P07926-X21 HPE 960GB 2.5" DS SATA-6GBPS SC RI SSD

HPE P07926-X21 960GB SATA SSD Overview

The HPE P07926-X21 is a high-performance 960GB SATA 6Gbps solid-state drive designed for enterprise-class workloads. Engineered for reliability and speed, this SSD features a 2.5-inch small form factor and a smart carrier for easy hot-swapping in HPE ProLiant servers.

Key Specifications

• Manufacturer: HPE
• Part Number: P07926-X21
• Form Factor: 2.5-inch SFF
• Interface: SATA 6Gbps
• Firmware: Digitally Signed for enhanced security
• Workload Type: Mixed Use
• Carrier Type: Smart Carrier (SC)
• Plug Type: Hot Plug
• Height: 0.3 inch

Performance Highlights

• Drive Writes Per Day (DWPD): 5
• Sequential Transfer Rate: 600 MBps (external)
• 30-Day Write Endurance: 8760 GB
• Random Read IOPS: Up to 63,000 (4KiB, Q=16), Max 64,500 @Q32
• Random Write IOPS: Up to 52,500 (4KiB, Q=16), Max 52,500 @Q16

Advanced Features

• Digitally signed firmware ensures data integrity and security compliance.
• Smart Carrier design allows effortless hot-swap functionality.
• Optimized for mixed-use workloads, balancing read/write performance efficiently.
• Compact 2.5-inch SFF form factor fits seamlessly in modern server chassis.

Expansion and Connectivity

• Interface: 1 x SATA 6Gb/s
• Compatible Bay: 2.5" SFF slots

Server Compatibility

The HPE P07926-X21 SSD is fully compatible with a wide range of HPE ProLiant and Synergy servers:

HPE ProLiant BL Series

• BL460c Gen10 (2.5 inch)

HPE ProLiant DL Series

• DL20 Gen9, DL20 Gen9 Base, DL20 Gen9 Entry, DL20 Gen9 Performance, DL20 Gen9 Solution, DL20 Gen9 Special Server (2.5 inch)
• DL325 Gen10, DL325 Gen10 Performance, DL325 Gen10 SMB Solution (2.5 inch)
• DL360 Gen9, DL360 Gen9 Base, DL360 Gen9 CMS, DL360 Gen9 Entry, DL360 Gen9 Performance, DL360 Gen9 Special Server (2.5 inch)
• DL380 Gen10, DL380 Gen10 Base, DL380 Gen10 Entry, DL380 Gen10 High Performance, DL380 Gen10 Performance, DL380 Gen10 Solution (2.5 inch)
• DL380 Gen9, DL380 Gen9 Base, DL380 Gen9 Entry, DL380 Gen9 High Performance, DL380 Gen9 Performance, DL380 Gen9 Scale-up SAP HANA Tailored Datacenter Integration Compute Block, DL380 Gen9 Special (2.5 inch)
• DL560 Gen10, DL560 Gen10 Base, DL560 Gen10 Entry, DL560 Gen10 Performance (2.5 inch)

HPE ProLiant ML Series

• ML110 Gen10, ML110 Gen10 Entry, ML110 Gen10 Performance, ML110 Gen10 Solution (2.5 inch)
• ML350 Gen10, ML350 Gen10 Base, ML350 Gen10 Entry, ML350 Gen10 Performance, ML350 Gen10 Solution, ML350 Gen10 Sub-Entry (2.5 inch)

HPE ProLiant WS & XL Series

• WS460c Gen9, WS460c Gen9 Graphics, WS460c Gen9 Graphics Expansion (2.5 inch)
• XL170r Gen10, XL190r Gen10 (2.5 inch)

HPE Synergy Compute Modules

• 680 Gen9 4S-EX Base Compute Module
• 680 Gen9 4S-EX Compute Module
• 680 Gen9 4S-EX Performance Compute Module (all 2.5 inch)

HPE P07926-X21 960GB SATA 6Gbps 2.5-Inch SFF Mixed Use SSD

The HPE P07926-X21 960GB SATA 6Gbps 2.5-inch Small Form Factor (SFF) Digitally Signed Firmware Smart Carrier Mixed Use Solid State Drive is part of HPE’s enterprise-grade mixed-use SSD category. These drives are engineered to handle a balanced workload of both read and write operations, making them ideal for environments where neither operation dominates but where performance, endurance, and reliability remain critical. Mixed-use SSDs bridge the gap between read-intensive and write-intensive drives, providing a versatile solution for enterprise applications that require consistent performance, moderate endurance, and cost-effective storage density.

Technical specifications and interface capabilities

This category of SSDs leverages the SATA 6Gbps interface to deliver high-speed data transfer suitable for mainstream enterprise workloads. The 2.5-inch SFF design allows for dense storage configurations in rack-mounted servers and storage arrays, maximizing the number of drives per chassis. With a 960GB capacity, these SSDs offer sufficient space for applications such as virtualization, moderate database workloads, caching layers, and mixed-use storage tiers. The SATA interface ensures broad compatibility with a wide range of HPE servers and storage controllers, simplifying deployment and maintenance while providing reliable data throughput for mission-critical workloads.

Mixed-use workload optimization

HPE P07926-X21 SSDs are optimized for mixed-use workloads, which combine read and write operations at varying ratios, typically around 70% reads to 30% writes. This category is ideal for general-purpose enterprise applications, including database transaction logs, virtual desktop infrastructure (VDI), email servers, content management systems, and file storage servers. Mixed-use optimization ensures that both read and write operations are handled efficiently, providing consistent IOPS, low latency, and predictable throughput without compromising endurance or reliability. The category emphasizes workload versatility, making these drives a flexible choice for data center environments where application demands fluctuate.

Digitally signed firmware and Smart Carrier technology

A defining feature of this SSD category is the inclusion of digitally signed firmware, which verifies the authenticity and integrity of the drive’s firmware before deployment. This ensures protection against unauthorized firmware updates, mitigates the risk of system instability, and guarantees compatibility with HPE server ecosystems. Additionally, HPE’s Smart Carrier technology enhances operational management by providing LED status indicators, hot-swappable capability, and seamless integration with HPE management software. Administrators can monitor drive health, performance, and predictive failure alerts in real time, enabling proactive maintenance and minimizing downtime.

Performance characteristics and latency considerations

Mixed-use SSDs such as the HPE P07926-X21 provide a balanced performance profile optimized for environments where both read and write operations are significant. Typical performance metrics include thousands of IOPS for random workloads and consistent sequential throughput, ensuring rapid access to frequently used data. Low latency is a critical consideration in this category, particularly for applications that require fast response times, such as virtualized environments, transactional systems, and medium-load database operations. The balanced architecture ensures that the SSD delivers stable performance across varied workload types, reducing performance bottlenecks and improving application responsiveness.

Reliability, endurance, and data protection

Reliability is central to the mixed-use SSD category. HPE P07926-X21 drives are engineered with enterprise-grade NAND, advanced error correction code (ECC), wear leveling, and power-loss protection features to protect data integrity and prolong drive lifespan. Endurance ratings for mixed-use SSDs are calibrated to support both read and write operations over the life of the drive, typically measured in drive writes per day (DWPD). By providing balanced endurance, these drives are suitable for long-term deployment in general-purpose enterprise environments, ensuring continuous operation and predictable performance for mixed-use workloads.

Integration with HPE server and storage ecosystems

HPE mixed-use SSDs integrate seamlessly with HPE ProLiant servers, HPE storage arrays, and HPE management tools such as OneView and Smart Storage Administrator. This integration enables centralized monitoring, firmware updates, and predictive analytics, reducing administrative overhead and improving operational efficiency. The Smart Carrier design facilitates hot-swapping and LED indicators allow quick identification of drive status, further enhancing serviceability. The category underscores the importance of ecosystem integration to maintain reliable, high-performing storage infrastructure while simplifying management across multiple drives and servers.

Scalability and density considerations

The 2.5-inch SFF form factor supports high-density storage deployment, allowing enterprises to maximize capacity within rack-mounted server configurations. By deploying multiple mixed-use SSDs, organizations can create scalable storage solutions that deliver balanced performance across read and write workloads. Proper density planning is crucial to maintain thermal efficiency and ensure consistent performance, as densely packed drives can generate significant heat under sustained operation. HPE’s Smart Carrier and chassis designs facilitate optimal airflow and thermal management, ensuring reliable operation for mixed-use applications over extended periods.

Power efficiency and thermal management

Mixed-use SSDs are designed to deliver high performance while maintaining power efficiency. Lower power consumption contributes to reduced cooling requirements and operational costs. HPE P07926-X21 drives maintain stable operation even under continuous mixed workloads, ensuring predictable thermal performance. Efficient power and thermal management are particularly important in dense data center deployments, where multiple drives operating simultaneously must remain within safe temperature ranges to avoid performance degradation or hardware failure.

Security features and compliance

This category emphasizes enterprise security features, including digitally signed firmware and optional self-encrypting drive (SED) functionality. SSDs can support secure erase and encryption standards to protect sensitive data in compliance with organizational or regulatory requirements. By integrating security at the firmware and drive level, the HPE P07926-X21 category ensures that enterprise data remains protected from unauthorized access, theft, or accidental deletion while supporting secure deployment across mission-critical environments.

Use cases and workload suitability

Mixed-use SSDs such as HPE P07926-X21 are ideal for environments that require a balance between read and write operations. Common use cases include virtualized server environments, medium-load transactional databases, email servers, content management systems, caching solutions, and general-purpose enterprise storage tiers. By delivering balanced performance, low latency, and consistent throughput, these drives meet the demands of fluctuating workloads, ensuring that enterprise applications remain responsive and reliable. This category emphasizes flexibility, making it suitable for data centers seeking versatile storage solutions that can accommodate varying workload requirements.

Maintenance, monitoring, and lifecycle management

HPE mixed-use SSDs provide enterprise-grade tools for proactive maintenance and monitoring. The Smart Carrier design supports hot-swappable replacement, minimizing downtime during maintenance. Integration with HPE management software allows administrators to monitor health, performance, and predictive failure alerts, enabling timely intervention before drive failures affect system operations. Lifecycle management capabilities ensure that drives can be updated securely, monitored continuously, and replaced efficiently, supporting long-term operational reliability and reducing total cost of ownership (TCO) for enterprise storage deployments.

Advantages of the mixed-use SSD category

The HPE P07926-X21 mixed-use SSD category offers a balanced combination of performance, reliability, and versatility. By supporting both read and write operations efficiently, these drives cater to a broad range of enterprise applications without the need to deploy specialized read-intensive or write-intensive drives. Benefits include consistent IOPS, low latency, moderate endurance, secure firmware management, and seamless integration within HPE server and storage ecosystems. The Smart Carrier design and centralized monitoring tools enhance serviceability, simplify administration, and ensure high availability for mixed workloads.

Performance optimization strategies

Administrators deploying HPE P07926-X21 SSDs can maximize performance by grouping mixed-use workloads appropriately, balancing storage I/O, and monitoring drive health through HPE management tools. Proper deployment strategies, including tiered storage allocation, workload segmentation, and proactive thermal management, ensure predictable performance and longevity. Monitoring tools allow for real-time insights into performance metrics, enabling fine-tuned optimization of storage infrastructure for mixed workloads.