872287-001 HPE 1.8TB 10K RPM SAS 12GBPS SFF Internal Hard Drive

HPE 872287-001 1.8TB SAS 12Gbps SFF Enterprise Hard Drive

High-Performance Enterprise Storage Solution for HPE Servers

The HPE 872287-001 is a reliable enterprise-grade internal hard disk drive engineered for high-speed data processing, stability, and long-term durability in demanding server environments. Designed with a compact 2.5-inch small form factor (SFF), it delivers exceptional performance for data centers and mission-critical workloads.

Key Product Identifiers

• Manufacturer: HPE
• Part Number: 872287-001
• Storage Capacity: 1.8TB
• Drive Type: Internal Hard Disk Drive
• Enterprise Class: Yes

Technical Configuration and Interface Details

Advanced SAS 12Gbps Connectivity

This drive integrates a high-speed SAS 12Gbps interface, ensuring rapid data transfer rates and consistent throughput for enterprise applications. It supports dual-port architecture and advanced format 512e technology for enhanced reliability and compatibility.

Core Technical Attributes

• Form Factor: 2.5-inch SFF compact design
• Interface Type: SAS 12Gbps high-performance connection
• Sector Format: 512e advanced format structure
• Drive Media: Air-filled mechanical design
• Hot-Plug Support: Enabled for seamless replacement
• Carrier Type: HPE Smart Carrier (SC) included

Performance Capabilities and Speed Metrics

Optimized for Enterprise Workloads

Built for intensive server operations, the HPE 872287-001 delivers strong rotational speed and fast data access times, making it suitable for virtualization, database processing, and enterprise storage systems.

Performance Specifications

• Spindle Speed: 10,000 RPM
• Maximum Transfer Rate: Up to 12Gb/sec
• Average Seek Time: 3.7 ms
• Maximum Seek Time: 7.3 ms
• Track-to-Track Seek Time: 0.1 ms

Physical Design and Mechanical Dimensions

Compact and Server-Ready Construction

The drive is engineered in a space-efficient 2.5-inch format, allowing easy integration into dense server configurations while maintaining optimal airflow and thermal efficiency.

Size and Build Details

• Height: 15.6 mm (0.62 inch)
• Width: 75.7 mm (2.98 inches)
• Depth: 118.7 mm (4.67 inches)
• Drive Carrier: SmartDrive carrier included

Environmental Operating Conditions

Stable Performance in Controlled Server Environments

Designed to operate efficiently within standard enterprise data center conditions, ensuring consistent performance under controlled thermal environments.

Temperature Range

• Minimum Operating Temperature: 10°C (50°F)
• Maximum Operating Temperature: 35°C (95°F)

Server Compatibility and Supported Platforms

Wide Integration Across HPE ProLiant and Synergy Systems

This hard drive is widely compatible with multiple HPE server families, ensuring flexible deployment across blade, rack, tower, and modular compute environments.

Supported Server Series

HPE ProLiant BL Series

• BL460c Gen8 / Gen10
• BL660c Gen8 / Gen9

HPE ProLiant DL Series

• DL20, DL180, DL320e, DL360, DL380, DL388
• DL560 and DL580 Gen8 / Gen9 platforms

HPE ProLiant ML Series

• ML30, ML110, ML150, ML350, ML350e series

HPE ProLiant WS Series

• WS460c Gen8 and Gen9 Graphics systems

HPE Synergy and XL Series

• Synergy 480 Gen10 Compute Modules
• Synergy 660 Gen10 Compute Modules
• XL230k Gen10 and XL250a Gen9 trays

Enterprise Advantages and Functional Highlights

Reliable Storage for Mission-Critical Environments

The HPE 872287-001 drive is optimized for enterprise workloads requiring consistent uptime, fast response times, and scalable storage performance across virtualized and database-intensive systems.

Core Benefits

• High-speed SAS 12Gbps interface for rapid data handling
• 10K RPM performance for improved access speed
• Hot-plug support for reduced downtime maintenance
• Dual-port architecture for enhanced redundancy
• Designed for HPE SmartDrive carrier systems

HPE 872287-001 1.8TB 10K RPM SAS Internal Hard Disk Drive

The HPE 872287-001 1.8TB 10K RPM SAS 12Gbps SFF Internal Hard Disk Drive With Tray represents a high-performance enterprise storage solution engineered for demanding server environments where reliability, speed, and sustained data throughput are essential. Designed specifically for HPE ProLiant servers and compatible enterprise-grade storage systems, this Small Form Factor (SFF) drive integrates a robust SAS interface operating at 12Gbps, ensuring optimized data transfer rates and low latency performance under continuous workloads. The 10,000 RPM spindle speed provides a balance between capacity and responsiveness, making it suitable for transactional systems, virtualization environments, and mission-critical applications requiring consistent I/O operations.

In modern data center infrastructures, storage efficiency and resilience play a crucial role in maintaining application uptime and performance consistency. The HPE 872287-001 drive addresses these needs by combining enterprise-class firmware optimization, mechanical precision engineering, and hot-swap tray integration. Its 1.8TB capacity allows for scalable storage deployment while maintaining high-density rack optimization, especially in environments where space and energy efficiency are key considerations.

Enterprise SAS 12Gbps Interface Architecture and Data Transfer Efficiency

High-Speed Serial Attached SCSI Connectivity

The Serial Attached SCSI (SAS) 12Gbps interface is a defining feature of the HPE 872287-001 drive, enabling significantly faster data transfer rates compared to traditional SATA drives. SAS architecture is designed for enterprise workloads, offering dual-port connectivity for redundancy and improved fault tolerance. This dual-channel capability ensures uninterrupted data access even in the event of a path failure, making it a preferred choice for high-availability systems.

The 12Gbps bandwidth enhances sequential and random read/write operations, allowing the drive to efficiently handle database queries, virtualization storage pools, and high-frequency transaction systems. In enterprise deployments, this translates into reduced latency, improved application responsiveness, and better workload balancing across storage arrays.

Backwards Compatibility and Infrastructure Flexibility

The SAS 12Gbps interface also maintains backward compatibility with 6Gbps SAS infrastructure, allowing organizations to upgrade storage systems incrementally without requiring immediate full system replacement. This flexibility makes the HPE 872287-001 a strategic investment for IT departments managing evolving data center architectures.

10K RPM Mechanical Performance and Rotational Efficiency

Optimized Spindle Speed for Enterprise Workloads

The 10,000 RPM rotational speed of the HPE 872287-001 hard disk drive provides a significant performance advantage over standard 7.2K RPM drives. This increased spindle speed reduces average seek time and improves data retrieval efficiency, making it particularly suitable for applications that require frequent random access operations.

Enterprise systems such as ERP platforms, CRM databases, and virtualization hosts benefit from this enhanced mechanical responsiveness. The drive is engineered to maintain stable performance under sustained workloads, ensuring consistent input/output operations per second (IOPS) even during peak demand periods.

Thermal Stability and Mechanical Durability

Operating at high rotational speeds generates mechanical and thermal stress; however, the HPE 872287-001 is designed with advanced thermal management and vibration resistance technologies. These enhancements ensure that the drive maintains operational stability within densely packed server chassis environments. The reinforced spindle motor and precision-balanced platters minimize vibration-induced degradation, extending operational lifespan and maintaining data integrity.

1.8TB Storage Capacity for Scalable Enterprise Deployment

Balanced Capacity for Performance-Oriented Storage Arrays

The 1.8TB storage capacity of the HPE 872287-001 drive provides an optimal balance between storage density and performance. Rather than focusing solely on high-capacity archival storage, this drive is engineered for performance-critical applications where data access speed is equally important as storage volume. It fits seamlessly into RAID configurations where multiple drives are combined to enhance redundancy and throughput.

In enterprise environments, this capacity is often deployed in tiered storage architectures, where frequently accessed data resides on high-performance SAS drives while less critical data is offloaded to slower, high-capacity storage systems. This ensures optimized cost-performance efficiency across the storage infrastructure.

Small Form Factor SFF Design and Tray Integration

Space-Efficient 2.5-Inch Enterprise Design

The Small Form Factor design of the HPE 872287-001 enables high-density server configurations, allowing data centers to maximize storage capacity per rack unit. The compact 2.5-inch form factor is particularly advantageous in blade servers and high-density rack-mounted systems where physical space optimization is essential.

Despite its compact size, the drive maintains enterprise-grade durability and performance standards, ensuring that reduced physical dimensions do not compromise operational efficiency. The engineering precision involved in balancing size and performance makes it suitable for modern hyper-converged infrastructure environments.

Hot-Swap Tray Mechanism for Seamless Maintenance

The inclusion of a dedicated tray enhances deployment efficiency and simplifies maintenance procedures. The hot-swap capability allows system administrators to replace or upgrade drives without powering down the server, significantly reducing downtime in mission-critical environments. This feature is essential for organizations operating 24/7 services such as cloud hosting, financial systems, and enterprise databases.

The tray system also ensures secure physical alignment within the server chassis, reducing installation errors and improving airflow management. Proper seating and connection stability contribute directly to consistent drive performance and long-term reliability.

Enterprise Reliability and Data Protection Features

RAID Compatibility and Fault Tolerance

The HPE 872287-001 drive is optimized for RAID configurations, supporting RAID 0, RAID 1, RAID 5, RAID 6, and RAID 10 architectures depending on system configuration. In RAID environments, multiple drives work together to enhance data redundancy and performance, ensuring continuous availability even in the event of hardware failure.

The SAS interface further enhances fault tolerance through dual-port connectivity, enabling redundant data paths that minimize the risk of downtime. This is particularly critical in enterprise systems where data loss or service interruption can result in significant operational impact.

Advanced Firmware Optimization

HPE enterprise drives incorporate specialized firmware designed to optimize command processing, error correction, and workload balancing. The firmware ensures that read/write operations are efficiently distributed across the drive’s physical media, reducing wear and improving overall longevity.

Error recovery protocols are also enhanced to prevent data corruption in high-load environments, ensuring that mission-critical data remains secure and accessible even under adverse operating conditions.

Workload Optimization and Application Use Cases

Virtualization and Cloud Infrastructure

The HPE 872287-001 is widely deployed in virtualization environments where multiple virtual machines rely on shared storage resources. Its high IOPS performance and low latency characteristics make it suitable for hypervisors such as VMware and Microsoft Hyper-V, where consistent storage responsiveness is essential for VM stability and performance.

In cloud computing infrastructures, the drive supports distributed storage clusters, enabling scalable resource allocation and dynamic workload balancing. This makes it a key component in private cloud and hybrid cloud architectures.

Database and Transaction Processing Systems

Database applications require high-speed random read/write capabilities to handle frequent queries and transactional updates. The 10K RPM performance of the HPE 872287-001 ensures reduced query latency and improved transaction throughput, making it suitable for SQL databases, ERP systems, and financial processing platforms.

The consistent performance under sustained load ensures that database systems remain responsive even during peak access periods, improving overall system reliability and user experience.

Enterprise Application Hosting

Enterprise applications such as CRM platforms, analytics engines, and content management systems benefit significantly from the drive’s balanced performance and capacity. The SAS interface ensures stable connectivity, while the mechanical design supports continuous operation in demanding server environments.

Performance Comparison Within Enterprise Storage Hierarchies

Advantages Over SATA-Based Storage Solutions

Compared to SATA-based drives, the HPE 872287-001 SAS drive provides significantly higher throughput, lower latency, and improved reliability. The dual-port SAS architecture ensures redundancy, while the 10K RPM spindle speed enhances random access performance.

Positioning Within Hybrid Storage Architectures

In hybrid storage systems, this drive serves as a performance tier between high-speed SSDs and high-capacity archival HDDs. It offers a cost-effective balance for workloads that require both speed and moderate capacity, making it a versatile component in layered storage strategies.

Enterprise Infrastructure Optimization Considerations

Data centers deploying the HPE 872287-001 benefit from optimized rack density, reduced latency in storage access, and improved workload distribution across storage nodes. Its integration into SAS-based arrays ensures scalability and long-term adaptability in evolving IT environments.

Engineering Precision and Reliability Assurance

Every aspect of the HPE 872287-001 drive is engineered to meet strict enterprise standards, from spindle motor calibration to firmware-level optimization. This ensures that the drive consistently delivers predictable performance under varying workload conditions, reinforcing its role as a dependable component in mission-critical storage infrastructures.