Memory Controller Command Suspension for Execution Delay Reduction

The system performs preliminary actions by checking for lock requests before executing commands. When a lock request is detected for a command handling large data, the system suspends that command's execution in advance, allowing smaller commands to be processed first. This preliminary suspension action prevents the time loss for smaller commands without disrupting the overall processing flow.

The system dynamically adjusts command execution order based on real-time lock request status. Instead of a fixed processing order, the memory controller continuously monitors for lock requests and dynamically suspends or aborts large data commands when needed. This dynamic adaptation allows the system to maintain high data processing efficiency for large commands while ensuring fast response times for smaller commands that may require suspension.

The system introduces lock requests as an intermediary mechanism between the host and command execution. Instead of implementing a complex priority queue or scheduling algorithm, the host can simply issue lock requests for specific commands. The memory controller acts as a mediator that interprets these lock requests and automatically suspends or aborts the targeted commands. This intermediary approach provides flexible priority control while keeping the overall system complexity low.