Non-Volatile Memory Module Host Interface Setting Modification

The patent applies preliminary action by detecting the need to modify system settings during the boot-up process before the host system fully operates. The memory controller identifies modification requirements early in the initialization phase, reads system parameters from physical blocks, and completes setting changes before normal operation begins, thus maintaining stability while enabling flexibility.

The patent implements dynamics by transitioning the system settings from a static predetermined state to a dynamically adjustable state during boot-up. The memory controller dynamically detects modification needs, reads parameters from storage, and updates settings based on real-time conditions, allowing the system to adapt its transmission interface configuration before operational constraints are fully imposed.

The patent applies self-service by enabling the memory controller to autonomously detect the need for system setting modifications during boot-up and execute the modification process independently. The controller reads system parameters from the memory module's physical blocks, determines appropriate settings changes, and implements modifications without requiring external intervention or complex host system involvement, thus maintaining operational simplicity while enhancing adaptability.

The patent implements parameter changes by modifying transmission interface settings based on system parameters stored in the memory module. The memory controller reads these parameters during boot-up and adjusts transmission speed, voltage levels, or other interface parameters to match the specific transmission conditions, enabling the system to adapt to different operational environments without increasing structural complexity.