P05393-001 HPE 300GB 15000 RPM SAS 12GBPS LFF HDD

Highlights of HPE P05393-001 300GB SAS 12GBPS 15K RPM HDD

The HPE P05393-001 300GB SAS 12Gbps 15K RPM 3.5-inch LFF Hard Drive is designed for high-performance enterprise environments. With ultra-fast spindle speed, robust SAS interface, and digitally signed firmware, this HDD delivers secure, reliable, and efficient storage for mission-critical applications and data centers.

General Information

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Number: P05393-001
• Product Type: Enterprise SAS Hard Disk Drive
• Sub Type: 300GB SAS 12GBPS 15000 RPM
• Drive Category: High-performance server HDD

Technical Specifications

Performance & Speed Details

• Spindle Speed: 15,000 RPM
• Drive Type: Hot-Swap Enterprise HDD
• Interface Ports: 1 x SAS 12Gb/s
• Compatible Bay: 3.5-inch LFF

Primary Specifications

• Capacity: 300 GB
• Form Factor: 3.5-inch Large Form Factor (LFF)
• Interface: SAS 12Gb/s
• Transfer Rate: Up to 1.2 Gbps

Security and Firmware Protection

• Digitally Signed Firmware ensures data integrity
• Prevents unauthorized firmware modifications
• Enhances enterprise-level security compliance

Compatibility

HPE ProLiant DL380 Gen10 Systems

• DL380 Gen10 (3.5-inch LFF)
• DL380 Gen10 Base configuration
• DL380 Gen10 Entry-level servers
• DL380 Gen10 High Performance models
• DL380 Gen10 Performance editions
• DL380 Gen10 Solution deployments

Extended Compatibility

• HPE ProLiant Gen8 servers
• HPE ProLiant Gen9 servers
• HPE ProLiant Gen10 servers

Overview of HPE P05393-001 300GB 15K RPM 3.5 Inch LFF HDD

The HPE P05393-001 300GB SAS 12Gbps 15000 RPM Enterprise 3.5 Inch LFF SCC Digitally Signed Firmware Hard Disk Drive is engineered for enterprise environments that require extremely fast data access and consistent reliability under continuous workloads. This high speed storage device is specifically designed for mission critical applications such as enterprise databases and transactional systems where latency must be minimized. The 300GB capacity is tailored for performance driven workloads rather than bulk storage usage. The 15000 RPM rotational speed ensures rapid data retrieval and reduced seek time improving application responsiveness.

Enterprise Grade Design and High Speed Storage Performance Architecture

The mechanical design of this HDD is built to support high speed operation while maintaining durability in enterprise environments. The internal components are optimized for rapid rotational movement ensuring minimal latency during data access. It incorporates precision engineering techniques to reduce vibration and maintain stability in multi drive configurations. The firmware is designed to handle complex I/O operations ensuring consistent performance across workloads. The drive supports continuous operation in enterprise data centers where uptime is critical. 

HPE Server Integration and Enterprise Platform Structure

This HDD is fully optimized for integration within HPE ProLiant server ecosystems ensuring compatibility across enterprise platforms. It works seamlessly with HPE Smart Array controllers providing reliable RAID functionality. The drive supports hot plug capability allowing replacement without shutting down the system. It is compatible with multiple server generations supporting hybrid IT infrastructures. The firmware communicates with system level tools for performance tracking and diagnostics. It aligns with enterprise storage standards ensuring easy deployment. The integration simplifies configuration processes in data center environments. This ensures consistent performance and reliability across enterprise infrastructures.

SAS 12GBPS Interface High Speed Communication Architecture

The SAS 12Gbps interface provides high speed communication between storage components ensuring efficient data transfer. It offers superior bandwidth compared to older interfaces enabling rapid data processing. The interface supports full duplex communication allowing simultaneous read and write operations. It is optimized for multi drive configurations commonly used in enterprise systems. The architecture ensures low latency and high reliability in data transmission. It maintains signal stability reducing the risk of transmission errors. It supports scalable storage deployments in data centers. This interface is essential for high performance enterprise environments.

Dual Port SAS Connectivity and Enterprise Data Path Redundancy Design

The dual port SAS configuration enhances system reliability by providing multiple communication paths between the drive and controller. It ensures continuous data access even if one path becomes unavailable. The architecture improves fault tolerance in enterprise storage environments. It supports balanced workload distribution across communication channels. It ensures uninterrupted operation in mission critical applications. It enhances reliability in RAID and clustered storage systems. It reduces downtime risks in enterprise infrastructures. This ensures maximum availability for business critical operations.

300GB Capacity Configuration for Performance Focused Enterprise Workloads

The 300GB storage capacity is designed for enterprise workloads where speed and rapid data access are prioritized. It is suitable for database environments and transaction processing systems requiring fast access to frequently used data. The capacity allows efficient allocation of resources in performance sensitive infrastructures. It reduces latency when accessing critical datasets improving system responsiveness. It supports enterprise workload planning strategies focused on performance. The drive ensures optimal use of storage space in high performance systems. It is widely used in applications requiring fast data retrieval. This makes it an essential component for enterprise storage solutions.

15000 RPM Rotational Speed and Ultra Fast Data Access Performance Characteristics

The 15000 RPM rotational speed provides exceptional mechanical performance enabling ultra fast data access. It significantly reduces seek time improving system responsiveness. The high speed enhances IOPS performance making it suitable for demanding enterprise workloads. The mechanical design ensures durability under continuous high speed operation. It maintains consistent performance under heavy workloads. It improves database query processing and application response times. It supports enterprise systems requiring high efficiency. This makes it ideal for mission critical environments.

High IOPS Capability and Enterprise Transaction Processing Workload Handling

This HDD is optimized for high IOPS workloads making it suitable for transactional applications. It efficiently handles random read and write operations ensuring smooth execution of enterprise systems. The firmware is tuned for low latency under heavy workloads. It supports multi user environments with concurrent access requirements. It ensures stable performance during peak demand conditions. It reduces delays in database operations improving efficiency. It is widely used in enterprise applications requiring fast data access. This ensures reliable performance in mission critical systems.

Sequential Throughput Performance and Enterprise Data Processing Capability

The drive provides stable sequential throughput performance suitable for enterprise data processing operations. It ensures efficient transfer of large data volumes across storage systems. The SAS interface enhances sustained transfer rates improving overall performance consistency. It supports RAID configurations for aggregated throughput output. The architecture ensures consistent bandwidth utilization across workloads. It maintains stable performance during continuous operations. It is suitable for enterprise storage environments requiring reliable throughput. This ensures efficient data handling in IT infrastructures.

Enterprise RAID and Data Protection Architecture

This HDD is fully compatible with enterprise RAID configurations ensuring redundancy and data protection. It supports multiple RAID levels used in enterprise storage systems. The drive enhances system reliability through fault tolerant configurations. It ensures data consistency across multiple drives in RAID arrays. It supports efficient rebuild processes during drive failure scenarios. It is widely used in enterprise backup systems. The architecture maintains stable performance in RAID environments. This ensures reliable data protection for critical applications.

Data Integrity Assurance Mechanisms

The drive incorporates advanced error correction technologies ensuring high data integrity across enterprise workloads. It automatically detects and corrects data inconsistencies during operation. The system maintains stable performance under continuous workloads. It reduces risk of data corruption in storage systems. It ensures accurate data retrieval in enterprise applications. It supports reliable communication between system components. It enhances long term storage reliability. This ensures secure enterprise data handling.

Digitally Signed Firmware Security Framework and Enterprise Data Protection Layer

The digitally signed firmware ensures that only verified and authenticated firmware is executed on the drive. It protects against unauthorized modifications that could compromise system security. The security framework supports enterprise compliance requirements. It enhances trust in storage infrastructure deployments. It ensures stable and secure operation in enterprise environments. It prevents malicious firmware alterations. It supports secure IT infrastructure standards. This makes it suitable for organizations requiring strong data protection measures.

Firmware Authentication Control and Secure Execution Environment Structure

The firmware authentication process ensures that all firmware updates are validated before execution. It prevents unauthorized code from running on the drive. The system maintains strict control over firmware operations. It supports enterprise level security policies. It enhances data protection across storage systems. It ensures safe operation in multi tenant environments. It reduces security risks in enterprise infrastructures. This strengthens overall system reliability and trust.

3.5 Inch LFF Design and Enterprise Storage Deployment Flexibility

The 3.5 inch Large Form Factor design ensures compatibility with enterprise server bays and storage enclosures. It supports scalable deployment in data center environments. The design allows integration into existing infrastructure without modification. It ensures proper airflow and cooling within server systems. It supports enterprise storage configurations requiring standard form factors. It enables flexible deployment across different systems. It enhances compatibility with multiple server platforms. This makes it suitable for enterprise storage environments.

Thermal Handling Design and Stable Operation in Enterprise Environments

The HDD is engineered to maintain stable operating temperatures during continuous workloads. It supports efficient heat dissipation within server environments. The design reduces overheating risks in high density storage systems. It ensures consistent performance under varying temperature conditions. It is optimized for airflow cooling architectures in data centers. It enhances long term hardware stability. It maintains reliable operation during heavy workloads. This ensures dependable performance in enterprise infrastructures.

Power Usage Characteristics and Enterprise Energy Considerations

The drive is designed to balance performance with power consumption in enterprise environments. It maintains stable operation without excessive energy usage. It reduces heat generation supporting cooling system performance. It supports cost conscious IT infrastructure planning. It ensures consistent performance without power fluctuations. It is suitable for large scale deployments in data centers. It contributes to stable system operation. This ensures reliable enterprise storage functionality.

Hot Plug and Enterprise Serviceability Advantages

This HDD supports hot plug functionality allowing replacement without shutting down the system. It simplifies servicing procedures in enterprise environments. The design enables quick installation and removal in server systems. It reduces downtime during maintenance activities. It improves operational workflow for IT teams. It supports standardized enterprise server configurations. It ensures continuous availability of storage systems. This enhances reliability in enterprise infrastructures.

Long Term Durability and Enterprise Lifecycle Reliability Standards

The drive is engineered for long term durability ensuring stable performance over extended operational periods. It is tested under enterprise workload conditions to ensure reliability. The mechanical components are designed for extended lifecycle usage. It maintains consistent output during continuous operation. It includes features that support predictive failure awareness. It ensures dependable performance in enterprise infrastructures. It is suitable for mission critical applications. This makes it a trusted enterprise storage solution.

Backup Systems and Enterprise Data Retention Deployment Use Cases

This HDD is widely used in enterprise backup systems where reliable storage is essential. It supports large scale backup operations efficiently. It ensures stable performance during data replication processes. It is optimized for long term data retention environments. It ensures data consistency across backup systems. It supports disaster recovery planning strategies. It is essential for enterprise data protection. This ensures reliable storage for critical information.

Scalable Storage Deployment and Enterprise Infrastructure Growth Capability

The drive supports scalable storage deployment allowing enterprises to expand capacity as needed. It integrates seamlessly into existing storage arrays. It supports large scale deployment in enterprise environments. It ensures efficient use of storage resources. It is compatible with RAID and JBOD configurations. It supports flexible infrastructure planning. It enables future expansion without complexity. This makes it ideal for growing enterprise systems.

Enterprise System Integration and Real Time Performance Visibility Capability

The HDD integrates with enterprise tools enabling visibility into storage performance and system health. It provides insights for proactive system handling. It supports analysis of workload behavior. It enhances storage system awareness in enterprise environments. It ensures continuous tracking of operational parameters. It improves reliability of IT infrastructures. It supports enterprise level system control. This enhances overall performance visibility in data centers.

Enterprise Application Support and High Performance Workload Stability

This HDD supports enterprise applications requiring high speed and reliable storage. It is suitable for database systems and business critical applications. It ensures consistent data access performance improving system responsiveness. It supports multi user environments with concurrent workloads. It maintains stable performance under continuous operation. It is optimized for scalable enterprise systems. It ensures reliable business operations. This makes it essential for enterprise IT infrastructures.