3 ms·
Saw some test results on Chinese website claiming that once fully loaded the temp can jump to 100+ degrees when running at stock frequency without any form of o
by dis-sys 9y ago
Saw some test results on Chinese website claiming that once fully loaded the temp can jump to 100+ degrees when running at stock frequency without any form of overclocking.
It that true?
http://img1.mydrivers.com/img/20170620/0ff9382549894c64a9989e9d578c3e7e.jpg http://img1.mydrivers.com/img/20170620/0ff9382549894c64a9989...
- en4bz 9y agoThese are the first Intel HEDT chips to not have a soldered heat-spreader. Instead they are using thermal paste between the chip and the heat-spreader. This is generally accepted to be bad practice since they use cheap paste and it's dependent on how the paste was spread on each chip. I also believe that Intel has basically said water cooling is a must for these chips.
- dis-sys 9y agowill be interesting to see whether they still have room for overclocking or Intel has already done so. ;)
- dom0 9y agoWell anandtech already found that water cooling is simply insufficient to cool these for overclocking. You need an active thermal sink AKA a compressor cooler, and then you're still limited by the TIM-gunk; heat-spreader at 25 °C, core at 100 °C. I suppose for the next generation Intel will announce that liquid nitrogen is basically required.
- TomMarius 9y agoUsage of liquid nitrogen would put us just a few steps away from achieving superconductivity... Thanks Intel, I guess?