Data Write Control Device for NCQ FUA Command Batch Processing

The patent combines multiple FUA commands into a single batch operation. Instead of processing each FUA command separately (which guarantees data integrity but reduces performance), the system merges multiple FUA commands into one batch write operation that maintains data integrity while improving throughput by reducing the number of individual write cycles to nonvolatile memory.

The patent performs preliminary actions by accumulating FUA commands in a buffer before executing them. The controller collects multiple FUA commands in the buffer memory before initiating the actual write operation to nonvolatile memory, allowing batch processing that improves performance while maintaining the guaranteed write integrity through proper buffer management and completion tracking.

The patent merges multiple FUA command executions into a single batch write operation. By combining several individual write operations into one consolidated write to nonvolatile memory, the system reduces the total execution time while maintaining the guarantee that all data is written, as the buffer management ensures all accumulated commands are flushed to storage.

The patent maintains continuous useful action by keeping the buffer filled with FUA commands and continuously processing them in batches. Rather than completing one FUA command and waiting before starting the next, the system continuously accumulates commands in the buffer and processes them in efficient batches, eliminating idle time and reducing overall execution time while maintaining data integrity.

The patent merges multiple individual command processing cycles into a single batch processing operation. The controller manages a buffer that accumulates FUA commands and then processes them together in one operation, reducing the duration the system remains in a busy state compared to handling each command individually, while the buffer management mechanism maintains appropriate control complexity.

The patent performs preliminary accumulation of FUA commands in the buffer before executing the write operation. This preliminary action allows the system to prepare multiple commands for processing without immediately entering the busy write state, thereby reducing the overall duration of the busy state while maintaining manageable control complexity through structured buffer management.