OCuLink Cable Kit Intel AXXCBL450CVCR 0.45m

The Intel OCuLink Cable Kit (AXXCBL450CVCR) is a 0.45 m straight-to-right-angled OCuLink cable designed for connecting storage devices and host backplanes. Featuring an SFF-8611 connector on one end and a SAS-style OCuLink connector on the other, this black cable supports reliable high-speed data transfer and is supplied as a single bundled cable for straightforward installation in server and storage systems.

Advantages

This OCuLink cable offers a compact 0.45 m length that reduces cable clutter in dense server environments while providing a right-angled termination for improved routing in tight spaces. The SFF-8611 and SAS-compatible connector combination ensures compatibility with common storage and controller interfaces, and the pre-bundled single cable simplifies deployment.

Suitable for

• Connecting internal storage devices to HSBP or host backplanes
• Deployments in rack servers and storage arrays with limited cable clearance
• Systems requiring SFF-8611 to SAS/OCuLink connectivity

Key specifications

• Brand: INTEL
• Manufacturer part number (MPN): AXXCBL450CVCR
• Length: 0.45 m
• Connector 1: SFF-8611 (straight)
• Connector 2: SAS / OCuLink (right-angled)
• Colour: Black

How to use

Identify the SFF-8611 and SAS/OCuLink ports on your device and host backplane. Align the straight SFF-8611 end with the corresponding port and insert until it seats securely. Route the cable to the backplane and connect the right-angled SAS/OCuLink end, ensuring a snug fit without forcing connectors. Verify the connection in system firmware or operating system storage management tools before powering during normal operation.

Recommendations

Use the cable in environments matching its intended application (internal server and storage connections). Avoid excessive bending at the right-angled end and maintain recommended bend radii to preserve signal integrity. Ensure connectors are free of debris before mating and handle the cable by the connector housings when installing or removing.