J9F47A HPE MSA 900GB 10K RPM SAS-12GBPS SFF Enterprise Hard Drive

Highlights of HPE J9F47A MSA 900GB 2.5-Inch SFF 10K RPM HDD

The HPE J9F47A 900GB SAS hard disk drive is a high-performance enterprise storage solution designed for HPE MSA storage arrays. With a fast 10K RPM spindle speed, dual-port SAS interface, and hot-plug capability, this drive ensures reliable data access, improved redundancy, and seamless scalability for business-critical environments.

General Information

• Manufacturer: HPE
• Part Number: J9F47A
• Product Type: Hard Disk Drive
• Sub-Type: SAS 12Gbps 10K RPM

Technical Specifications

• Device Type: Hot-Swap Hard Drive
• Capacity: 900 GB
• Form Factor: 2.5-Inch SFF
• Interface: SAS 12Gbps
• Bytes per Sector: 512
• Drive Technology: Air-Filled
• Carrier Type: Standard MSA Carrier
• Plug Type: Hot Plug
• Workload Type: Enterprise

Performance Metrics

• Spindle Speed: 10000 RPM
• Transfer Rate: 12 Gb/sec (External)

Connectivity & Expansion

• Interfaces: 2 x SAS 12Gb/s
• Compatible Bay: 2.5-Inch SFF

Compatibility

Supported HPE MSA Storage Arrays

• HPE MSA 1040: Dual Controller SFF Bundle & Storage
• HPE MSA 2040: iSCSI, FC, SAS Dual Controller SFF Bundles
• HPE MSA 2042: SAN & SAS Dual Controller SFF Storage
• HPE MSA 2050 / 2052: Enterprise SAN Storage Arrays

Legacy & Additional Systems

• MSA 2000 Series: G1, G2, and MSA 2000i Storage Arrays
• P2000 Series: G3 and G4 SAN Storage Arrays
• MSA2 Series: 1040, 2040, 2050, 2052 SAN Solutions

Overview of HPE J9F47A 900GB 10K RPM SAS 12GBPS SFF HDD

The HPE J9F47A MSA 900GB 10K RPM SAS-12GBPS 2.5Inch SFF Enterprise Hard Disk Drive is designed to deliver consistent and efficient performance for enterprise level storage environments. It provides 900GB of storage capacity that supports critical workloads requiring fast and reliable data access. The 10K RPM rotational speed ensures improved response time compared to lower speed drives. The SAS 12Gbps interface delivers high bandwidth communication between the drive and system controllers. It supports continuous enterprise operations with minimal latency. The compact Small Form Factor design allows dense storage deployment in modern data centers.

SAS Twelve Gigabit Interface Enterprise

The SAS 12Gbps interface provides high speed connectivity between storage drives and enterprise servers. It ensures fast data transfer rates across large datasets. It reduces communication delays between system components. It supports multiple simultaneous data streams efficiently. It enhances responsiveness in enterprise applications. It maintains stable throughput during continuous operations. It ensures reliable communication in high demand environments. It improves overall system efficiency in storage infrastructures. This interface is essential for enterprise storage performance.

Advanced Serial Attached SCSI Protocol Reliable Communication

The Serial Attached SCSI protocol ensures dependable communication between storage devices and controllers. It maintains data consistency across all operations. It reduces transmission errors during read and write processes. It ensures synchronization across multiple drives. It supports continuous operation without interruptions. It enhances stability in enterprise environments. It maintains reliable performance under heavy workloads. It improves overall storage system integrity. This protocol is fundamental for enterprise storage reliability.

Ten Thousand RPM Rotational Speed Enterprise

The 10K RPM rotational speed provides enhanced performance for enterprise workloads. It enables faster data access compared to standard drives. It reduces latency in read and write operations. It supports efficient execution of transactional applications. It maintains consistent performance under continuous usage. It improves responsiveness for database systems. It ensures smooth data processing across workloads. It enhances overall system productivity. This speed is ideal for enterprise performance requirements.

Nine Hundred Gigabyte Storage Capacity

The 900GB storage capacity supports enterprise data requirements effectively. It allows efficient storage of frequently accessed data. It enhances data availability across systems. It reduces the need for frequent storage upgrades. It supports balanced workload distribution. It improves storage utilization in enterprise environments. It ensures reliable access to important datasets. It supports various enterprise applications. This capacity is suitable for performance focused storage systems.

Small Form Factor Compact Enterprise Storage

The 2.5-inch Small Form Factor design enables compact storage deployment in enterprise systems. It allows more drives to be installed in limited space. It improves airflow within server environments. It supports efficient cooling in high density configurations. It enhances hardware organization in storage arrays. It ensures compatibility with enterprise platforms. It supports scalable infrastructure growth. It improves overall system efficiency. This design is essential for modern data centers.

MSA Storage System Integration Stable Enterprise Performance

The drive integrates seamlessly with MSA storage systems. It ensures consistent communication with storage controllers. It supports stable performance across multiple drives. It enhances coordination between hardware components. It improves efficiency in storage arrays. It maintains reliability during continuous operations. It supports enterprise workloads effectively. It ensures balanced performance across systems. This integration capability is important for enterprise environments.

Continuous Enterprise Workload Operation Reliable

The drive is engineered for continuous operation in enterprise environments. It ensures uninterrupted access to stored data. It supports long duration workloads without performance degradation. It enhances reliability in critical systems. It reduces downtime in business operations. It maintains consistent throughput across tasks. It ensures stable performance under heavy load conditions. It improves overall system dependability. This reliability is essential for enterprise storage solutions.

Thermal Stability Control Advanced Heat Dissipation Enterprise

The drive incorporates thermal stability features to maintain optimal performance. It supports efficient heat dissipation during operation. It reduces the risk of overheating in dense environments. It maintains consistent performance across temperature variations. It enhances hardware longevity over time. It supports reliable operation in data centers. It minimizes thermal stress on internal components. It ensures stable functioning under continuous workloads. This thermal design improves durability.

Enterprise Storage Operation Balanced Power Consumption

The drive is designed for energy efficient operation in enterprise environments. It reduces overall power consumption during usage. It supports sustainable data center practices. It lowers operational costs over time. It maintains performance without excessive energy demand. It enhances efficiency across storage systems. It supports large scale deployment. It ensures balanced energy usage across workloads. This efficiency is important for enterprise storage systems.

Reliable Data Protection Mechanism Enterprise Storage

The drive ensures reliable data protection during storage operations. It maintains accuracy during read and write processes. It reduces the risk of data corruption. It supports secure storage of enterprise information. It ensures consistency across data operations. It enhances trust in storage infrastructures. It maintains stable data handling performance. It supports enterprise workloads requiring dependable storage. This protection is essential for business environments.

Flexible Enterprise Storage Expansion Scalable Infrastructure

The drive supports flexible expansion of enterprise storage infrastructures. It integrates easily into existing systems. It allows seamless scaling of storage capacity. It reduces complexity during upgrades. It supports modular architecture deployment. It enhances adaptability in changing environments. It ensures efficient use of resources. It supports long term planning strategies. This scalability is important for enterprise storage growth.

Application Driven Performance Consistency Stable Enterprise

The drive delivers consistent performance for enterprise applications. It supports database operations and business workloads. It ensures smooth execution of tasks. It maintains steady throughput across operations. It enhances productivity in enterprise environments. It supports uninterrupted workflow execution. It ensures efficient data processing. It provides reliable storage performance. This consistency ensures stable system behavior.

Enterprise Mechanical Reliability

The drive is engineered for long term mechanical reliability in enterprise environments. It maintains consistent performance during extended usage. It reduces wear and tear over time. It supports long operational cycles without degradation. It enhances durability in high demand conditions. It ensures stable functionality across workloads. It minimizes risk of hardware failure. It supports enterprise systems requiring dependable components. This reliability ensures long term efficiency.

High Volume Enterprise Data Processing Workload

The drive is capable of handling high volume data processing tasks. It supports enterprise scale workloads efficiently. It maintains performance under heavy load conditions. It reduces delays in data operations. It enhances reliability in storage systems. It supports structured and unstructured data handling. It ensures consistent throughput across workloads. It improves efficiency in enterprise infrastructures. This capability supports demanding applications.

Data Access Fast Enterprise Response Performance

The drive is optimized for low latency data access in enterprise environments. It ensures rapid response during read and write operations. It supports real time data processing requirements. It reduces delays in application performance. It enhances responsiveness across workloads. It improves efficiency in storage systems. It supports high speed computing environments. It ensures smooth handling of data operations. This feature is critical for performance driven systems.