HCEP1200S5XNN010 HPE 3PAR 7000 1.2TB SAS 6G 10K RPM SFF HDD

Highlights of HPE HCEP1200S5XNN010 1.2TB 10K RPM SFF HDD

The HPE HCEP1200S5XNN010 enterprise HDD is a reliable and high-speed storage solution designed specifically for HPE 3PAR StoreServ storage systems. Built for mission-critical workloads, this 1.2TB SAS 10K RPM 2.5-inch SFF hard drive delivers balanced performance, durability, and scalability for modern data centers.

General Information

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Number: HCEP1200S5XNN010
• Target Use: HPE 3PAR Storage Infrastructure
• Product Type: Internal Enterprise Hard Disk Drive
• Sub Type: SAS 6GBPS 10K RPM Storage Drive

Technical Specifications

• Capacity: 1.2 Terabytes (TB)
• Drive Type: Internal Hot-Plug HDD
• Form Factor: 2.5-inch SFF (Small Form Factor)
• Spindle Speed: 10,000 RPM

Interface & Connectivity

• Interface Type: Serial Attached SCSI (SAS)
• Interface Speed: 6Gb/s SAS
• Port Type: Enterprise-grade SAS connectivity

Compliance & Reliability

• Standards: RoHS Compliant
• Usage: Designed for enterprise storage workloads
• Durability: Optimized for high-availability environments

Compatibility

Supported HPE 3PAR Storage Systems

• HPE 3PAR StoreServ 7000 Series
• HPE 3PAR StoreServ 7200c
• HPE 3PAR StoreServ 7400c
• HPE 3PAR StoreServ 7440c
• HPE 3PAR StoreServ 7450c
• HPE 3PAR M6710 Drive Enclosure

Overview of HPE HCEP1200S5XNN010 3PAR SAS 6GBPS HDD

The HPE HCEP1200S5XNN010 3PAR 7000 1.2TB SAS 6GBPS 10K RPM 2.5Inch SFF Hot-Plug Internal Hard Disk Drive is engineered for enterprise environments that require stable performance, predictable reliability, and scalable storage infrastructure. It is designed to integrate seamlessly into HPE 3PAR StoreServ 7000 series storage systems, delivering balanced performance for mixed enterprise workloads. The 1.2TB capacity provides sufficient space for structured business applications, transactional databases, and virtualized environments.

SAS Six Gigabit Enterprise Data Transfer Communication Stability Framework

The SAS 6Gbps interface ensures high reliability and stable data transfer across enterprise storage systems. It provides consistent throughput for demanding enterprise workloads. It reduces latency during read and write operations in storage environments. It ensures seamless communication between storage controllers and disk drives. It supports multiple concurrent data streams in enterprise infrastructures. It maintains stable performance under continuous workload conditions. It enhances compatibility with enterprise storage systems. It ensures efficient handling of large-scale data operations. This interface is widely adopted in enterprise storage architecture due to its reliability.

Advanced SAS Protocol Continuous Data Synchronization Architecture

The SAS protocol ensures continuous synchronization of data between storage devices and controllers. It maintains consistent data flow across enterprise systems. It reduces interruptions during high-intensity operations. It ensures accurate alignment of stored data blocks. It supports uninterrupted enterprise workloads. It enhances communication stability across storage arrays. It improves coordination between hardware components. It ensures reliable data transmission under continuous operation. This protocol is essential for enterprise-grade storage reliability.

10K RPM Rotational Speed High Performance Enterprise Data Access

The 10K RPM rotational speed provides enhanced performance for enterprise storage workloads. It ensures faster access to stored data compared to lower speed drives. It reduces latency during transactional and database operations. It supports high-speed data retrieval in enterprise applications. It maintains mechanical stability during continuous usage. It improves throughput in virtualization environments. It enhances responsiveness in enterprise systems. It ensures consistent performance under heavy workloads. This speed is optimized for enterprise storage efficiency.

1.2 TB Storage Capacity Enterprise Scalability System

The 1.2TB storage capacity provides a balanced solution for enterprise data requirements. It supports structured and unstructured data workloads. It enables efficient storage of business applications and system files. It reduces the need for frequent storage expansion. It supports backup and archival operations in enterprise systems. It ensures availability of stored data across applications. It improves data organization within enterprise infrastructures. It enhances scalability in storage environments. This capacity is ideal for mid-range enterprise workloads.

Small Form Factor Hot Plug Design High Density Enterprise Storage Deployment

The 2.5-inch Small Form Factor design enables high-density deployment in enterprise systems. It optimizes rack space utilization in data centers. It improves airflow and cooling efficiency in storage environments. It supports compact storage configurations for scalability. It enables flexible infrastructure expansion. It ensures compatibility with modern server architectures. It enhances storage density in enterprise systems. It supports efficient deployment in cloud environments. This design is essential for modern enterprise storage systems.

Hot Plug Seamless Enterprise

The hot-plug feature enables drive replacement without system downtime. It ensures continuous enterprise operations during maintenance. It reduces interruptions in data center environments. It enhances system availability during hardware replacement. It supports efficient storage management workflows. It minimizes operational risks during component failure. It improves service continuity in enterprise systems. It ensures seamless integration of replacement drives. This capability is critical for high availability storage environments.

HPE 3PAR 7000 Integration Enterprise Storage Infrastructure

The drive is designed for seamless integration with HPE 3PAR 7000 storage systems. It enhances storage performance within enterprise infrastructures. It supports optimized data distribution across storage arrays. It improves efficiency in virtualized environments. It ensures compatibility with advanced storage architectures. It enables scalable enterprise deployment strategies. It maintains consistent performance across distributed systems. It supports high availability storage operations. This integration is essential for enterprise storage optimization.

Low Latency Data Access Rapid Enterprise Storage Response

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

Continuous Enterprise Operation Stability Reliable Storage

The drive is designed for continuous enterprise operation with stable performance. It ensures consistent functionality during extended workloads. It supports uninterrupted data processing activities. It reduces variability in system behavior. It enhances reliability in mission-critical environments. It improves system dependability under load conditions. It ensures stable operation across different environments. It supports continuous enterprise workflows. This stability is essential for enterprise storage infrastructures.

Enterprise Workload Stability Continuous Data Processing Performance

The drive is optimized for stable enterprise workload execution. It supports continuous data processing operations in data centers. It ensures consistent performance during extended workloads. It reduces variability in system behavior under load. It enhances reliability for enterprise applications. It supports database and virtualization workloads. It maintains steady throughput during continuous usage. It improves efficiency in enterprise storage environments. This stability is essential for mission-critical systems.

Thermal Stability Engineering Advanced Enterprise Storage System

The drive incorporates thermal stability engineering for efficient heat management. It ensures stable operation under continuous workloads. It reduces overheating risks in high-density environments. It maintains consistent performance across temperature variations. It enhances hardware durability over time. It supports reliable operation in data centers. It minimizes thermal stress on internal components. It improves system stability under load conditions. This thermal design ensures long-term reliability.

Enterprise Operation Balanced Power Consumption System

The drive is engineered for energy-efficient enterprise operation. It reduces power consumption during continuous workloads. It lowers operational costs in data center environments. It minimizes heat generation through optimized performance. It supports sustainable IT infrastructure practices. It maintains stable performance under varying workloads. It enhances system efficiency across enterprise operations. It supports long-term energy optimization goals. This efficiency supports modern enterprise environments.

Reliable Data Integrity Enterprise Storage Accuracy Protection Framework

The drive ensures high levels of data integrity during storage operations. It maintains accuracy during read and write processes. It reduces risks of data corruption in enterprise systems. It supports reliable handling of critical enterprise information. It ensures consistent data retrieval across workloads. It enhances trust in storage infrastructure systems. It maintains stable data structures under continuous operation. It ensures dependable storage performance. This integrity is essential for enterprise environments.

Scalable Enterprise Storage Infrastructure Flexible Growth System Architecture

The drive supports scalable enterprise storage infrastructure expansion. It enables flexible growth in data center environments. It reduces complexity during system upgrades. It supports modular deployment strategies in storage systems. It enhances adaptability in evolving IT infrastructures. It ensures efficient utilization of storage resources. It supports long-term enterprise planning requirements. It improves scalability of enterprise storage systems. This flexibility is important for enterprise environments.

Consistent Application Performance Stable Enterprise Workflow Execution

The drive delivers consistent performance for enterprise applications. It supports critical workloads across enterprise systems. It ensures smooth execution of storage operations. It maintains steady throughput during processing tasks. It reduces variability in performance levels. It enhances productivity in enterprise environments. It supports uninterrupted workflow execution. It improves reliability of storage systems. This consistency is essential for enterprise operations.

Data Processing Capability Enterprise Scale Workload Handling System

The drive is capable of handling high volume enterprise data workloads efficiently. It supports large-scale processing tasks in data centers. It ensures stable performance under heavy usage conditions. It reduces delays during data processing operations. It enhances reliability in enterprise storage environments. It supports structured and unstructured data handling. It maintains consistent throughput under load conditions. It improves efficiency in enterprise systems. This capability supports modern enterprise computing needs.

Durable Enterprise Storage Reliability System

The drive features advanced mechanical engineering designed for durability and reliability. It maintains structural stability during continuous operation. It reduces wear during high-speed spindle rotation. It ensures long-term performance consistency. It supports demanding enterprise workloads. It minimizes risk of hardware failure. It enhances reliability in storage systems. It ensures stable operation across usage cycles. This durability is critical for enterprise environments.