But really, it is common sense that if you overclock that you at the very least account for sufficient airflow blowing over that VRM area. Ergo the dynamic would look different with say liquid cooling. I do need to mention that the stock cooler is blowing air over this area. We did see one hotter spot, that that was an IC located at M6. M1 is the VRM heatsink under it, the MOSFETs, M1 and the rest are the solid chokes and capacitors. There's nothing worrying to see here.Ībove a thermal image of the VRM Area and corresponding temperatures - this is under full CPU load and measured after 5 minutes in overclocked conditions. M5 is the VRM heatsink under it, the MOSFETs, M2/M3 are the solid chokes and capacitors.
Overclocked processor at 4200 MHz All cores and ~1.44 VoltsĪbove a thermal image of the VRM Area and corresponding temperatures - this is under full CPU load and measured after 5 minutes in default conditions.This way you can detect hot-spots and/or worrying stuff. but the best way really is to look at the VRM area with a thermal camera. We could hook into sensors and start measuring. Lately it has been requested if we could list VRM temperatures.
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