756909-001 HPE 28/21 Inch Dual Mini Ribbon SAS Cable

Main Features of HPE 756909-001 SAS Cable

The HPE 756909-001 28/21 Inch Dual Mini Ribbon SAS Cable is engineered to provide a stable and efficient connection within enterprise-level systems. Designed for internal server applications, this component ensures optimal data transfer reliability while maintaining system integrity.

Core Specifications

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Number: 756909-001
• Product Category: SAS (Serial Attached SCSI) Cable
• Interface Type: Dual SFF-8087 connectors
• Cable Lengths: 28 Inches and 21 Inches
• Positioning: Internal cabling
• System Compatibility: HPE ProLiant DL360 Gen9 servers

Benefits of Using HPE 756909-001

Deploying this SAS cable in your data infrastructure brings numerous benefits, ensuring stability, high-speed communication, and optimized system uptime.

Performance Advantages

• Supports seamless data throughput for enterprise workloads
• Improves connectivity between storage devices and controllers
• Minimizes latency for critical applications
• Ensures consistent power and signal integrity

Reliability and Durability

Constructed from high-grade materials, the HPE 756909-001 is built to withstand the demands of continuous data center operations, reducing downtime risks and enhancing hardware longevity.

Compatibility and Integration

This dual mini ribbon SAS cable is purpose-built for internal server configurations, making it a reliable component for enterprises running HPE ProLiant DL360 Gen9 systems.

Supported Hardware

• HPE ProLiant DL360 Gen9 server platforms
• Storage backplanes requiring SFF-8087 connectors
• Internal drive cages designed for high-speed SAS connectivity

HPE 756909-001 28/21 Inch Dual Mini Ribbon SAS Cable

The HPE 756909-001 28/21 inch Dual Mini Ribbon SAS Cable for ProLiant DL360 Gen9 is a purpose-built server interconnect component designed to deliver reliable, high-throughput connectivity between SAS controllers, backplanes, and storage enclosures. Engineered to meet the demanding requirements of modern data center environments, this Dual Mini Ribbon SAS cable balances signal integrity, mechanical durability, and compatibility with Hewlett Packard Enterprise systems. As an OEM-grade spare and replacement cable, it ensures that administrators and IT procurement teams can maintain consistent performance and uptime for their HPE ProLiant DL360 Gen9 servers without the uncertainty that can accompany generic third-party cabling. The precise length options—commonly referenced as 28 inches and 21 inches—help technicians choose the right cable to accommodate rack layouts, drive bay placement, and airflow considerations while maintaining clean cable management and minimal bending stress on connectors.

Designed for ProLiant DL360 Gen9 Compatibility

Compatibility is a central consideration when specifying server cabling, and the HPE 756909-001 is tailored for seamless integration with ProLiant DL360 Gen9 systems. The connector interfaces, pinout mapping, and shielding adhere to the expectations of HPE backplanes and SAS controllers, reducing the risk of signal mismatch or connectivity faults. For system administrators deploying or servicing DL360 Gen9 servers, using this HPE-labeled cable simplifies inventory management by matching spare parts directly to platform part numbers. This direct compatibility reduces troubleshooting time when diagnosing SAS-related issues and makes lifecycle support processes more straightforward, enabling quicker replacements during maintenance windows.

Technical Characteristics of the Dual Mini Ribbon SAS Cable

The HPE 756909-001 embodies a blend of electrical and mechanical design choices that deliver stable, high-speed SAS transport. Key technical attributes include shielded conductors, stable impedance matching across the SAS frequency range, and robust connector housings that withstand repeated insertion cycles. The dual mini ribbon format is compact, enabling multiple SAS lanes to be maintained in a smaller footprint compared to discrete cabling. The result is a cable that supports multi-lane SAS topologies—common in server-to-backplane and controller-to-expander connections—while allowing for the dense cable routing typical of rack-mounted 1U and 2U hardware such as the DL360 Gen9.

Signal Integrity and Shielding

Signal integrity is essential for SAS architecture performance because SAS operates at high signaling rates where noise and reflection can compromise throughput and data integrity. The HPE 756909-001 employs conductor and shielding materials chosen to minimize electromagnetic interference and maintain a consistent characteristic impedance. This reduces bit-error rates and supports reliable negotiation between controllers and drives under high I/O loads. For storage arrays, virtualization hosts, or database servers where sustained I/O matters, the cable’s shielding characteristics contribute to predictable latency and minimal retransmission events.

Mechanical Durability and Connector Design

Durability features are critical in data center environments where cables may be installed, removed, or re-routed frequently. The HPE 756909-001 uses reinforced connector housings to resist deformation and maintain contact integrity, and the cable assembly is designed to withstand typical data center ambient conditions without brittleness or connector fatigue. The cable’s nominal lengths—21 and 28 inches—offer flexibility for routing behind drive cages and across server chassis without imposing sharp bend radii that can degrade cable performance. Reliable latching mechanisms on the connectors ensure secure mating and prevent accidental disconnects during maintenance operations.

Optimized for Performance: Throughput and Scalability

Performance optimization for SAS interconnects considers both current needs and future scalability. The HPE 756909-001 supports the lane counts and signaling schemes expected in Gen9-class servers, enabling administrators to exploit multi-path storage topologies and redundant paths to backplanes or expanders. When used in proper configurations, these cables help maximize aggregate bandwidth to attached disk assemblies and NVMe-attached SAS bridges where applicable, allowing I/O-intensive applications to maintain throughput. Their role in multi-lane configurations also helps organizations scale storage performance incrementally by adding drives and expanders while preserving existing controller investments.