Mini SAS Cable 36P SFF-8087 to 4 SATA Server Data Cable High-Speed Computer Storage Connector Adapter

Enhance your data transfer capabilities with this high-performance G0101 Mini SAS Cable, designed to deliver fast and reliable connectivity for PCs and servers. Utilizing advanced Serial Attached SCSI (SAS) technology, this cable offers significant improvements in transmission speed and internal space optimization by shortening connection lines. Engineered as a next-generation interface succeeding parallel SCSI, it boosts the performance, availability, and expandability of your storage systems while maintaining compatibility with SATA hard drives. Key Features: · High-Speed Data Transmission: Supports 3Gbps per lane across four lanes, enabling a combined data transfer rate of up to 12Gbps for efficient and stable performance. · Advanced Serial Attached SCSI Technology: Provides improved transmission speed and enhanced internal space management compared to traditional parallel SCSI interfaces. · SATA Compatibility: Designed with SATA-compatible cables and connectors, allowing seamless integration with SATA hard drives and ensuring versatile usage. · Point-to-Point Connection: The cable’s design supports easy installation through point-to-point connectivity, simplifying setup and maintenance. · Durable Construction: Manufactured using injection molding processes to ensure robust build quality and long-lasting durability. · Wide Application: Ideal for use in PCs, servers, and various storage systems requiring high-speed data transmission and reliable connections. Specifications: · Item Type: G0101 Mini SAS Cable · Converter Type: Switch/Distributor · Applicable Equipment: PC, Server · Interface: Mini SAS 36-PIN, SATA Interface · Data Transmission Rate: 3Gbps x 4 lanes (12Gbps total) · Process: Injection Molding Package Includes: · 1 x G0101 Mini SAS Cable This Mini SAS cable is the perfect solution for upgrading your storage connectivity, combining high-speed data transfer with durable construction and broad compatibility to meet the demands of modern computing environments.