![]() It's not really needed, though, as the breakpoints for the ramp up seems to work well enough. I also use a long delay before ramping fan speed back down to keep them from pulsing. ![]() Those temperature break points seem to work pretty well for my 3700X with a 240mm AIO cooler. At about 90C it's getting really, really annoying but I also have an 85C platform thermal limit that would kick in so it never gets there. I set my fans to a constant RPM that's barely audible up to about 65 or 70C then gradually raise fan speed to be annoyingly loud only around 80C. ![]() Instead set a custom fan curve that ignores the spikes as much as you can, then raise it up only as the CPU starts really working hard with many cores staying boosted almost constantly. Turning up the fans is like trying to put out the match by turning the AC cooler in the room. You can't do anything about the temperature for those temp spikes when a single core is boosting at idle, it's just the way it is. One match goes out and another lights, one after another, constantly, but the room still doesn't get hot. It’s available for free for less than 100 sensors. That's the temperature in one tiny part of one core during the boost so it's exactly like the temperature of a match in a room: the match is hot, but the room isn't. PRTG Network Monitor is ideal for organizations looking for a premium hardware monitoring solution with competitive scalable pricing options. There are dozens of temp sensors all over the CPU dies, it reports out the hottest temperature sensor at that moment. Ryzen constantly boosts a single core from idle to a high clock to quickly process a task and put the core back to sleep. Click to expand.The temperature is normal. ![]()
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