Externe Mini-SAS-High-Density-naar-Mini-SAS-kabel HPE 716195-B21

The HPE 1.0m External Mini SAS High Density to Mini SAS Cable (716195-B21) is a 1‑meter interconnect cable with Mini‑SAS HD connectors on both ends, intended for high‑speed data transfer between storage enclosures and servers. Designed for enterprise environments, the cable supports reliable connectivity and durable operation to help maintain system performance as application and storage demands grow.

Advantages

This Mini SAS High Density to Mini SAS cable provides a compact, industry‑standard interface for connecting external storage to servers. Its 1.0 m length balances reach and cable management, while the robust connectors and construction offer consistent signal integrity and long service life. The cable is compatible with HPE systems and other devices using Mini‑SAS HD and Mini‑SAS interfaces, simplifying deployment in mixed environments.

Suitable for

• Connecting external storage enclosures to servers
• High‑speed SAS data transfer in rack and data center deployments
• HPE systems and other servers with Mini‑SAS HD / Mini‑SAS ports

Key specifications

• Manufacturer: HPE / HP Enterprise
• Model / MPN: 716195‑B21
• EAN: 0887111962027
• Cable type: External Mini‑SAS High Density to Mini‑SAS
• Length: 1.0 meter
• Connector ends: Mini‑SAS HD to Mini‑SAS
• Category: Fibre Optic Cables (external SAS interconnect)

How to use

Power down equipment or follow hot‑swap procedures recommended by your server and storage vendor. Insert the Mini‑SAS HD connector into the storage enclosure port and the Mini‑SAS connector into the server or SAS host bus adapter port, ensuring secure seating. Route the cable to avoid tight bends and interference, then power up and verify connectivity at the host and storage controllers.

Recommendations

Use this cable in data center and enterprise rack installations where reliable, high‑speed SAS connectivity is required. Avoid excessive bending, tensile stress, and exposure to liquids or extreme temperatures to preserve signal integrity and product lifespan.