Memory Sub-System Quick Boot Core for Faster Initialization

The patent divides the boot process into two independent segments: a first boot process handling basic system initialization and a second boot process handling advanced initialization tasks. These segments are executed in parallel on different CPU cores, allowing the system to maintain reliability through proper initialization while reducing boot response time by eliminating sequential execution constraints.

The first boot process performs preliminary initialization actions (basic system setup) before the second boot process begins its advanced initialization tasks. This preliminary action enables critical system functions to be available earlier, reducing overall boot response time while maintaining proper initialization sequences through coordinated execution.

The patent segments boot tasks into two distinct sets: basic initialization tasks executed by a first CPU core and advanced initialization tasks executed by a second CPU core. This segmentation increases productivity by enabling parallel execution while keeping device complexity manageable through a straightforward multi-core architecture that follows conventional processing approaches.

The system dynamically allocates different boot task sets to different CPU cores based on task priority and dependency requirements. This dynamic approach optimizes boot task execution speed by allowing concurrent processing of independent tasks while maintaining the ability to handle complex initialization sequences through coordinated inter-core communication.