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Internal SAS/SATA Multi-Lane 30-inch Cable — HP, model 389662-B21
Internal SAS/SATA Multi-Lane 30-inch Cable — HP, model 389662-B21
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Internal SAS/SATA Multi-Lane 30-inch Cable — HP, model 389662-B21
Leave your address - as soon as the price of the product goes down, you'll know about it right away
Internal SAS/SATA Multi-Lane 30-inch Cable — HP, model 389662-B21
Internal SAS/SATA Multi-Lane 30-inch Cable — HP, model 389662-B21
HP Internal SAS/SATA Multi-Lane 30-inch Cable (model 389662-B21) is an internal data cable designed to connect SAS and SATA storage devices inside servers and storage enclosures. Its 30-inch length and multi-lane wiring support dense drive arrays and internal backplanes, enabling reliable communication between HDDs/SSDs, RAID controllers and host adapters in rackmount or tower systems.
This multi-lane cable offers a compact, purpose-built internal connection with shielding and connector retention suitable for server environments. The cable’s multi-lane design reduces cable clutter by combining multiple signal paths into a single assembly, improving airflow and simplifying internal routing. It is manufactured to meet server-grade durability and signal integrity requirements for mixed SAS and SATA device configurations.
Install the cable inside a powered-off server or storage chassis. Route the cable between the RAID controller or host adapter and the drive backplane or individual drive connectors, ensuring that connectors are aligned and fully seated. Secure any retention clips or mounting points and avoid sharp bends or excessive twisting to preserve signal integrity. Reassemble the chassis and power on the system, then verify drive detection in firmware or operating system tools.
Use the cable only for internal connections in compatible server and storage equipment. Confirm connector orientation before insertion, maintain manufacturer-recommended bend radius, and avoid placing the cable near high-power or high-heat components. Replace the cable if connectors show signs of wear or if intermittent connectivity is observed.
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