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#11
keep in mind the higher a constant temp you expose it to, the less it is likely to last as long. You don't really want to push those limits unless you just don't care and can replace the chip easily.
keep in mind the higher a constant temp you expose it to, the less it is likely to last as long. You don't really want to push those limits unless you just don't care and can replace the chip easily.
Keep the A/C on too and speed up your fans a bit if possible for you. Cooler is always desireable.
Is Intel still incorporating those nylon/plastic push-pins to secure the heatsink to the CPU on the 1155 socket motherboards? I don't trust them.
Although your temps are decent considering your overclock speed, I would consider getting one of the 3rd party heatsink/fan combinations that mounts with screws via a "X" bracket that is placed on the backside of the motherboard. It results in a more solid/tight contact between CPU & heatsink. I've had issues with the plastic/nylon pins weakening over time & my core temps began climbing. After installing the screw/bracket-type heatsink, my temps were even lower than before I started having the higher temp problems. - And they have stayed that way.
They do still use the push-pins. This, and the fact I have it overclocked, is exactly why I went with this CPU cooler.
Way to go, Sean! Intel makes great CPUs, but their heat sink mounting system could be improved.
And when the tCase temperature is mentioned, be sure to remember this isn't the core temp that all of the software applications are showing. Unfortunately, we as consumers, cannot actually monitor the tCase temp. Generally speaking, the core temps can go about 15-20 degrees over the tCase max before the tCase is reached. So, low to mid 60's on your chip is just fine as it's likely safe until 80-90.