Abstract: This application discloses example frequency control methods, frequency controllers, processors, and electronic devices. One example method includes obtaining at least two temperatures of a processor core, where each of the at least two temperatures corresponds to a frequency. A load change mode of the processor core is determined, where the load change mode indicates a change status of a load of the processor core. A target temperature is determined from the at least two temperatures of the processor core based on the load change mode. A frequency of the processor core is adjusted based on the target temperature.

Abstract: A power consumption adjustment method includes: adjusting, based on state information of a processing unit, a time parameter corresponding to a power limit, determining power consumption of the processing unit based on an adjusted time parameter, and adjusting a frequency and a voltage of the processing unit based on the power consumption and the power limit of the processing unit. The time parameter corresponding to the power limit may be used to represent a time point at which an overclocking adjustment is performed on the processing unit.

Abstract: This application discloses example frequency control methods, frequency controllers, processors, and electronic devices. One example method includes obtaining at least two temperatures of a processor core, where each of the at least two temperatures corresponds to a frequency. A load change mode of the processor core is determined, where the load change mode indicates a change status of a load of the processor core. A target temperature is determined from the at least two temperatures of the processor core based on the load change mode. A frequency of the processor core is adjusted based on the target temperature.