P24553-001 HPE 2/4/8 Large Form Factor Slim Mini SAS/SATA Cable kit

Overview of the HPE P24553-001 Cable Kit

The HPE P24553-001 2/4/8 Large Form Factor Slim Mini SAS/SATA Cable Kit is engineered to provide exceptional connectivity and stability for enterprise-class storage systems. Designed by Hewlett Packard Enterprise, this cable kit delivers reliable performance, efficient data transfer, and compatibility with multiple configurations, making it a critical component for servers, data centers, and high-capacity storage arrays.

Core Features of the HPE P24553-001

• Supports both SAS and SATA interface standards for versatile deployment.
• Offers 2/4/8 LFF (Large Form Factor) connectivity to accommodate diverse storage setups.
• Ensures consistent throughput for enterprise workloads requiring high-speed data access.
• Built with premium materials to withstand demanding server environments.
• Designed specifically to integrate with HPE systems, ensuring seamless installation.

Technical Specifications for HPE P24553-001

Manufacturer Details

• Brand: Hewlett Packard Enterprise (HPE)
• Manufacturer Part Number: P24553-001

Connectivity & Compatibility

The cable kit supports Slim Mini SAS and SATA connections, enabling flexible system integration. It is tailored for enterprise hardware environments where scalable storage and uninterrupted data flow are essential. Whether used in mission-critical applications or high-volume data centers, it ensures smooth communication between storage devices and controllers.

Performance Advantages

• Optimized for low latency and rapid data exchange.
• Improves cable management inside servers and storage enclosures.
• Delivers strong electrical signaling for enhanced reliability.
• Reduces risks of disconnection or signal interference during heavy workloads.

Practical Applications of the P24553-001 Cable Kit

Enterprise Data Centers

Large-scale data centers benefit from the stable connections provided by the HPE P24553-001, ensuring uninterrupted operations across massive storage infrastructures.

Server Expansion

When upgrading or expanding existing HPE server environments, this cable kit provides a dependable solution for connecting additional drives or storage arrays.

High-Performance Computing

Ideal for workloads requiring continuous data access such as virtualization, analytics, and real-time applications, the cable kit ensures maximum throughput.

Reasons to Choose the HPE P24553-001

• Authentic HPE component ensuring full system compatibility.
• Engineered for long-term durability in demanding IT infrastructures.
• Helps maintain system efficiency through stable data transmission.
• Supports a wide range of enterprise workloads and applications.

Additional Insights

Reliability in Mission-Critical Environments

With the P24553-001, enterprises can trust in consistent performance where uptime is crucial. Its design minimizes data transfer interruptions, helping maintain business continuity.

Streamlined Integration

The cable kit’s compatibility with HPE hardware allows for quick deployment without complex adjustments, making it a practical choice for IT administrators managing growing infrastructures.

Key Takeaways

• 2/4/8 LFF Slim Mini SAS/SATA cable kit designed by HPE.
• Part number P24553-001, built for enterprise reliability.
• Enhances data center performance with secure connectivity.
• Durable, efficient, and optimized for modern workloads.

HPE P24553-001 Cable Kit Overview

The HPE P24553-001 2/4/8 Large Form Factor Slim Mini SAS/SATA Cable kit is a purpose-built cabling solution engineered for enterprise-grade HPE storage arrays, servers, and JBOD enclosures. Designed to support multiple lane configurations—2, 4, and 8-lane connections—this cable kit facilitates high-throughput, low-latency interconnects between host bus adapters (HBAs), RAID controllers, and drive backplanes that use SlimSAS and standard SAS/SATA signalling. The kit addresses both density and flexibility requirements in data centers where rack space, signal integrity, and hot-swap drive architectures are critical.

Intended Use and Typical Deployments

This cable kit is commonly deployed in HPE ProLiant servers, HPE storage enclosures (including MSA and D-series JBODs), and custom server builds that require reliable channel aggregation. Typical use cases include:

• Connecting multi-lane RAID controllers to backplane connectors in rack-mounted servers.
• High-density drive bay interconnects in 2.5" and 3.5" drive shelves where Slim Mini SAS connectors save space.
• Expansion of existing storage systems by adding additional SAS lanes for throughput and redundancy.
• Replacement or upgrade cabling during data center refreshes to support higher SAS speeds or improved error resilience.

Key Technical Specifications

The HPE P24553-001 cable kit adheres to industry standards while incorporating design choices that optimize compatibility with HPE-branded devices. Core specifications include support for SAS 3.0 and backwards compatibility with SAS 2.0/1.1 and SATA interfaces where passive bridging is allowed by the host controller. Notable attributes:

• Lane configurations: 2-lane, 4-lane, and 8-lane variants to match device port counts and bandwidth needs.
• Connector types: Slim Mini SAS (SFF-8654 / SFF-8643 variations depending on kit subset), standard SAS SFF connectors, and SATA-mapped terminations where applicable.
• Speed support: Up to 12 Gbps per lane (SAS-3), enabling aggregated throughput suitable for modern storage arrays.
• Shielding and impedance control: High-quality shielding, controlled impedance traces within cable bundles to minimize crosstalk and preserve signal integrity across rack spans.
• Length options: Multiple lengths often included or available; choose based on rack depth and cable management layout.
• HPE certification: Tested and validated for use in HPE systems to ensure firmware & hardware interoperability and to reduce support friction.

Compatibility and Cross-Reference

HPE P24553-001 is explicitly matched to a number of HPE controllers and chassis backplanes. Compatibility highlights include:

• HPE Smart Array controllers and NVMe/HBA adapters with SAS-SFF connectors.
• HPE ProLiant DL/ML series servers with drive cages using SlimSAS connectors.
• HPE MSA and modular storage arrays requiring multi-lane aggregations.
• Vendor-agnostic adapters and HBAs that follow SlimSAS and SFF connector standards (verify controller firmware and vendor guidance before mixed-brand deployments).

When planning multi-vendor environments, cross-reference part numbers and connector pinouts. Although Slim Mini SAS standards aim for interoperability, HPE-certified cables reduce the risk of unexpected behavior under stress conditions, firmware updates, or specific drive compatibility lists (HCL).

Design Benefits for Enterprise Storage

The P24553-001 kit brings several measurable advantages to enterprise storage infrastructures:

Space and Airflow Efficiency

Large form factor connectors combined with Slim Mini SAS design allow denser cabling runs, which reduces clutter inside server racks and improves airflow. Better airflow helps maintain lower ambient temperatures in drive bays and server compartments—essential for drive longevity and consistent performance under sustained I/O.

Signal Integrity and Error Reduction

Controlled impedance and high-grade shielding reduce bit error rates at high data rates. The cable kit is engineered to minimize insertion loss and return loss across the supported frequency range, which improves link stability for multi-gigabit SAS lanes and reduces retransmission events that can impair effective throughput.

Modularity and Scalability

Offering 2/4/8-lane options provides a modular approach to scaling storage bandwidth. Administrators can right-size cabling for each expansion step—from small proof-of-concept nodes to full production expansions—while maintaining consistent connector form factors for easier inventory management.

Routing and Cable Management

Route cables away from high-heat components and follow designated cable channels or trays. Use Velcro-style straps rather than zip ties to avoid pinching the cable jacket. Maintain bend radius specified by HPE to prevent microbends that could increase insertion loss.

Locking and Retention

Many Slim Mini SAS connectors incorporate retention mechanisms—engage locking tabs and ensure proper seating to prevent accidental disconnection during servicing or vibration events. If using third-party connectors, verify retention compatibility.

Performance Considerations

Understanding real-world performance for aggregated SAS lanes requires considering both physical cabling and controller behavior. The P24553-001 kit supports high throughput at the physical layer, but effective performance will depend on:

• Controller queue depth and processing capacity
• Drive performance characteristics (SSD vs HDD, SAS vs SATA)
• Firmware optimizations (e.g., wide port support, enclosure management)
• Workload profile (sequential throughput vs random IOPS)

Wide Port and Multi-Lane Aggregation

When deploying 4- or 8-lane cables, consider whether the controller and backplane support wide port configurations. Wide port mode aggregates multiple physical lanes into a single logical channel increasing throughput and providing redundancy. For mission-critical applications, configure wide ports with appropriate failover behavior to preserve data continuity during a single-lane failure.

Regulatory and Environmental Considerations

The P24553-001 cable kit conforms to common safety and materials standards relevant to data center equipment. When deploying at scale, account for:

• RoHS compliance for restricted substances.
• Fire safety ratings for cable jackets in your data center zone—plenum vs non-plenum environments.
• Temperature ratings—confirm cable performance within your rack airflow and ambient conditions.

Operational Lifecycle and Sustainability

Opting for certified HPE cables supports predictable lifecycle management. Reusing compatible cables where safe can reduce e-waste, but always weigh potential warranty/support trade-offs when mixing third-party or salvaged components.

Variants and Kit Contents

The P24553-001 family may be offered as different configurations or bundled kits. Typical kit contents include one or multiple cables, retention clips, and in some cases, documentation or cable labels. Verify the SKU for:

• Exact lane composition (e.g., one 8-lane cable vs two 4-lane cables).
• Included accessories (locking screws, rubber grommets for cable routing, labeling tags).
• Length and connector orientation (right-angle vs straight terminations).

Connector Pinout and Orientation Notes

Pay attention to connector orientation when installing in constrained spaces. Some Slim Mini SAS connectors are keyed for a particular mating direction; improper orientation can damage pins or housings. Where right-angle connectors are present, confirm clearance with adjacent components.

Security and Data Integrity

Although cabling is passive, physical security and proper installation directly affect data integrity. Loose or damaged cables can cause intermittent data corruption or synchronization errors at the controller level. Follow secure cable management practices and label cables clearly to reduce accidental disconnects during maintenance windows.

Practical Deployment Scenarios and Use Cases

High-Performance Database Servers

Database workloads that require sustained sequential throughput benefit from 4- and 8-lane configurations. Use the P24553-001 kit to create wide ports that feed fast SSD arrays for analytics, caching layers, or transactional databases.

Virtualization Clusters and Hyperconverged Nodes

Virtualization hosts that present many virtual disks to guest VMs require predictable I/O; the cable kit aids in maintaining stable link performance across dense node deployments. Combine with quality HBAs and tuned drivers for consistent latency profiles.

Archive and Cold Storage Enclosures

Even in lower-I/O, high-capacity JBOD configurations, the reliability of Slim Mini SAS connections reduces service interruptions during occasional rebuilds or mass sequential reads during data migrations.