Key benefits Expands storage by enabling HDD integration into PCIe slots on select 20132017 PCIe convert cards, allowing HDDs to be used in PCIe 1x or 4x slots across 10+ system models (A1493/A1502/A1465/A1466). Improves compatibility and reliability by pairing with 12+16 pin HDD interfaces and verifying motherboard support with Z97 or newer, helping to ensure stable throughput. A practical upgrade for enthusiasts to repurpose existing HDDs or to expand storage on compatible Z97+ motherboards without requiring hardware modifications. Includes a standard PCIe back bracket and 12+16 pin interfaces; delivers singlelane PCIe speeds up to 5 Gbps while keeping installation simple. Compatibility and supported models Supports 20132017 PCI Express Convert Card configurations for 10+ system models, including A1493, A1502, A1465, and A1466. Compatible with PCIe slots 1x and 4x and with 12+16 pin HDD interfaces on compatible motherboards, verified for use with Z97 or newer chipsets. What's included and interface details Standard PCIe back bracket for compatibility with typical PC cases. 12+16 pin HDD interface compatibility to connect supported HDDs. Delivers singlelane PCIe performance up to 5 Gbps, balancing performance with a simple installation. Performance and reliability Designed to provide stable throughput when paired with appropriate HDDs on compatible motherboards. Keeps a straightforward setup while enabling HDDbased storage expansion without altering existing system hardware. Use scenarios DVR or media library expansion: Install spare HDDs into a legacy or compact PC that uses PCIe 1x or 4x slots, expanding local storage for large media libraries without motherboard changes. Retro system modernization: Upgrade an older Z97+ motherboard by repurposing existing HDDs to create additional storage space for applications, games, or data without drives. Small workstation or home NASstyle setup: Use HDDs with compatible PCIe adapters to add bulk storage to a compact workstation or home server on a Z97+ platform, achieving increased capacity with minimal wiring and hardware changes.