Prime is fine in terms of temps even at 1.4. I tested a while. But its not a use for end users so I test with real bench, games and VGA benches to check performance on real world apps.
Yeah I know. Just meaning to establish / know for sure that top end outer bracket of the power envelope would be. And to be sure that the cooling is always enough to keep. i.e. that level which cannot ever be exceeded by the CPU because it physically isn't able to go above.
For comparison (when I did that exact same test on an i5):
My i5-6600K, with inadequate cooling and cheap regular paste. It gets up to a consistent 119.75 watts, and 100^C on that specific test. So unlike the i3, not thermally balanced / stable. (Although to be fair i didn't permit it the CPU fan to go any higher than 857 rpm.)
I suppose you're right it doesn't really matter much because the system will never be used that way in real life.
The regular 'full load' testing TDP (various other benchmarks) all get that same i5 chip either 55 watts or 77 watts TDP. And 70^C temps. So it should always be less for the i3-6100 (having fewer cores). Despite similar single-threaded performance.
Kindda makes we want to get rid of the i5 now (sell it). But then again I've no graphics card yet. So couldn't OC it until Pascal / Arctic Islands comes out.