Kábel DeLOCK Mini SAS HD SFF-8643 na 4xSATA 7p 1 m

This reverse breakout cable by Delock connects internal SAS devices to SATA controllers. It has a Mini SAS HD SFF-8643 connector on one end and four SATA 7-pin connectors on the other, with a cable length of 1 meter. The cable supports high-speed data transfer for server and storage applications and includes metal clips on the SATA connectors for a secure snap-in connection.

Advantages

The cable enables a single Mini SAS HD port to be split into four individual SATA connections, simplifying connection of multiple drives. Its 1 m length offers flexible routing within server chassis or storage enclosures, and metal clips on the SATA plugs ensure stable, retention-secured connections. The combination of Mini SAS HD and SATA 7-pin terminations makes it compatible with common internal HDD backplanes and SATA controllers.

Suitable for

• Connecting a Mini SAS HD (SFF-8643) backplane to a controller with four SATA ports
• Server and rack-mounted storage installations
• Internal drive bays and HDD backplanes requiring breakout connections

Key specifications

• Brand: DELOCK
• Model / MPN: 83322
• EAN: 4043619833221
• Connector 1: Mini SAS HD SFF-8643
• Connector 2: 4 x SATA 7p (with metal clips)
• Cable length: 1 m
• Product colour: Black, Silver, Yellow

How to use

Insert the Mini SAS HD SFF-8643 connector into the corresponding port on the controller or backplane, ensuring proper orientation. Plug each SATA 7-pin connector into the individual SATA device or port until the metal clip engages. Route the 1 m cable to avoid sharp bends and secure it inside the chassis to prevent strain on the connectors.

Recommendations

For reliable operation, use this cable only for internal connections in powered-off systems when installing or replacing hardware. Ensure connectors are aligned and fully seated; avoid excessive force. Keep the cable away from sources of strong electromagnetic interference and do not exceed manufacturer-recommended operating temperatures of the system components.