Remote Multi-Mode DIMM Configuration via Baseboard Management Controller

The patent introduces a Baseboard Management Controller (BMC) as an intermediary device between administrators and multi-mode DIMMs. The BMC provides a simplified interface for configuration commands, automatically handling the complex interaction with the DIMMs' controllers. This mediator approach allows accurate configuration without exposing the user to the underlying complexity of direct DIMM communication protocols.

The patent replaces manual mechanical configuration methods with automated firmware-based command execution. Configuration commands are stored in firmware and executed automatically during system initialization, eliminating the need for manual intervention in the complex configuration process while maintaining high accuracy through automated validation and execution mechanisms.

The patent implements preliminary action by pre-storing configuration commands in the BMC firmware before they are needed. When a configuration operation is required, the BMC retrieves the pre-stored command and executes it during the next system initialization sequence. This eliminates the need for multiple sequential reboots, as all necessary commands are prepared in advance and executed in a single initialization cycle.

The patent ensures continuity of useful action by maintaining the configuration command execution process across system reboots. The BMC continuously monitors and manages the configuration state, ensuring that commands are executed reliably without interrupting the overall system operation. The system maintains configuration persistence and continues operational tasks without requiring complete system shutdowns for each configuration change.

The BMC serves as a mandatory intermediary between remote configuration requests and DIMM configuration execution. All remote configuration commands must pass through the BMC, which validates authentication, authorizes the configuration changes, and manages the execution process. This intermediary role maintains security and control while enabling remote configuration capability, preventing direct unauthorized access to DIMM configuration functions.

The patent implements feedback mechanisms where the BMC continuously monitors configuration execution status and provides feedback to both the administrator and the DIMM controllers. This feedback loop ensures that configuration commands are executed correctly, allows for real-time validation of configuration changes, and maintains security by verifying that only authorized changes are applied to the DIMMs.

The patent merges multiple configuration commands into a single execution cycle by leveraging the firmware's ability to process multiple commands during one initialization sequence. The BMC bundles related configuration operations and executes them together in a coordinated manner, reducing the total time required compared to sequential execution while maintaining operational simplicity through a unified command interface.

The patent applies preliminary action by pre-preparing and ordering multiple configuration commands to be executed in an optimized sequence during system initialization. The BMC analyzes the configuration requirements and arranges commands to maximize execution efficiency, executing multiple operations in a coordinated fashion rather than sequentially, thereby reducing total configuration time while maintaining simplicity.