GC_PaNzerFIN wrote:
Bertster7 wrote:
GC_PaNzerFIN wrote:
then you agree 1.5V and 67c is not likely to break it for years?
For an E2160? It's not likely too, but might. It'd be at the absolute upper limit for tolerances - which isn't a good idea unless you have a tightly controlled environment so fluctuating ambient temps are not an issue.
For the majority of C2D CPUs it is likely to.
you mean the older E6xxx series? I never said 70c is good for them. Like even Intel says, 61c is the limit for them. Just these E2180 and newer C2Ds.
You, perhaps not. But lots of people in this thread have. You've also been quite ambiguous with sweeping references to C2D.
(Look at the point in the thread that I started posting that these temps were too hot and look at the temps people have been posting for their overclocks - not very sensible if you ask me)
GC_PaNzerFIN wrote:
and yeah of course even room temp will eventually kill any pice of silicon when time goes on. And there are always some manufacturing errors taht migh kill your cpu even at stock. You never know...
You never know. That's the whole issue. Anything that increases strain on the CPU is bad. Temps beyond a certain point DO put added strain on the transistor gates which means they are more likely to fail. Anything that increases the chance of your CPU randomly failing should be avoided. That's why I consider 70C to be too hot. Intel base the clocks they restrict CPUs to on probability calculations. There is a margin of error included in these and Intel clocks the CPUs to the bottom end of this margin of error (sometimes even lower). Responsible long-term overclocking should not exceed the other end of the margin of error.
Last edited by Bertster7 (2008-05-04 07:39:03)