Storage Device Firmware Update Chunk Verification

The patent performs verification actions in advance during the firmware image reception process. Instead of waiting to receive the entire firmware image before verification, the system verifies each chunk immediately after it is received, performing the verification action preliminarily rather than deferred until completion.

The patent divides the firmware image into multiple chunks and processes each chunk independently. The verification operation is segmented to work on individual chunks rather than the complete firmware image at once, allowing parallel or sequential verification without waiting for full image reception.

The firmware image is divided into multiple manageable chunks, each with its own verification process. This segmentation allows the system to process and verify smaller units independently, reducing the time burden of verification while the modular structure manages complexity through repetition of simple verification cycles.

The patent introduces a buffer as an intermediary component that temporarily stores firmware chunks during reception and verification. This buffer acts as a mediator between the reception process and the verification process, allowing independent operation of these functions without direct coupling, thus managing process complexity.

The verification operation is performed preliminarily on each firmware chunk as it arrives, rather than waiting until all chunks are received. This preliminary verification approach maintains comprehensive checking while significantly improving time efficiency by overlapping verification with the reception process.

The patent maintains continuous useful action by performing verification operations continuously as firmware chunks are received, rather than pausing reception to perform verification afterward. This continuous verification process eliminates idle time and keeps the system productive throughout the entire firmware update operation.