cfisherrktk
Distinguished
My facts are straight.
http/download.intel.com/design/processor/datashts/31559202.pdf
If you get the extreme QX6700 and push the voltage up to 130watts, you can get a max temp of 64.5 degres Celcius.
The Core2Duo mobile technical sheets have them at 100 degrees Celcius..
Just look through the data sheets published by Intel.... all the information you need to know is in those pdf's and there are a ton of them.
edit: Just to head it off... The maxium temps are recommendations. Like clock timings, some can take more heat, some can't before going terminal. But you won't know your cpu's absolute maximum until you fry it because to exceed those rated temps, you'll have to by pass the protection programming that would of otherwise shut you down.
My original point was that the mobile processors are more capable of dealing with heat (a big problem in notebooks) than desktop cpu's. It can be done, but I'd rather have the elaborate cooling and the mobile cpu.
http/download.intel.com/design/processor/datashts/31559202.pdf
If you get the extreme QX6700 and push the voltage up to 130watts, you can get a max temp of 64.5 degres Celcius.
The Core2Duo mobile technical sheets have them at 100 degrees Celcius..
Just look through the data sheets published by Intel.... all the information you need to know is in those pdf's and there are a ton of them.
edit: Just to head it off... The maxium temps are recommendations. Like clock timings, some can take more heat, some can't before going terminal. But you won't know your cpu's absolute maximum until you fry it because to exceed those rated temps, you'll have to by pass the protection programming that would of otherwise shut you down.
My original point was that the mobile processors are more capable of dealing with heat (a big problem in notebooks) than desktop cpu's. It can be done, but I'd rather have the elaborate cooling and the mobile cpu.