P09161-K21 HPE SATA 6GBPS 10TB 7.2K RPM HDD.

Highlights of HPE P09161-K21 10TB SATA 6GBPS 7.2K RPM HDD

The HPE P09161-K21 10TB SATA hard disk drive is engineered for reliable enterprise storage, offering high-capacity data handling, efficient performance, and seamless compatibility with HPE ProLiant servers. Designed with helium technology and digitally signed firmware, this 3.5-inch LFF midline HDD ensures durability, security, and optimized energy consumption.

General Information

• Manufacturer: HPE
• Part Number: P09161-K21
• Product Type: Hard Disk Drive
• Drive Category: SATA 6GBPS 7.2K RPM Midline

Technical Specifications

Drive Configuration

• Device Type: Hard Drive - Hot-Swap
• Storage Capacity: 10 TB
• Form Factor: 3.5-inch LFF
• Interface: SATA 6 Gbps
• Bytes per Sector: 512
• Carrier Type: Low Profile Carrier (LP)
• Plug Type: Hot Plug
• Workload Type: Business Critical (Midline)

Performance Metrics

• Data Transfer Rate: 6 Gb/sec (external)
• Spindle Speed: 7200 RPM
• Max Sequential Throughput: 240 MiB/s
• Random Read (128KiB): 110 IOPS
• Mixed Read/Write 70/30: 115 IOPS
• Mixed Read/Write 50/50: 125 IOPS

Expansion & Connectivity

• Interface Ports: 1 x SATA 6 Gb/s
• Compatible Bay: 3.5-inch LFF

Power Consumption

• Idle Time: 4.80 Watt
• Random Read/Write: 8.60 Watt
• Sequential Read: 7.70 Watt
• Sequential Write: 7.90 Watt

Environmental Conditions

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

Physical Dimensions & Weight

• Height: 5.74 inches (14.58 cm)
• Width: 8.63 inches (21.92 cm)
• Depth: 10.00 inches (25.40 cm)
• Weight: 3.00 lbs (1.36 kg)

Compatibility

HPE ProLiant DL Series

• DL20, DL160, DL325 (Gen10)
• DL20, DL325, DL345, DL360, DL365, DL380, DL385 (Gen10 Plus)
• DL110, DL320, DL325, DL345, DL360, DL365, DL380, DL380a, DL385, DL560 (Gen11)
• DL320, DL340, DL360, DL380 (Gen12)

HPE ProLiant ML Series

• ML110, ML350 (Gen10)
• ML110, ML350 (Gen11)
• ML350 (Gen12)

HPE Apollo Series

• 4200 Gen9 for Google
• 4500, 4510, 4520, 4530 (Gen10)
• k6000, d6500, r2200, r2600, r2800 (Gen10)

Overview of HPE P09161-K21 10TB SATA Midline Storage HDD

The HPE P09161-K21 10TB SATA 6GBPS 7.2K RPM 3.5Inch LP Midline Hard Disk Drive is engineered to support modern enterprise storage environments where large scale data handling, consistent throughput, and long duration reliability are critical. This drive is designed to manage rapidly expanding datasets while maintaining stability across continuous operational cycles. The 10TB capacity allows organizations to store massive volumes of structured and unstructured data within a single unit, reducing dependency on multiple drives and simplifying infrastructure layout.

Integrity Control Mechanism

The firmware validation system ensures that the drive operates using authenticated and verified firmware at all times. It prevents unauthorized firmware from being executed, protecting enterprise systems from potential vulnerabilities. This mechanism enhances operational consistency across the drive lifecycle. It ensures predictable behavior during continuous workloads. It reduces risks associated with firmware corruption. It maintains stable drive performance under varying conditions. It strengthens trust in storage infrastructure. It supports long term reliability in enterprise deployments. This control mechanism ensures dependable storage operations.

SATA 6GBPS Consistent Data Flow Communication Interface

The SATA 6Gbps interface provides a reliable pathway for data transfer between the hard drive and enterprise systems. It supports consistent read and write operations necessary for large scale storage tasks. The interface minimizes latency during data access. It ensures stable signal transmission across extended operational periods. It integrates efficiently with enterprise storage controllers. It supports steady performance under continuous workloads. It is ideal for sequential data operations. It enhances communication reliability within storage environments. This interface ensures dependable data flow.

Dual Path Communication Redundancy For Data Stability

The dual path communication framework enhances reliability by providing alternative routes for data transmission. If one pathway experiences interruption, the secondary path maintains system functionality. This improves fault tolerance in enterprise environments. It ensures uninterrupted access to stored data. It supports workload balancing across communication channels. It strengthens system resilience during peak operations. It is suitable for high availability infrastructures. It maintains stable performance under stress conditions. This redundancy significantly improves overall system dependability.

10TB Enterprise Data Capacity Consolidation Storage

The 10TB storage capacity enables enterprises to consolidate large volumes of data into a single drive. This reduces the need for multiple smaller storage devices, simplifying system architecture. It improves storage density within data center racks. It supports efficient handling of growing enterprise data demands. It is ideal for backup, archival, and bulk data storage tasks. It reduces hardware overhead. It enhances storage management efficiency. It supports scalable infrastructure growth. This capacity strengthens enterprise data storage capabilities.

7200 RPM Balanced Throughput Midline Storage Performance

The 7200 RPM rotational speed offers a balanced level of performance tailored for midline workloads. It ensures steady data transfer rates for sequential operations. It is optimized for capacity focused environments rather than high speed transaction processing. It maintains stable mechanical performance over long operational cycles. It supports reliable handling of large file transfers. It ensures consistent throughput during extended usage. It is suitable for enterprise backup and archival applications. It delivers dependable performance across workloads. This ensures consistent operational efficiency.

Sequential Data Processing Large Volume Transfer

The drive is optimized for sequential data processing tasks commonly required in enterprise storage systems. It supports efficient handling of large file transfers. It ensures consistent throughput during long duration operations. It reduces performance variability during heavy workloads. It enhances efficiency in data replication processes. It maintains stability during continuous usage cycles. It supports large dataset processing requirements. It ensures predictable performance across tasks. This improves overall data processing efficiency.

3.5 Inch Low Profile Enterprise Storage Structural Design

The 3.5 inch low profile design allows efficient integration into enterprise server environments. It supports high density storage configurations within limited rack space. It enhances airflow within server enclosures. It ensures compatibility with enterprise storage systems. It simplifies infrastructure deployment processes. It enables efficient arrangement of multiple drives. It contributes to improved thermal performance. It supports scalable storage expansion strategies. This design enhances system efficiency.

Enhanced Airflow Cooling Stability Within Storage Environment

The design of the drive supports improved airflow within server environments, reducing internal temperature buildup. It ensures consistent thermal conditions during continuous operation. It supports efficient cooling in dense storage configurations. It minimizes thermal stress on internal components. It enhances long term durability of the drive. It maintains stable performance under high workload conditions. It supports reliable operation in varying environmental conditions. It contributes to consistent system performance. This feature is essential for maintaining operational stability.

Consumption For Continuous Enterprise Operation

The drive is engineered to maintain balanced power usage during continuous operation. It ensures efficient energy utilization across enterprise workloads. It reduces unnecessary power consumption in storage systems. It supports sustainable data center operations. It contributes to lowering operational costs over time. It maintains stable performance without excessive energy demand. It is suitable for long duration usage environments. It ensures consistent energy efficiency. This improves overall system sustainability.

Uninterrupted Storage Availability

The hot swap feature allows the drive to be replaced without shutting down the system. It ensures continuous operation in enterprise environments. It reduces downtime during maintenance activities. It supports efficient hardware servicing in data centers. It allows quick replacement of faulty drives. It ensures uninterrupted access to stored data. It integrates seamlessly with enterprise server systems. It supports high availability requirements. This capability enhances operational continuity.

Long Term Data Retention Reliability And Stability

The drive is designed to maintain reliable data retention over extended periods. It ensures data integrity across long usage cycles. It supports stable performance during continuous workloads. It is suitable for mission critical storage environments. It ensures consistent preservation of stored information. It handles large datasets effectively over time. It minimizes risks associated with data degradation. It is built for enterprise durability. This ensures dependable long term storage performance.

Enterprise Backup And Archival Data Storage Framework

The drive is well suited for enterprise backup and archival storage systems. It supports large scale data backup operations. It ensures stable performance during replication tasks. It is ideal for storing historical data. It supports long term data lifecycle strategies. It enables efficient organization of archived datasets. It ensures reliability in backup processes. It integrates seamlessly with enterprise storage architectures. This strengthens data preservation strategies.

Scalable Storage Expansion Across Enterprise Infrastructure Systems

The drive supports scalable expansion of storage infrastructure within enterprise environments. It integrates easily into existing systems without major changes. It enables gradual increase in storage capacity. It reduces complexity during infrastructure upgrades. It supports distributed storage configurations. It ensures efficient utilization of storage resources. It is designed for evolving enterprise needs. It enhances flexibility in storage planning. This supports long term infrastructure growth.

Data Insight Visibility

The drive supports visibility into performance metrics through integration with enterprise monitoring tools. It provides insights into operational behavior and workload patterns. It helps identify potential issues early. It supports predictive analysis for infrastructure improvements. It ensures consistent tracking of storage performance. It enhances decision making for system optimization. It integrates with enterprise monitoring platforms. It improves overall visibility into storage operations. This strengthens operational control.

Storage Infrastructure Performance Driven System Framework

The HPE P09161-K21 10TB SATA 6GBPS 7.2K RPM 3.5Inch LP Midline Hard Disk Drive provides a robust storage solution for enterprise data centers requiring high capacity and stable performance. It combines efficient data consolidation with consistent operational reliability. The SATA interface ensures dependable communication between systems. The low profile design enhances airflow and integration within server environments. The 7200 RPM speed delivers balanced throughput for midline workloads. It supports backup, archival, and large scale data storage tasks. It enables scalable infrastructure expansion without disruption.

Workload Processing Stability And Reliability

The drive is built to handle enterprise workloads with consistent performance levels. It supports multi user environments without degradation in efficiency. It ensures stable operation during continuous workload execution. It is suitable for file storage and database systems. It maintains balanced throughput during varying workload conditions. It supports scalable enterprise applications. It ensures reliable processing of large data volumes. It is optimized for enterprise scenarios. This ensures dependable workload handling.