- Joined
- Dec 19, 2012
Hi all,
I have been pondering for some time the effects of heat and overvolting on AMD chips. Have read various articles over the years on topics like electromigration, NBTI ( negative bias thermal instability) etc. But I'm looking for some real world input.
Any time I get a new chip I have to see just how much I can get out of it with the hardware I've chosen but in the end settle for a medium OC. I like to keep the volts down when possibe for 24/7 usage. As an example I've had a X2 3800+ @2.7 , an X4 9850 @ 2.8 and an X4 965 @ 3.8.
I have only ever toasted one chip it was an old thoroughbred and that was dumb luck. It got jostled around in a move and the H/S was knocked loose. It lasted about 3 seconds after I flipped the switch. Never forgot the smell.
I have noticed that some of the posters here will run high voltages day to day and I'm curious if anyone has ever had a chip just up and die after time because of that.
Any horror stories would be welcome as well.
I have been pondering for some time the effects of heat and overvolting on AMD chips. Have read various articles over the years on topics like electromigration, NBTI ( negative bias thermal instability) etc. But I'm looking for some real world input.
Any time I get a new chip I have to see just how much I can get out of it with the hardware I've chosen but in the end settle for a medium OC. I like to keep the volts down when possibe for 24/7 usage. As an example I've had a X2 3800+ @2.7 , an X4 9850 @ 2.8 and an X4 965 @ 3.8.
I have only ever toasted one chip it was an old thoroughbred and that was dumb luck. It got jostled around in a move and the H/S was knocked loose. It lasted about 3 seconds after I flipped the switch. Never forgot the smell.
I have noticed that some of the posters here will run high voltages day to day and I'm curious if anyone has ever had a chip just up and die after time because of that.
Any horror stories would be welcome as well.