wikipedia.org/wiki/F...eat_Pipe_Mechanism.png

The pressure gradient definitely favor the CPU as being the high-pressure side, even in a heatpipe. That's actually how heat transfer works in convection systems, the molecules that are "hot" diffuse more quickly (standard gas law stuff) resulting in a net flux to whatever regions are cooler (lower pressure). I'm quite positive you knew this though, so maybe you are just playing with me

 

[RallyMaster]

Originally posted by: Idontcare

Originally posted by: RallyMaster
Phenoms suck.

/thread

Relative to what?

Being a non-mechanical device it would be impressive if phenoms were actually capable of creating an atmospheric pressure change that resulted in a net flux of gas molecules in the direction of the processor.

In a heated environment, typically the induced pressure gradient results in precisely the opposite effect (hot air expands).

I lol'd

 

[formulav8]

Originally posted by: Idontcare

Originally posted by: RallyMaster
Phenoms suck.

/thread

Relative to what?

Being a non-mechanical device it would be impressive if phenoms were actually capable of creating an atmospheric pressure change that resulted in a net flux of gas molecules in the direction of the processor.

In a heated environment, typically the induced pressure gradient results in precisely the opposite effect (hot air expands).

:laugh:

 

[Pelu]

hey guys is the board the one getting the heat... in asus probe is the MB meter in red... starange but it is... i open the case and leave it open and test with one fan in the NB heating and then switch the only little fan i have to the SB and nothing!!!! still getting the hot results... processor is 103 with the OC by the way...

Note: the processor was for around for a bit more than 200 bucks so long ago... and i mean long ago.. when the B2 stepping hit the shelves I think it was in the end of 2007, hm this processor is more than one year old lol!!!!! I want phenom II but with this mobo issue.... i am no longer sure...

 

[Pelu]

ok i think this sensor is bug!!!!, i remove the cover of the case... change the thermal compound of the NB and add a fan to it.. and return to stock speed and the red heat issue still there 125... more than the processor LOL!!!!

 

[Pelu]

http://i122.photobucket.com/al...elagato/Misc/temps.jpg

temps...

I think something in the last BIOS update mess up the sensor reading... because i touch with my finger tip the NB heatsink with the computer on... and i dont feel a heat like 134 F lol... it feels like 100 or 105...

the one around the pci and pcie connectors is hotter because they dotn have a heatsink at all lol...

 

[Spicedaddy]

Originally posted by: Idontcare

Originally posted by: RallyMaster
Phenoms suck.

/thread

Relative to what?

Being a non-mechanical device it would be impressive if phenoms were actually capable of creating an atmospheric pressure change that resulted in a net flux of gas molecules in the direction of the processor.

In a heated environment, typically the induced pressure gradient results in precisely the opposite effect (hot air expands).

so they don't suck, they blow?

 

[cusideabelincoln]

LOL @ IDC. Brings me back to High School Physics classes.

 

[Idontcare]

Originally posted by: Spicedaddy

Originally posted by: Idontcare

Originally posted by: RallyMaster
Phenoms suck.

/thread

Relative to what?

Being a non-mechanical device it would be impressive if phenoms were actually capable of creating an atmospheric pressure change that resulted in a net flux of gas molecules in the direction of the processor.

In a heated environment, typically the induced pressure gradient results in precisely the opposite effect (hot air expands).

so they don't suck, they blow?

And they do it for cheap too

 

[yh125d]

Phenoms slowly heat until they go *pop* and the immediate cooling of the chip and by association the nearby air causes a small scale vacuum, causing a "sucking" effect

 

[Denithor]

Originally posted by: Rubycon
Actually any processor will do this with a heatpipe cooler. You just have to be really small to fit inside a heat pipe to feel it.

You want me to stick what where?