SATA Cables U. 2 Sff-8643 to Sff-8611 Oculink Cable 0.6m

• Application: Computer, Electronic, Automobile, RF, Home Appliance, Motorcycle
• Wire Core Material: Copper Wire
• Industry Type: Communications Wiring Harness
• Bandaging Materials: PVC Pipe
• General Wiring Harness: Crimping Assembling Classes
• Signal: High Voltage Wiring Harness
• Model NO.: SFF-8643
• Shape: Round
• Interface Type: AC/DC
• Certification: VDE, RoHS, ISO9001
• Brand: Cablelinker
• Material: PVC, Nylon
• Conductor: Pure Cupper
• Color: Black
• Data Transfer Rate: up to 16 Gbps
• Transport Package: Carton Package
• Specification: Customized
• Trademark: Cablelinker
• Origin: China
• Production Capacity: 50000 Pieces Per Week

Product Description

Description
[High Speed Data Transfer]Internal Mini SAS SFF-8643 to SFF8643 is a high-speed data storage interface designed for high-throughput and fast data access [Unique design ]can make for better cable management in some situations, especially in tight spaces. [Wide Compatibility ] Mini SAS 36 pin port compatible with Raid Cards like Dell R710, Dell R720, Dell T610 server, H200 controller, PERC H700, H310, PE T710, NORCO RPC-4220 , Norco RPC-4224 [High Performance Cable] with SFF8643 to SFF8643 connector, mini sas line interface, fast and stable connection. Compact design, the cable doesn't take up much space, which promotes efficient office work. Treated by injection molding, this cable looks great and is durable in use.

Critical Application Connector
OIKWAN Mini-SAS Cable with Side bands is an essential component of a hardware RAID configuration or a professional SAN network. The combination of a sturdy cable in a woven mesh sheath with individually shielded cables, cloth tape strain relief, and stainless steel latches provides a professional installation for critical applications. Storage Expansion Tool with a Lifetime Warranty Maximize the capacity of your RAID configuration or SAN network with this tough but flexible cable that is built to withstand 24/7 use.

Important Note
Data transfer speed is determined by the capabilities of the connected hardware