The i7-9700? The one that comes with it should work. You can't overclock it.
Stock aircoolers aren't adequate. Not for max or extreme. They'll handle nominal loads, around TDP, and keep temps @ 70's, but that's all.
What case will this be going into? Without that, or at least a case cpu cooler clearance height, it makes decisions kinda difficult. No point in suggesting coolers like the hyper212 at 159mm if the case only allows 152mm etc.
You could go for a really expensive cooler, but something like a deepcool gammaxx 400 would be good.
No. Your definition of 'full load' is squewed. I'd wager a bet that if you actually did use a 'full load' program like Prime95 small fft torture test, that Intel stock HSF will not keep temps anywhere close to 70°C on a cpu that can generate an easy 100w. More than likely you'd see the cpu backing down to below base clock speeds just to maintain temps in the 90's, which is extremely likely to be causing permanent damage if left running for any length of time, if the cpu itself doesn't decide its too harmful and shut down instantly.Why does everyone bash on stock HSF? They're engineered to handle the CPU they're paired with, and do a fine job of cooling for the most part. The only reason I would ever get anything else is purely aesthetics, or if I was going to OC. On my I7 4770, stock cooler keeps my cpu under 45 at idle, and under 70 under full load, turbo boosted to 3.9GHz.
Now I'm curious. I'll run the test, give me the parameters, unless I just run the prime95 test with default settings.No. Your definition of 'full load' is squewed. I'd wager a bet that if you actually did use a 'full load' program like Prime95 small fft torture test, that Intel stock HSF will not keep temps anywhere close to 70°C on a cpu that can generate an easy 100w. More than likely you'd see the cpu backing down to below base clock speeds just to maintain temps in the 90's, which is extremely likely to be causing permanent damage if left running for any length of time, if the cpu itself doesn't decide its too harmful and shut down instantly.
No. Your definition of 'full load' is squewed. I'd wager a bet that if you actually did use a 'full load' program like Prime95 small fft torture test, that Intel stock HSF will not keep temps anywhere close to 70°C on a cpu that can generate an easy 100w. More than likely you'd see the cpu backing down to below base clock speeds just to maintain temps in the 90's, which is extremely likely to be causing permanent damage if left running for any length of time, if the cpu itself doesn't decide its too harmful and shut down instantly.
Run prime 95 latest version small fft test. Monitor temps wuth hw monitor.
The i7-9700 under full load conditions is capable of @ 130w. For most budget coolers, that's 10ish watts under their rating. At full load conditions, you'll be into the 90°C range, throttle conditions.
Focusing on the new Intel CPUs we have tested, both of them go beyond the TDP value, but do not hit PL2. At this level, the CPU is running all cores and threads at the all-core turbo frequency. Both 168.48W for the i9-9900K and 124.27W for the i7=9700K is far and above that ‘TDP’ rating noted above.
https://www.anandtech.com/show/13400/intel-9th-gen-core-i9-9900k-i7-9700k-i5-9600k-review/21
With all-core locked and OC, the 9700k can top 200w, and the 9900k can hit 250w @ 5.1GHz
But you might be right about the i7 9700 as that's a little known 65w varient, so little I could find really nothing on it that's seen any review.
About the only thing I could find was the 9700 is a CoffeeLake cpu, not a refresh, and it's closest equivalent is the i7 8700, except it has 2x additional cores. Since the 65w 8700 can hit 113w, I'd not be surprised if the 9700 exceeded that, just with the 2 core extra and additional 100MHz on turbo.
Yes it is. They are now a sister site of Tom's hardware and the reviewer has a PhD in electrical engineering.this site reliable? because in other sites i see the power consumption 200w +
Yes it is. They are now a sister site of Tom's hardware and the reviewer has a PhD in electrical engineering.