Enhance your storage system connectivity with this high-performance 6 SATA to 6 SATA Data Cable, designed to connect SSD solid-state drives or SATA hard disks to a motherboard mini SAS HD internal interface. Featuring a consistent interface and secure buckle design, this cable ensures stable and reliable data transmission, making it an essential accessory for expanding and optimizing your computer’s storage capabilities. Key Features: · 6 SATA to 6 SATA Interface: Specifically designed to connect SATA hard drives or SSDs to mini SAS array cards, providing seamless compatibility and efficient data transfer. · High-Speed 6Gbps Transmission: Supports SATA 3.0 standard with a fast data transfer rate of up to 6Gbps per lane across 6 channels, significantly improving storage performance and system responsiveness. · Robust Shielding for Anti-Interference: Equipped with double-layer aluminum foil shielding to effectively reduce electromagnetic interference, ensuring stable signal integrity and enhanced transmission quality. · Durable Core Material: Constructed with high-quality tinned copper for excellent conductivity and durability, guaranteeing consistent performance over time. · SATA 7-Pin Hard Disk Interface: Features standard 7-pin SATA connectors with a precise plug orientation to prevent incorrect connections and ensure easy installation. · Strong Toughness and Easy Wiring: Designed for flexibility and strength, this cable is easy to route and manage within computer cases or storage enclosures. Specifications: · Item Type: Mini SAS Cable · Core Material: Tinned Copper · Model: 6 SATA to 6 SATA Straight Bend · Transmission Rate: 6Gbps/s · Interface Type: 6 SATA to 6 SATA Straight Bend · Shielding: Blue Aluminum Foil Shielding Package Includes: · 1 x 6 SATA to 6 SATA Data Cable This 6 SATA to 6 SATA Data Cable delivers high-speed, reliable connections for multi-channel removable hard drives or other SATA 7-pin devices, making it an ideal solution for professionals and enthusiasts seeking to enhance storage expandability and performance in their computer systems.