871332-001 HPE 1TB 7.2K RPM 3.5" LFF SATA-6GBPS HDD SC Midline Hot Swap

HPE 871332-001 1TB 7.2K RPM SATA 6Gbps HDD Overview

The HPE 871332-001 1TB hard disk drive is a reliable and cost-effective storage solution designed for enterprise and SMB environments. Built for consistent performance and durability, this 3.5-inch LFF SATA drive delivers dependable data access and efficient workload handling. It is engineered to support HPE ProLiant servers and other compatible systems, making it a versatile choice for business-critical operations.

General Information and Product Details

Manufacturer and Identification

• Brand: Hewlett Packard Enterprise (HPE)
• Part Number: 871332-001
• Product Category: Enterprise Hard Disk Drive

Technical Specifications of the HPE 871332-001 HDD

Storage Capacity and Form Factor

• Capacity: 1 Terabyte
• Form Factor: 3.5-inch Large Form Factor (LFF)
• Logical Blocks: 1,953,525,168
• Drive Technology: Air-filled
• Sector Format: 512n

Advantages of 3.5-Inch LFF Design

• Greater storage density compared to smaller drives
• Enhanced cooling efficiency within server bays
• Cost-effective for bulk data storage solutions

Interface and Connectivity

• Interface Type: SATA III (6Gbps)
• Number of Ports: 1 x SATA 6Gb/s
• Compatible Drive Bay: 3.5-inch LFF

Benefits of SATA 6Gbps Interface

• Reliable and widely supported connection standard
• Improved data transfer speeds over older SATA versions
• Cost-efficient alternative to SAS drives

Performance Metrics and Efficiency

Rotational Speed and Throughput

• Spindle Speed: 7200 RPM
• Maximum Transfer Rate: 6 Gb/sec
• Maximum Sequential Throughput: 160 MiB/s

Seek Time and Latency

• Single Track Seek Time: 0.80 ms
• Average Seek Time: 8.50 ms
• Full Stroke Seek Time: 16.50 ms

Impact on Workloads

• Faster access to frequently used data
• Reduced latency for read/write operations
• Enhanced responsiveness for business applications

Random Input/Output Performance

• 128KiB Random Read: 95 IOPS
• 70% Read / 30% Write: 95 IOPS
• 50% Read / 50% Write: 95 IOPS

Workload Suitability

• File servers and storage arrays
• Backup and archival systems
• Moderate virtualization environments

Power Consumption and Energy Efficiency

Operational Power Usage

• Idle Power: 8.80 Watts
• Random Read: 12.10 Watts
• Random Write: 12.10 Watts
• Sequential Read: 10.80 Watts
• Sequential Write: 10.50 Watts

Energy-Saving Advantages

• Reduced power consumption lowers operational costs
• Improved thermal management within server environments
• Ideal for data centers focused on efficiency

Physical Dimensions and Build Quality

Drive Size and Weight

• Height: 1.03 inches (2.61 cm)
• Width: 4.16 inches (10.16 cm)
• Depth: 5.75 inches (14.60 cm)

Compatibility with HPE Server Platforms

Supported HPE ProLiant DL Series

• DL180 Gen9 (3.5-inch)
• DL20 Gen10 / Gen9 variants (3.5-inch)
• DL60 Gen9 (3.5-inch)
• DL80 Gen9 (3.5-inch)

DL Series Benefits

• Optimized for rack-mounted server environments
• Reliable for data-intensive applications

Supported HPE MicroServer Models

• MicroServer Gen10 and Gen10 Plus (3.5-inch LFF)
• MicroServer Gen8 Performance (3.5-inch LFF)

MicroServer Advantages

• Compact design for small businesses
• Cost-effective storage expansion

Supported HPE ProLiant ML Series

• ML10 Gen9 and ML110 Gen9/Gen10 (3.5-inch)
• ML30 Gen9 (3.5-inch)
• ML350 Gen10 variants (3.5-inch)

ML Series Strengths

• Scalable tower server solutions
• Ideal for growing business infrastructures

Use Cases and Deployment Scenarios

Enterprise Storage Applications

• Centralized file storage systems
• Database storage for small to medium workloads
• Backup and disaster recovery solutions

SMB and Data Center Environments

• Affordable storage for small and medium businesses
• Efficient data handling in data centers
• Reliable performance for daily operations

Advantages of Choosing HPE 871332-001

Reliability and Longevity

• Tested and certified by HPE for server compatibility
• Consistent performance under continuous workloads

Scalability and Flexibility

• Easily integrates into existing server infrastructure
• Supports future storage expansion needs

Cost-Effective Storage Solution

• Lower upfront investment compared to high-speed drives
• Ideal for bulk data storage and archiving

HPE 871332-001 1TB 7.2K RPM LFF SATA-6GBPS HDD Outline

The HPE 871332-001 1TB 7.2K RPM 3.5 Inch LFF SATA-6GBPS HDD SC Midline Hot Swap is a high-reliability enterprise storage solution designed for server environments that require stable performance, cost-effective capacity expansion, and dependable long-term data retention. This hard drive belongs to the HPE Midline storage family, which is engineered specifically for bulk storage workloads, archival systems, backup environments, and read-intensive applications where endurance and capacity are prioritized over extreme IOPS performance.

Enterprise-Class Storage Architecture

The architecture of the HPE 871332-001 is based on a proven mechanical design that integrates a 3.5-inch Large Form Factor (LFF) chassis with SATA 6Gbps interface compatibility. This ensures seamless integration into a wide range of HPE ProLiant servers and storage enclosures. Built with enterprise-grade components, the drive is optimized for continuous operation in data center conditions where uptime and data integrity are critical performance indicators.

Mechanical Design and Form Factor Efficiency

The 3.5-inch LFF form factor allows the drive to deliver high storage density per bay while maintaining thermal efficiency. This physical design enables server administrators to scale storage capacity without significantly increasing rack space requirements. The robust mechanical enclosure protects internal components from vibration and operational stress, ensuring long-term durability even under 24/7 workloads.

SATA 6Gbps Interface Performance

The SATA 6Gbps interface provides a balanced combination of throughput and compatibility. While not as high-performing as SAS interfaces in extreme transactional environments, SATA 6Gbps is ideal for midline storage workloads where sequential read and write operations dominate. This makes the drive suitable for applications such as file storage systems, backup repositories, and cloud-based archival infrastructure.

Performance Characteristics and Workload Suitability

The HPE 871332-001 operates at a spindle speed of 7,200 RPM, offering consistent and predictable performance for enterprise storage environments. This rotational speed is optimized to deliver a balance between energy efficiency and data access speed, ensuring that the drive performs reliably under sustained workloads without excessive heat generation or power consumption.

Optimized for Midline Storage Environments

Midline storage drives are designed to fill the gap between high-performance enterprise drives and low-cost consumer-grade disks. The HPE 871332-001 excels in environments where large data volumes must be stored economically while still maintaining acceptable access speeds. It is commonly deployed in backup servers, disaster recovery systems, and secondary storage tiers within tiered storage architectures.

Sequential Data Processing Strengths

One of the primary strengths of this drive lies in its ability to handle sequential data operations efficiently. Large file transfers, media storage workflows, and database archiving operations benefit from the consistent throughput provided by the 7.2K RPM spindle speed combined with SATA 6Gbps bandwidth. This ensures smooth data streaming and reduced latency in read-heavy scenarios.

Enterprise Reliability Standards

The drive is engineered to meet HPE’s strict reliability standards for data center deployment. It undergoes extensive validation testing to ensure compatibility with ProLiant servers and Smart Carrier (SC) systems. This validation process ensures that the drive maintains stable performance under continuous workloads, temperature fluctuations, and vibration conditions typical of enterprise environments.

Hot Swap Capability and System Integration

The Hot Swap functionality of the HPE 871332-001 enables administrators to replace or upgrade drives without shutting down the server system. This feature is essential for maintaining high availability in enterprise environments where downtime can result in operational losses or service disruptions.

Smart Carrier (SC) Design Benefits

The Smart Carrier design enhances usability by providing integrated status indicators and secure physical mounting within compatible HPE server bays. This ensures that administrators can quickly identify drive status and perform maintenance tasks efficiently without disrupting system operations.

Minimizing Downtime in Enterprise Systems

Hot Swap capability significantly reduces downtime risks by allowing live drive replacement. In RAID configurations or storage arrays, failed drives can be replaced immediately while the system continues operating. This is essential for maintaining data redundancy and ensuring uninterrupted service availability in mission-critical applications.

Integration with HPE ProLiant Servers

The HPE 871332-001 is specifically validated for use in HPE ProLiant server environments. This ensures compatibility with server firmware, RAID controllers, and storage management tools. The seamless integration reduces configuration complexity and improves system stability during deployment and maintenance cycles.

Capacity Optimization and Storage Efficiency

With a storage capacity of 1TB, this drive is designed to provide efficient data storage for mid-sized workloads and distributed storage architectures. The capacity is ideal for organizations seeking to balance cost efficiency with scalable storage expansion options.

Effective Data Tiering Strategy

In modern data center environments, storage tiering is a critical strategy for optimizing performance and cost. The HPE 871332-001 fits perfectly into lower-tier storage roles where infrequently accessed data is stored. This allows higher-performance SSDs and SAS drives to handle mission-critical workloads while SATA Midline drives manage bulk storage.

Archival and Backup Storage Use Cases

This drive is widely used in backup repositories and archival systems where data retention is prioritized over high-speed access. Its reliable mechanical design ensures that stored data remains intact over long retention periods, making it suitable for compliance storage, audit logs, and historical data repositories.

Scalability in RAID Arrays

The drive can be deployed in RAID configurations to increase redundancy and improve data protection. When combined with multiple units, it allows organizations to scale storage capacity efficiently while maintaining data integrity and fault tolerance.

Energy Efficiency and Thermal Management

Energy efficiency is a key factor in enterprise storage environments, and the HPE 871332-001 is designed to minimize power consumption while maintaining stable performance levels. Its 7.2K RPM speed ensures reduced energy usage compared to higher RPM enterprise drives.

Power Consumption Optimization

The SATA interface contributes to lower power requirements, making this drive suitable for large-scale deployments where energy efficiency directly impacts operational costs. Reduced power consumption also contributes to lower heat output, improving overall system thermal stability.

Heat Dissipation and System Cooling

Efficient heat dissipation ensures that the drive operates within safe temperature ranges even during continuous use. This reduces the strain on server cooling systems and helps maintain optimal performance across densely packed storage environments.

Environmental Suitability for Data Centers

The drive is engineered for controlled data center environments where temperature, humidity, and airflow are regulated. Its design ensures consistent performance under these conditions, making it suitable for enterprise-grade server rooms and cloud infrastructure facilities.

Data Integrity and Reliability Features

Data integrity is a core requirement for enterprise storage systems, and the HPE 871332-001 incorporates multiple safeguards to ensure that stored information remains accurate and protected against corruption.

Error Recovery and Detection Mechanisms

Advanced error detection technologies help identify and correct potential data inconsistencies during read and write operations. These mechanisms ensure that data integrity is maintained even in high-demand environments where continuous data flow is required.

Vibration Resistance in Multi-Drive Enclosures

In server environments where multiple drives operate in close proximity, vibration can impact performance and reliability. The HPE 871332-001 is designed to withstand operational vibration, ensuring consistent performance in densely populated storage arrays.

Long-Term Operational Stability

The drive is built for long-term operational stability, making it suitable for enterprise systems that require continuous uptime over extended periods. This stability reduces maintenance requirements and enhances overall system reliability.

Deployment Scenarios and Enterprise Applications

The versatility of the HPE 871332-001 allows it to be deployed across a wide range of enterprise scenarios. Its balanced performance and cost-effectiveness make it suitable for both small-scale server deployments and large-scale data center infrastructures.

Cloud Storage Infrastructure

In cloud environments, this drive is commonly used for secondary storage tiers where large datasets must be retained efficiently. Its capacity and reliability make it suitable for distributed storage systems supporting cloud applications and services.

Backup and Disaster Recovery Systems

Backup infrastructure relies heavily on stable and high-capacity drives. The HPE 871332-001 provides the necessary reliability for storing backup images, system snapshots, and recovery data, ensuring that critical information can be restored when needed.

File Sharing and Network Storage

Enterprise file sharing systems benefit from the drive’s balanced performance characteristics. It is capable of supporting multiple simultaneous users accessing stored files across network-attached storage systems without significant performance degradation.