Abstract: An apparatus includes multiple core devices, each core device configured to operate at multiple voltage levels. The apparatus also includes a power management integrated circuit (PMIC) comprising multiple power supplies, each power supply corresponding to one of the voltage levels. A first of the power supplies corresponds to a first voltage level selectively coupled to a first of the core devices configured to operate at the first voltage level. A second power supply of the power supplies corresponds to a second voltage level selectively coupled to the first of the core devices configured to operate at the second voltage level.

Abstract: In a power supply circuit, such as a switched-mode power supply circuit, the rate at which a capacitor is charged during a charging mode depends on inductance of the power supply circuit, which may be selected for efficiency to support a particular power consumption rate. An exemplary power supply circuit includes a power management circuit to control dynamic selection of a first operation mode employing a first inductor having a first inductance for power efficiency at a first power supply rate and a second operation mode employing a second inductor for power efficiency at a second power supply rate. In some examples, the power management circuit couples the second inductor in parallel with the first inductor to provide a second inductance in the second operation mode.

Abstract: Certain aspects of the present disclosure are directed towards methods and apparatus for power generation. An example method generally includes: determining at least one multiplexer configuration of one or more multiplexers to direct current from at least one of a plurality of power supply phase circuits to at least one of a plurality of voltage rails, wherein a first operating region of each of the plurality of power supply phase circuits is identified based on a power efficiency of each of the plurality of power supply phase circuits, and wherein the at least one multiplexer configuration is determined based on the first operating region; and controlling the one or more multiplexers based on the at least one multiplexer configuration.

Abstract: An apparatus has a power management integrated circuit (PMIC) comprising a number of power supplies. The apparatus also has a power multiplexor coupled to each of the power supplies. The apparatus still further has a number of core devices. At least one of the core devices is coupled to the power multiplexor to receive power from at least one of the power supplies. The apparatus has a machine learning model configured to control selection of the power supply (ies) based on current utilization of each of the power supplies, and an amount of current consumed by the core device(s).

Abstract: An apparatus includes multiple core devices, each core device configured to operate at multiple voltage levels. The apparatus also includes a power management integrated circuit (PMIC) comprising multiple power supplies, each power supply corresponding to one of the voltage levels. A first of the power supplies corresponds to a first voltage level selectively coupled to a first of the core devices configured to operate at the first voltage level. A second power supply of the power supplies corresponds to a second voltage level selectively coupled to the first of the core devices configured to operate at the second voltage level.

Abstract: An apparatus has a power management integrated circuit (PMIC) comprising a number of power supplies. The apparatus also has a power multiplexor coupled to each of the power supplies. The apparatus still further has a number of core devices. At least one of the core devices is coupled to the power multiplexor to receive power from at least one of the power supplies. The apparatus has a machine learning model configured to control selection of the power supply (ies) based on current utilization of each of the power supplies, and an amount of current consumed by the core device(s).