Your HWinfo64 readings are in alignment with this. Here is a quote from another user (a veteran overclocker) with the same motherboard and CPU configuration '1.55 tops for the 4.35ghz xfr boost. While 1.525v on the core is a lot and over specification it is normal, in fact there are many on that report the same behavior (on the same motherboard and other brands). So you are seeing different boosts/vcore on different workloads when temps and power usage allows (temp and voltage headroom).

What you are experiencing is XFR, when this happens the motherboard is ensuring stability on weakest cores when they boost, the algorithm works based on temps and power usage. Most batteries have a constant voltage but their amplitude varies, and higher amperage batteries are more durable.In my opinion the CPU and motherboard are running as intended.Power supplies often have a label that indicates how many volts they have, but you can only get the amount of amps when you connect the power supply to a circuit.Volts and amps are connected by Ohm’s law.Volt is a unit that measures voltage while ampere is a unit for measuring current intensity.When looking at batteries used in most electronic devices, we usually find that batteries that are almost the same type have about the same voltage. But we also notice that there is another unit that is very different for each brand or type of battery mAH or milliampere hours. This quantity determines how much current can be drawn from the battery.įor example, a battery labeled 1600mAH can supply 1.6 amps per hour, or 0.8 amps for two hours, or 0.1 amps for 16 hours. We can easily conclude now that the higher current labels for the same device indicate that the device will last longer. If the voltages do not match, there is a high probability that the device will be damaged or even burn completely. Although you do not know how much current is drawn until you know the circuit connected to the source, such devices have a current intensity label, which is measured in amperes. This is because the production capacity of this device is not infinite and only a certain amount of current can be drawn from it.

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