BPN-SAS-846-7EL1

The BPN-SAS-846-7EL1 is a SAS backplane module engineered for integration in high-density storage enclosures and rackmount server chassis. It provides a centralized interface between the host system (HBA/RAID controller or onboard SAS controller) and multiple drives, helping to standardize cabling and simplify storage infrastructure deployment.

Designed for professional and industrial environments, this backplane is suitable for use in data centers, enterprise servers and other systems where serviceability, uptime and structured cabling are critical.

• Centralized drive connectivity – routes SAS connections from the host controller to multiple drives through a single backplane, reducing cable clutter and potential connection errors.
• Optimized serviceability – hot-swap capable drive integration (depending on chassis and drive carrier design) allows for faster replacement and maintenance with minimal downtime.
• Improved airflow management – by consolidating connections and guiding cable paths, the backplane helps maintain unobstructed airflow in high-density server chassis.
• Scalable storage architecture – suitable for building or expanding multi-drive storage arrays for virtualization, backup, file services or high-capacity data pools.
• Clean integration in rack systems – supports structured cabling practices, which simplifies troubleshooting and reduces the risk of accidental disconnections.

Application scenarios

• Enterprise and SMB rack servers requiring multiple SAS drives.
• Storage appliances for backup, archiving and data warehousing.
• Virtualization and database platforms relying on high-capacity local storage.
• Technical and laboratory environments needing modular, serviceable storage subsystems.

Before deployment, verify compatibility of the BPN-SAS-846-7EL1 with the target chassis, drive carriers, power distribution and SAS controllers. Proper integration ensures stable operation, full performance of installed drives and predictable service procedures throughout the lifecycle of the system.