Abstract: Methods, apparatus, systems and articles of manufacture (e.g., physical storage media) to utilize non-volatile random access memory for information storage in response to error conditions are disclosed. Example methods disclosed herein include accessing, with a power control unit associated with a processor, first information describing available capacities of respective reserved regions of a plurality of non-volatile memory modules, the respective reserved regions of the non-volatile memory modules being separate from respective host-visible regions of the non-volatile memory modules. Disclosed example methods also include configuring, with the power control unit, an information storage architecture based on the first information. Disclosed example methods further include storing, with the power control unit, second information in one or more of the respective reserved regions of the non-volatile memory modules in accordance with the information storage architecture.

Abstract: Methods, apparatus, systems and articles of manufacture (e.g., physical storage media) to utilize non-volatile random access memory for information storage in response to error conditions are disclosed. Example methods disclosed herein include accessing, with a power control unit associated with a processor, first information describing available capacities of respective reserved regions of a plurality of non-volatile memory modules, the respective reserved regions of the non-volatile memory modules being separate from respective host-visible regions of the non-volatile memory modules. Disclosed example methods also include configuring, with the power control unit, an information storage architecture based on the first information. Disclosed example methods further include storing, with the power control unit, second information in one or more of the respective reserved regions of the non-volatile memory modules in accordance with the information storage architecture.

Abstract: An apparatus, method and system is described herein for dynamic power control of a power domain. A power limit over a time window is provided. And over a control loop period a power interface determines energy consumption of the power domain, intelligently budgets power among devices within the power domain based on the energy consumption, converts those budgets to performance maximums for the power domain, and limits performance of devices in the power domain to the performance maximums utilizing a running average power limit.

Abstract: An apparatus, method and system is described herein for dynamic power control of a power domain. A power limit over a time window is provided. And over a control loop period a power interface determines energy consumption of the power domain, intelligently budgets power among devices within the power domain based on the energy consumption, converts those budgets to performance maximums for the power domain, and limits performance of devices in the power domain to the performance maximums utilizing a running average power limit.