OCuLink SFF8611 cable options and features OCuLink SFF8611 male to OCuLink SFF8611 male internal data cable Connects internal devices with OCuLink SFF8611 male connectors on both ends Suitable for establishing speed internal PCIe data paths between components OCuLink PCIe SFF8611 4i to OCuLink SFF8611 SSD Data Active Cable, 50 cm PCIe SFF8611 4i to OCuLink SFF8611 SSD data configuration Length: 50 cm Designed for data intensive SSDs and PCIe device connections within an internal system Key benefits and features Internal connectivity Facilitates direct connection between internal devices such as a backplane and a controller using OCuLink SFF8611 interfaces Compatibility and standard Uses OCuLink SFF8611 connectors, compatible with PCIe based internal installations that employ SFF8611 The 4i variant supports PCIe data paths to SSDs and other PCIe devices Secure mating Lock to mating part with an active latch to ensure a secure connection and reduce the risk of unplugging in operation Compact, internal design Built for internal data paths within servers, storage enclosures, and workstation chassis where space is at a Performance oriented Supports speed internal data transfer typical of PCIe based backplanes and controllers through the OCuLink interface Use scenarios Server backplane to PCIe controller Use to connect a backplane with OCuLink SFF8611 connectors to a PCIe controller in a server chassis, enabling reliable bandwidth communication Storage array internal interconnect Ideal for linking SSD data paths within a storage array or NAS appliance, where the host controller and storage modules communicate over OCuLink SFF8611 Internal workstation or appliance wiring Suitable for connecting internal PCIe devices in workstations or data center appliances that require compact, density internal cables with secure locking Note: This description preserves the product brand, models, and functions as specified, and emphasizes function, compatibility, size (50 cm for the PCIe 4i to SSD variant), locking mechanism, and internal use cases without adding extraneous details.