J9F49A HPE 1.8TB 10K RPM SAS-12GBPS SFF 512E HDD

Highlights of HPE J9F49A 1.8TB 10K RPM SAS 12GBPS 512e HDD

The HPE J9F49A 1.8TB SAS 12Gbps hard drive is a powerful enterprise storage solution designed for high-performance environments. With a 10K RPM spindle speed, 512e advanced format, and dual-port SAS interface, this HDD ensures faster data access, improved efficiency, and reliable operation in demanding workloads.

General Information

• Manufacturer: HPE (Hewlett Packard Enterprise)
• Part Number: J9F49A
• Product Type: Internal Hard Disk Drive
• Sub-Type: SAS 12GBPS 10K RPM

Technical Specifications

• Capacity: 1.8 TB
• Form Factor: 2.5-inch Small Form Factor (SFF)
• Interface: Serial Attached SCSI (SAS) 12Gbps
• Sector Size: 512 (512e format)
• Drive Type: Hot-Swap Enterprise HDD
• Carrier Type: Standard Carrier

Performance Metrics

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

Connectivity & Expansion

• Interfaces: 1 x SAS 12Gb/s
• Compatible Bay: 2.5-inch SFF
• Hot Plug Support: Yes

Physical Dimensions

• Width: 3.10 inch
• Height: 0.63 inch
• Depth: 4.70 inch

Environmental Conditions

• Minimum Operating Temperature: 50 °F
• Maximum Operating Temperature: 95 °F

Compatibility

Supported HPE MSA Storage Arrays

• HPE MSA 1040 Dual Controller SFF
• HPE MSA 2040 SFF SAN Storage
• HPE MSA 2050 / 2052 Storage Arrays
• HPE MSA 2000 G1 / G2 / 2000i Series
• HPE P2000 G3 / G4 Storage Systems

Overview of HPE J9F49A 1.8TB Enterprise Grade Storage HDD

The HPE J9F49A 1.8TB SAS-12GBPS 10K RPM 2.5Inch SFF 512e Enterprise Hard Disk Drive is designed to meet demanding enterprise storage requirements with a focus on stability and performance. It delivers 1.8TB of usable storage capacity that supports critical business workloads across multiple environments. The SAS 12Gbps interface ensures fast and reliable communication between storage systems and controllers. The 10K RPM rotational speed enhances data access performance for enterprise applications. The Small Form Factor design enables efficient deployment within dense server infrastructures.

SAS Twelve Gigabit Interface High Speed Data Transfer

The SAS 12Gbps interface provides a high bandwidth communication channel between the hard disk drive and enterprise storage controllers. It ensures rapid data transmission across complex storage infrastructures. It minimizes latency during intensive read and write operations. It supports efficient handling of large data volumes across systems. It maintains consistent throughput under continuous workloads. It enhances responsiveness for enterprise applications. It supports multi drive configurations within storage arrays. It ensures stable connectivity across hardware components. This interface plays a crucial role in enterprise data communication systems.

Serial Attached SCSI Advanced Protocol Stability

The Serial Attached SCSI protocol ensures accurate and synchronized communication across enterprise storage environments. It maintains consistency between storage controllers and disk drives. It reduces transmission interruptions during data processing operations. It supports continuous data flow across multiple devices. It ensures reliable execution of storage tasks. It enhances coordination across complex storage infrastructures. It maintains integrity during high workload conditions. It ensures dependable operation for enterprise applications. This protocol is essential for maintaining stability in storage systems.

Ten Thousand RPM Rotational Speed Enhanced Enterprise

The 10K RPM rotational speed significantly improves data access performance for enterprise workloads. It enables faster retrieval of stored information across systems. It reduces latency during read and write operations. It supports efficient processing of transactional workloads. It enhances throughput across database driven applications. It maintains consistent mechanical performance during continuous usage. It improves overall responsiveness in enterprise environments. It supports high demand computing tasks. This speed is ideal for performance oriented storage infrastructures.

One Point Eight Terabyte Storage Capacity Enterprise

The 1.8TB storage capacity provides a balanced solution for enterprise environments requiring both performance and storage efficiency. It supports data intensive applications across industries. It allows efficient organization of business critical data. It reduces the need for frequent hardware upgrades. It enhances storage consolidation strategies. It ensures accessibility of large datasets. It supports scalable deployment in enterprise infrastructures. It maintains consistent data availability across systems. This capacity meets the demands of modern enterprise workloads.

Two Point Five Inch Small Form Factor Dense Enterprise

The 2.5-inch Small Form Factor design enables high density storage deployment in enterprise servers and storage arrays. It supports efficient use of physical space within data centers. It enhances airflow management and thermal control. It allows integration into compact hardware environments. It supports large scale storage configurations. It ensures compatibility with enterprise grade platforms. It improves overall infrastructure organization. It enhances scalability for future expansion. This form factor is essential for modern enterprise storage solutions.

512e Sector Technology Enhanced Data Alignment

The 512e sector technology improves data alignment and storage efficiency within enterprise systems. It enables compatibility with legacy systems while utilizing advanced sector formats. It enhances data organization across storage environments. It supports efficient handling of large datasets. It reduces overhead in data processing operations. It improves performance consistency across workloads. It ensures optimized data layout for storage applications. It supports reliable data processing operations. This technology enhances overall storage efficiency.

Enterprise Workload Stability Continuous Data Processing

The drive is engineered to provide stable performance under continuous enterprise workloads. It supports applications requiring consistent data throughput. It ensures uninterrupted processing across operations. It reduces variability in performance during heavy usage. It enhances reliability in enterprise environments. It maintains steady functionality across extended runtime periods. It supports mission critical applications effectively. It ensures dependable storage operations across systems. This stability is crucial for enterprise performance.

Continuous Operation Endurance Long Term Enterprise

The drive is built to handle continuous operation in enterprise data centers. It maintains consistent performance during long operational cycles. It ensures availability of stored data at all times. It minimizes the risk of unexpected downtime. It supports both critical and non critical workloads. It enhances reliability across storage infrastructures. It ensures stable functionality across environments. It supports uninterrupted business operations. This endurance is vital for enterprise level deployments.

Thermal Stability Engineering Heat Dissipation Enterprise

The drive incorporates advanced thermal stability mechanisms to maintain optimal operating temperatures. It supports efficient heat dissipation during high workload conditions. It reduces overheating risks in dense storage environments. It ensures consistent performance across varying temperature levels. It enhances hardware durability over time. It supports reliable operation in data centers. It minimizes performance degradation caused by thermal stress. It ensures stable functionality during continuous usage. This thermal design improves long term reliability.

Balanced Power Utilization Enterprise

The drive is designed to operate efficiently with optimized power consumption in enterprise environments. It reduces energy usage during continuous workloads. It supports efficient power management across storage systems. It lowers operational costs in data centers. It maintains performance without excessive energy demand. It enhances overall system efficiency. It supports large scale deployment strategies. It ensures effective power utilization across workloads. This efficiency supports sustainable enterprise operations.

Reliable Data Integrity Preservation Consistent Enterprise

The drive ensures high levels of data integrity during storage and retrieval operations. It maintains accuracy across read and write processes. It reduces the likelihood of data inconsistencies. It supports applications requiring dependable information handling. It ensures consistency across enterprise workloads. It enhances trust in storage systems. It maintains reliable data performance across environments. It supports secure handling of enterprise information. This integrity is essential for business operations.

Scalable Enterprise Storage Expansion Flexible Infrastructure

The drive supports scalable expansion in enterprise storage environments. It integrates seamlessly into existing infrastructures. It allows efficient growth of storage capacity. It reduces complexity during system upgrades. It supports modular deployment strategies. It enhances adaptability in dynamic IT environments. It ensures efficient resource utilization. It supports long term enterprise planning. This scalability is essential for evolving business needs.

Consistent Application Performance Reliable Enterprise

The drive delivers consistent performance for enterprise applications requiring stable data access. It supports database systems and enterprise software platforms. It ensures smooth execution of workloads. It maintains steady throughput across operations. It enhances productivity across organizations. It supports uninterrupted workflow execution. It ensures efficient data processing. It provides dependable storage functionality. This consistency ensures stable application performance.

High Performance Data Processing Capability

The drive is capable of handling complex enterprise data processing tasks efficiently. It supports large volume data operations across systems. It maintains performance stability under heavy workloads. It reduces latency in data access processes. It enhances reliability across storage infrastructures. It supports structured and unstructured data processing. It ensures consistent throughput across environments. It improves efficiency in enterprise operations. This capability supports demanding workloads.

Low Latency Data Access Improved System

The drive is optimized to deliver low latency data access for enterprise applications. It ensures quick response times during data operations. It supports real time processing requirements. It reduces delays in application execution. It enhances responsiveness across workloads. It improves efficiency in storage systems. It supports high performance computing environments. It ensures smooth handling of enterprise data. This feature enhances system responsiveness.

Durable Mechanical Design Long Lasting Enterprise

The drive is engineered with durable mechanical components for long term enterprise use. It maintains stable performance across extended operational cycles. It reduces wear during continuous workloads. It supports high reliability under demanding conditions. It ensures consistent functionality across environments. It minimizes risk of hardware failure. It enhances system dependability. It supports enterprise infrastructures requiring robust components. This durability ensures long lasting performance.