![]() Intel 10-15☌ above ambient is normal, with 10-15☌ spikes. The resultant spike is considerably higher than the 3 or so services starting on Intel, only the highest of which is generally reported. The spikes will be from one or several services starting simultaneously, on that single core. ![]() This being a considerable amount of load higher than any single Intel core, so consequently will run at higher baseline temps. So the entire 5-6% load will be on a single preferred core. With Ryzen at idle, all cores except 1 are disabled, inactive. Any peaks will be due to the starting of services on any given core, which still isn't much of anything but a small, momentary load. Meaning any individual core sees extremely little load, and has little consequential temps. So the entire 5-6% load gets split over 6 cores or so. Ryzens don't work the same way or respond the same way.Īt idle, an Intel will chop voltages and speeds to all cores, but all cores remain active. ![]() You came from Intel- throw all assumptions out the window. First off I'll explain the behavior of Ryzens. ![]()
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