J9F51A HPE 2TB 7.2K SAS 12GBPS SFF 512E Hard Drive

Highlights of HPE J9F51A 2TB 2.5-Inch SFF Midline 512e HDD

The HPE J9F51A 2TB SAS hard disk drive is a reliable and cost-effective storage solution designed for enterprise servers and storage arrays. With a 7200 RPM spindle speed and 12Gbps SAS interface, this 2.5-inch small form factor (SFF) drive delivers consistent performance, efficient data access, and long-term durability for business-critical workloads.

General Information

• Manufacturer : HPE
• Part Number : J9F51A
• Product Type : Memory Module
• Interface : 7.2K RPM SAS 12Gbps

Technical Specifications

• Type : Hard Drive - Hot-swap
• Capacity : 2 TB
• Form Factor : 2.5" SFF
• Interface : SAS 12Gbps
• Data Transfer Rate : 1.2 Gbps
• Spindle Speed : 7200 RPM
• Features : Advanced Format 512e
• Dimensions (WxDxH) : 3 in x 4.7 in x 0.6 in

Extended Specifications

• Device Type : Hard Drive - Hot-swap
• Capacity : 2 TB
• Form Factor : 2.5" SFF
• Interface : SAS 12Gbps
• Bytes Per Sector : 512
• Features : Advanced Format 512e
• Width : 3 in
• Depth : 4.7 in
• Height : 0.6 in
• Drive Transfer Rate : 1.2 Gbps (external)
• Seek Time : 8.7 ms (average) / 17.16 ms (max)
• Track-to-Track Seek Time : 0.7 ms
• Spindle Speed : 7200 RPM
• Interfaces : 1 x SAS 12 Gb/s
• Compatible Bays : 1 x Hot-swap - 2.5" SFF

Environmental Parameters

• Min Operating Temperature : 50°F
• Max Operating Temperature : 95°F

Performance Metrics

• Drive Transfer Rate : 1.2 GBps (external)
• Average Seek Time : 8.7 ms
• Maximum Seek Time : 17.16 ms
• Track-to-Track Seek Time : 0.7 ms
• Spindle Speed : 7200 RPM

Expansion & Connectivity

• Interfaces : 1 x SAS 12 Gb/s
• Compatible Bay : 2.5" SFF

Compatibility

• HP Modular Smart Array 1040 Dual Controller SFF Bundle
• HP Modular Smart Array 1040 Dual Controller SFF Storage
• HPE MSA2 1040 SAN Storage Array
• HPE MSA2 2040 SAN Storage Array
• HPE MSA2 2050 SAN Storage Array
• HPE MSA2 2052 SAN Storage Array
• HPE MSA 2000 G1 Storage Array
• HPE MSA 2000 G2 Storage Array
• HPE MSA 2000i Storage Array
• HPE MSA2 P2000 G3 Storage Array
• HPE MSA2 P2000 G4 Storage Array

Overview of HPE J9F51A 2TB 7.2K RPM SAS 12GBPS 512e HDD

This HPE J9F51A 2TB SAS 12Gbps 2.5-inch SFF Midline hard disk drive is built for enterprise environments where continuous data access and stable performance are required for daily operations. It delivers dependable storage behavior across critical business workloads without interruptions. It ensures consistent data handling in server environments. It supports long term infrastructure stability.

High Density Storage Performance

The drive operates at 7,200 RPM to ensure stable and consistent performance in enterprise workloads requiring continuous data access. It delivers balanced read and write operations under different conditions. It maintains steady performance during long usage cycles. It supports reliable system operation. The SAS 12Gbps interface enables fast and efficient data transfer between storage and server systems. It reduces latency during high workload operations. It improves communication speed across systems. It ensures smooth data flow.

Data Protection Engineering For Enterprise Information Accuracy

Advanced mechanisms to ensure accurate data handling during continuous operations in enterprise environments. It monitors data flow to detect inconsistencies. It maintains reliable storage performance. It ensures data integrity. Error correction systems automatically identify and fix data issues during operation. It reduces risks of corruption in critical systems. It ensures safe data storage. It improves reliability. Sector management isolates damaged storage areas and reallocates data efficiently. It prevents data loss during operation. It ensures continuous access to information. It improves system stability.

Thermal Regulation And Energy Optimization For System Stability

Optimized for low power consumption in enterprise environments requiring energy efficiency. It reduces operational costs while maintaining performance. It ensures stable system behavior. It supports efficient infrastructure usage. Thermal control systems manage heat during continuous workloads to prevent overheating. It ensures safe operating conditions. It improves hardware durability. It maintains system stability.

Seamless Integration Into Enterprise

The tray design simplifies installation and replacement in server environments. It reduces maintenance effort for IT teams. It supports quick deployment. It improves efficiency.Hot swap support allows drive replacement without shutting down the system. It ensures continuous operation during maintenance. It reduces downtime risks. It supports business continuity. The SAS interface ensures compatibility with multiple enterprise controllers. It supports flexible system integration. It ensures stable connectivity. It improves system reliability.

Enterprise Workload Flexibility Across

Virtualized environments benefit from consistent data access performance. It supports multiple virtual machines simultaneously. It ensures stable system operation. It improves virtualization efficiency.Database applications benefit from reliable read and write performance. It supports structured data processing tasks. It ensures fast query execution. It improves system responsiveness.

Mechanical Durability And Structural Reliability Engineering

The drive is built using high quality materials for long term enterprise use. It ensures stable performance under heavy workloads. It supports durable system operation. It reduces failure risks. Mechanical stability reduces wear during extended usage periods. It ensures consistent performance over time. It improves system reliability. It supports long term usage. Vibration control enhances stability in multi drive environments. It reduces mechanical stress during operation. It ensures smooth performance. It improves durability.

Expandable Storage Architecture For Future Data Requirements

The 2TB capacity supports growing enterprise storage needs. It enables scalable infrastructure expansion. It reduces upgrade complexity. It supports business growth. Multiple drives can be added to increase storage capacity. It supports flexible system scaling. It improves infrastructure capability. It ensures expansion readiness. The compact design supports high density storage configurations. It maximizes rack space usage. It improves data center efficiency. It supports modern infrastructure.

Enterprise Performance Stability

It provides predictable performance output under varying workloads. It reduces system fluctuations. It ensures consistent operation. It supports enterprise reliability. The architecture is optimized for long term operational stability. It supports continuous data processing. It ensures steady performance. It improves system dependability. It supports high availability systems requiring uninterrupted uptime. It ensures continuous operation. It maintains data accessibility. It supports critical environments.

Enhancement Through Storage

The drive improves data center efficiency through stable storage performance. It supports large scale infrastructure systems. It enhances resource utilization. It improves operational efficiency. Workload distribution is balanced across storage systems. It reduces system bottlenecks. It ensures smooth processing. It improves system stability. Storage utilization is optimized to reduce wasted capacity. It improves infrastructure efficiency. It supports better resource usage. It enhances performance output.

Integration For Real Time Performance Visibility

Early issue detection reduces downtime risks. It improves system reliability. It supports preventive maintenance. It enhances stability. Monitoring integration supports enterprise diagnostics and analysis. It improves troubleshooting efficiency. It enhances visibility. It supports system management. It ensures stable performance tracking in enterprise environments. It supports continuous monitoring. It improves reliability control. It enhances infrastructure management.

Sustainable Enterprise Storage Usage Model

Designed for long lifecycle enterprise usage. It supports continuous operation. It reduces replacement needs. It ensures system stability. It requires minimal maintenance during operation. It reduces IT workload. It improves system efficiency. It supports operational simplicity. It ensures consistent performance over long periods. It maintains reliability. It supports business continuity. It improves system durability.