摘要:
Power consumption may be reduced by imbalancing the loads handled by interchangeable components. Interchangeable components, such as memory devices, processors, servers, or other entities, may be imbalanced to reduce power consumption as circumstances allow. As a result, interchangeable components that are used to implement effectively the same function may be powered down or hot-removed and their duties transferred to other components. As a result, the deactivated component may be powered down to a reduced power consumption state, thereby reducing the overall power consumption of the system.
摘要:
Methods and apparatus to provide dual-mode drivers in a processor system are disclosed. An example method disclosed herein comprises including operating system (OS) agnostic mode services that are available during an OS agnostic mode to allow a single set of drivers to be used during boot mode and the OS agnostic mode. The example method further comprises including a dual-mode library that is capable of determining the current operating mode of the processor system and binding the drivers to available services accordingly.
摘要:
Reducing memory fragmentation. Memory is allocated during a preboot phase of a computer system, wherein the memory is allocated based on a plurality of memory types. Fragmentation of memory is determined, wherein a fragment includes a contiguous block of memory of the same type. At least a portion of memory allocated to a firmware module is coalesced based on the plurality of memory types if the fragmentation is greater than a threshold. An operating system is booted by the computer system.
摘要:
BIOS framework for accommodating multiple service processors on a single server to facilitate distributed/scalable server management. During a pre-boot phase for a server, information is collected pertaining to service capabilities supported by each of a plurality of service processors used to service server management requests for a server, wherein the services supported by each service processor are performed via execution of service code associated with that service processor. The service capabilities are aggregated across all of the service processors, and a corresponding unified presentation of service capabilities is provided to a service consumer. End-users are enabled to provide preferences that define a usage order for like services hosted by different service processors within the same system. The BIOS framework can detect the addition or removal of hot-swap cards hosting one or more service processors and associated service code, and update the unified presentation of service capabilities to reflect new added service capabilities or remove previously existing service capabilities.