872483-006 HPE SAS-12GBPS 1.2TB 10K RPM SFF SC Enterprise Hard Disk

Highlights of HPE 872483-006 1.2TB SAS 12GBPS 10K RPM HDD

The HPE 872483-006 1.2TB SAS hard disk drive is engineered for enterprise-grade performance, delivering high-speed data access, exceptional reliability, and seamless scalability. Built with a 10K RPM spindle speed and SAS 12Gbps interface, this drive is ideal for mission-critical applications in modern data centers.

General Information

• Manufacturer: Hewlett Packard Enterprise
• Part Number: 872483-006
• Product Type: Hard Disk Drive
• Sub Type: SAS 12GBPS 10K RPM

Technical Specifications

• Device Type: Hard Drive - Hot-Swap
• Capacity: 1.2TB
• Form Factor: 2.5-inch SFF
• Interface Type: Serial Attached SCSI (SAS)
• Interface Speed: 12Gbps
• Bytes Per Sector: 512n
• Enclosure: Internal

Performance Details

• Spindle Speed: 10000 RPM
• Data Transfer Rate: 12Gb/sec

Drive Classification

• Category: ProLiant Hard Drive
• Sub-Category: 10K
• Generation: SAS Smart Carrier (SC)
• Product ID: 762512

Compatibility

HPE ProLiant Gen10 Servers

• DL20 (G10), DL60 (G10), DL80 (G10), DL160 (G10)
• DL325 (G10 / G10+), DL360 (G10), DL380 (G10)
• DL385 (G10 / G10+), DL388 (G10), DL560 (G10), DL580 (G10)
• ML30 (G10), ML110 (G10), ML350 (G10)

Blade, Apollo & Synergy Systems

• BL460c (G10)
• Synergy 480 (G10), 660 (G10), D3940
• Apollo 4500, 4510, 4520, 4530 (G10)
• Apollo 6500 (G10+), k6000, d6500, r2200, r2600, r2800

Legacy Gen8 / Gen9 Compatibility

• BL420c, BL460c, BL465c, BL660c (G8 / G9)
• DL20, DL60, DL80, DL120, DL160, DL180 (G8 / G9)
• DL360, DL380, DL385, DL560, DL580 (G8 / G9)
• ML30, ML110, ML150, ML310e, ML350 (G8 / G9)
• SL230s, SL250s, SL270s (G8 / G9)
• XL170r, XL190r, XL220a, XL230a, XL250a (G9)

Storage & Infrastructure Compatibility

• HP Storage Arrays: D3700, D2220sb
• HPE StoreEasy 1830, 1840
• Synergy 680 (G9), D3940

Overview of HPE 872483-006 1.2TB SAS 12GBPS SC 512n HDD

The HPE 872483-006 1.2TB SAS 12GBPS 10K RPM 2.5-Inch SC 512n Hot Swap Digitally Hard Disk Drive is built to deliver stable enterprise storage performance where consistent speed and reliability are essential for daily operations. This drive offers 1.2TB of capacity that is carefully balanced to support transactional workloads, virtualization environments, and database systems without unnecessary storage overhead. The SAS 12Gbps interface ensures fast and consistent communication between storage and server components, helping maintain system responsiveness under pressure.

High Speed SAS Interface Data Flow Performance

The SAS 12Gbps interface enables high speed data communication that is essential for enterprise level storage systems. It ensures low latency transfer between the hard drive and server controllers, improving system efficiency. The interface supports dual channel connectivity which enhances operational reliability. It allows stable data flow even during heavy workloads and continuous operations. It is optimized to support enterprise servers that require dependable and uninterrupted data access. It reduces bottlenecks during large data transfers and improves throughput performance. It ensures compatibility with a wide range of enterprise hardware configurations.

Dual Channel SAS Data Redundancy Communication Framework

The dual channel SAS design provides redundant data paths to ensure system reliability during failures. If one communication path encounters an issue, the second path automatically maintains data flow without interruption. This ensures continuous availability of critical enterprise data. It enhances fault tolerance in enterprise environments that cannot afford downtime. It distributes workload evenly across channels, improving performance consistency. It reduces the impact of hardware level issues on overall system stability. It ensures that enterprise applications remain accessible during peak operations. It strengthens infrastructure resilience under pressure. This redundancy mechanism is essential for mission critical storage environments.

10K RPM Rotational Speed Enhanced Data Access

The 10K RPM spindle speed significantly improves data access times compared to lower RPM drives. It ensures faster read and write operations, making it suitable for transactional workloads. It supports database systems that require rapid query execution and data retrieval. It enhances responsiveness in enterprise applications that rely on frequent data access. It maintains stable performance even during continuous operation cycles. It reduces latency across storage operations and improves throughput consistency. It supports high demand environments where speed is critical. It ensures mechanical reliability through optimized rotational performance. This speed capability is a key factor in performance driven enterprise systems.

Balanced 1.2TB Enterprise Data Storage Utilization

The 1.2TB storage capacity offers an effective balance between speed and usable storage space. It is ideal for enterprise workloads that require fast access without excessive capacity overhead. It supports efficient storage of structured data, logs, and application files. It reduces the complexity of managing multiple smaller drives. It enables better data organization within enterprise systems. It supports scalable infrastructure planning by allowing gradual expansion. It ensures efficient usage of available storage resources. It aligns well with performance oriented environments. This capacity is tailored for focused enterprise storage deployment strategies.

Compact 2.5 Inch Form Factor High Density Storage

The 2.5-inch small form factor enables high density storage configurations in enterprise data centers. It allows more drives to be installed within a limited physical footprint. It improves airflow within server enclosures, supporting better thermal conditions. It enhances rack level storage capacity without increasing space requirements. It ensures compatibility with modern enterprise servers and storage arrays. It simplifies infrastructure design for high performance environments. It contributes to efficient use of physical resources. It supports scalable and flexible storage architectures. This compact design is essential for modern data center deployments.

Hot Swap Enabled Continuous Data Availability Framework

The hot swap capability ensures that the drive can be replaced or upgraded without shutting down the system. It maintains uninterrupted operation during maintenance activities. It reduces downtime in enterprise environments where availability is critical. It supports quick replacement of faulty drives, minimizing service disruption. It ensures continuous access to stored data during hardware changes. It enhances operational flexibility in large scale deployments. It integrates seamlessly with enterprise server architectures. It supports high availability infrastructure requirements. This feature ensures consistent system uptime.

Digitally Verified Firmware Integrity

The digitally signed firmware ensures that only verified and trusted firmware runs on the drive. It prevents unauthorized modifications that could compromise data integrity. It enhances trust in enterprise storage environments. It ensures consistent behavior across all operations and workloads. It reduces risks associated with corrupted or malicious firmware updates. It supports stable performance across long term usage. It strengthens overall data protection at the hardware level. It ensures that system administrators can rely on firmware consistency. This feature adds an additional layer of reliability to enterprise storage systems.

Thermal Control Stability Under Continuous Workload Conditions

The drive is designed to maintain stable temperatures during extended operation in enterprise environments. It ensures efficient heat dissipation within server enclosures. It reduces the risk of overheating that could affect performance or reliability. It supports continuous workloads without thermal related slowdowns. It maintains consistent performance under high demand scenarios. It enhances the longevity of internal components through controlled thermal conditions. It works efficiently in dense storage configurations. It ensures reliable operation across varying environmental conditions. This thermal stability is essential for long term enterprise deployment.

Balanced Power Consumption Across Enterprise Storage Operations

The drive is engineered to consume power efficiently while maintaining high performance levels. It reduces unnecessary energy usage during operation. It supports enterprise environments aiming for sustainable infrastructure practices. It helps lower operational costs over time by optimizing power usage. It maintains consistent output without excessive energy demand. It supports large scale deployments where power efficiency is important. It ensures stable performance without fluctuations. It contributes to overall system efficiency. This balance between power and performance benefits enterprise data centers.

Consistent Storage Integrity

The drive ensures accurate data storage and retrieval across all enterprise workloads. It maintains consistency in handling large volumes of data. It supports mission critical applications that require dependable storage systems. It reduces the likelihood of data corruption during operations. It ensures long term reliability for stored data. It supports stable performance across various usage conditions. It maintains integrity during high speed data transfers. It ensures that enterprise data remains accurate and accessible. This reliability is essential for trusted storage systems.

Scalable Deployment Flexibility Across Enterprise Infrastructure

The drive supports flexible deployment across different enterprise storage environments. It integrates easily with existing infrastructure without requiring major changes. It allows gradual scaling of storage capacity as business needs grow. It reduces complexity during infrastructure upgrades. It supports various deployment models including centralized and distributed storage. It ensures efficient use of available resources. It enhances adaptability in evolving enterprise environments. It supports long term infrastructure planning. This flexibility ensures continued relevance in changing storage needs.

Enterprise Database Workload Performance Acceleration Framework

The drive is optimized for database workloads that require fast and consistent data access. It improves query response times through reduced latency. It supports high transaction environments where performance is critical. It ensures stable throughput during continuous operations. It enhances application responsiveness across enterprise systems. It supports efficient handling of structured data. It maintains consistent performance during peak usage periods. It ensures reliable execution of database operations. This makes it ideal for enterprise database deployments.

Integrated Enterprise Storage System Performance Enhancement

The HPE 872483-006 1.2TB SAS 12GBPS 10K RPM 2.5-Inch SC 512n Hot Swap Digitally Hard Disk Drive delivers dependable enterprise storage performance through a combination of speed, reliability, and scalability. It supports high performance workloads that require rapid data access and consistent operation. The SAS interface ensures efficient communication across systems. The compact form factor enables high density deployment in modern data centers. The hot swap capability ensures continuous operation during maintenance. It integrates seamlessly into enterprise environments. It supports efficient handling of critical workloads.

High Demand Data Processing Consistency

The drive delivers consistent performance under high demand data processing conditions. It handles multiple simultaneous operations without degradation. It ensures stable throughput across workloads. It reduces variability in processing speeds. It supports enterprise scale computing environments. It ensures reliable execution of complex operations. It maintains balance across system resources. It enhances overall system stability. This consistency is crucial for enterprise performance reliability.