SSD Interface Self-Configuration for Multi-Protocol Chassis Support

The patent implements dynamic protocol classification by enabling storage devices to determine their protocol type at runtime based on the host chassis environment rather than fixed manufacturing classification. The device dynamically adjusts its protocol configuration by reading Vital Product Data from the chassis and self-configuring accordingly, transforming a static device into an adaptive one that maintains reliability while gaining versatility.

The patent changes the protocol classification parameter from a fixed manufacturing attribute to a dynamic runtime parameter. The storage device reads chassis-specific parameters (Vital Product Data) and changes its protocol configuration parameter accordingly, allowing the same physical device to operate in different protocol modes (SAS, SATA, NVMe) based on the host environment without compromising reliability.

The patent applies preliminary action by having storage devices perform self-discovery and self-configuration before the host operating system needs to enumerate them. The device proactively determines its protocol classification by reading chassis Vital Product Data and configures itself accordingly, so that when the host OS performs enumeration, the device is already discovered and configured, dramatically reducing enumeration time while maintaining discovery accuracy.

The storage device performs self-service by autonomously determining its protocol type and configuring itself without requiring host OS intervention for discovery. The device reads the chassis environment, determines compatibility, and self-configures its protocol stack, eliminating the time-consuming host-side bus enumeration process while ensuring accurate device discovery.

The patent extracts the protocol determination logic from the host operating system and places it in the storage device itself. The device independently determines its protocol type by reading chassis Vital Product Data and configures itself accordingly, removing the burden of multi-protocol management from the host OS. This reduces host system complexity while maintaining multi-protocol adaptability through the device's own intelligence.

The patent introduces Vital Product Data as an intermediary that enables protocol compatibility determination without requiring complex host-side analysis. The device reads this standardized chassis information and uses it to determine the appropriate protocol, providing a simple mediation mechanism that achieves multi-protocol support without increasing operating system complexity.