P06979-001 HPE 750GB SSD G9-G10 NVMe LL WI DS Firmware Write Intensive

HPE P06979-001 750GB NVMe Solid State Drive Overview

The HPE P06979-001 is a high-performance 750GB NVMe Solid State Drive, designed for modern data centers and enterprise workloads. Engineered with advanced write-intensive capabilities, this SSD ensures reliable, high-speed storage for HPE ProLiant and Apollo server platforms.

Key Features and Advantages

• Manufacturer: HPE
• Part Number: P06979-001
• Drive Type: Internal Solid State Drive (SSD)
• Capacity: 750GB NVMe
• Form Factor: 2.5-inch
• Interface: PCI Express x4 (NVMe)
• Secure Operation: Digitally Signed Firmware for enhanced data integrity
• Bundled Component: HPE Smart Carrier NVMe (SCN) for simplified installation

Performance Specifications

• Drive Writes Per Day (DWPD): 30 – ideal for write-intensive enterprise workloads
• Random Read Performance: Up to 575,000 IOPS for rapid data retrieval
• Random Write Performance: Up to 585,000 IOPS for demanding applications
• Maximum Random Read: 575,000 IOPS
• Maximum Random Write: 585,000 IOPS

Technical and Extended Details

• Device Type: Internal Solid State Drive
• Capacity: 750GB
• Form Factor: 2.5-inch, suitable for standard server bays
• Interface: PCI Express x4 (NVMe), delivering ultra-low latency
• Features: Digitally signed firmware ensures secure and stable operation
• Bundled With: HPE Smart Carrier NVMe (SCN) for easy deployment

Expansion & Connectivity

• Interface Ports: 1 x PCI Express x4 (NVMe)
• Compatible Drive Bays: 2.5-inch form factor

Compatibility Across HPE Server Platforms

ProLiant BL Series

• BL460c (G9, G10)
• BL660c (G9)

ProLiant DL Series

• DL325 (G10+)
• DL360 (G9, G10)
• DL380 (G9, G10)
• DL385 (G10, G10+)
• DL560 (G9, G10)
• DL580 (G9, G10)

ProLiant ML Series

• ML350 (G9, G10)

Apollo Series

• 4500, 4510, 4520, 4530 (G10)
• k6000, d6500, r2200, r2600, r2800 (G10)

HPE P06979-001 750GB NVMe Write Intensive SSD for G9-G10 Servers

The HPE P06979-001 750GB Solid State Drive (SSD) represents a high-performance, enterprise-grade NVMe storage solution designed for write-intensive workloads in HPE Gen9 (G9) and Gen10 (G10) server environments. This category focuses on write-optimized SSDs engineered to deliver low-latency, high-throughput write performance while maintaining enterprise-class reliability, endurance, and security. Featuring digitally signed (DS) firmware and integration with HPE management tools, the P06979-001 SSD is ideal for applications requiring frequent write operations such as transactional databases, logging-intensive systems, virtualization, hyper-converged infrastructure, and other mission-critical workloads where predictable write performance is paramount.

Technical specifications and interface advantages

The HPE P06979-001 leverages the NVMe protocol over a PCIe interface, providing substantial performance advantages compared to legacy SAS or SATA SSDs. NVMe technology utilizes multiple parallel queues and optimized data paths to reduce latency, maximize throughput, and improve IOPS, making it suitable for enterprise workloads that demand rapid write operations. With a capacity of 750GB, this drive balances storage density and performance, supporting environments where high-speed writes and consistent performance are critical. This SSD category highlights the significance of PCIe NVMe technology in modern data centers, enabling fast and deterministic access to critical storage resources while reducing CPU overhead.

Write-intensive optimization and workload focus

This category emphasizes SSDs designed specifically for write-intensive applications. HPE P06979-001 drives are optimized to sustain frequent, high-volume write operations without compromising drive endurance or reliability. Typical workloads include online transaction processing (OLTP), log-intensive applications, real-time analytics, VM storage, and caching environments. These drives employ enterprise-grade NAND flash, advanced wear-leveling algorithms, and sophisticated error correction codes (ECC) to ensure consistent write performance over the entire life of the SSD. By focusing on write-intensive optimization, this category provides organizations with storage solutions that reliably handle sustained high-write workloads.

Digitally signed firmware and security features

Enterprise-grade security is a core feature of this category. The HPE P06979-001 SSD incorporates digitally signed firmware, ensuring firmware authenticity and integrity. This feature mitigates risks associated with unauthorized firmware modifications, reducing the potential for system instability or security vulnerabilities. Additionally, this category supports self-encrypting drive (SED) capabilities, secure erase, and compliance with enterprise data protection standards. Integration with HPE management platforms enables administrators to monitor firmware versions, verify drive health, and deploy secure updates efficiently, ensuring that storage infrastructure remains secure, reliable, and compliant with organizational policies.

Performance and latency characteristics

Write-intensive SSDs like the HPE P06979-001 are engineered to deliver consistent, high-speed write performance with low latency. The NVMe PCIe interface facilitates direct access to system memory, reducing transaction delays and enabling high-speed write operations. These drives maintain predictable latency even under sustained heavy workloads, making them suitable for environments where real-time data processing and rapid storage response are critical. Performance metrics such as IOPS, throughput, and response time are carefully optimized to support mission-critical applications and virtualization environments that require low-latency write performance.

Reliability, endurance, and data protection

Reliability is a defining characteristic of write-intensive enterprise SSDs. HPE P06979-001 drives are engineered with high-endurance NAND flash, wear-leveling algorithms, and power-loss protection to ensure data integrity during unexpected outages. This category focuses on maximizing the total terabytes written (TBW) over the lifetime of the drive, providing a predictable endurance profile for write-heavy workloads. Additional features such as ECC, bad-block management, and advanced error detection and correction mechanisms safeguard data, enabling organizations to deploy these SSDs in critical storage environments with confidence.

Integration with HPE server and storage ecosystems

The HPE P06979-001 SSD category is tightly integrated with HPE Gen9 and Gen10 server platforms, ensuring validated compatibility, seamless firmware management, and optimized performance within HPE infrastructure. Integration with HPE management tools, such as HPE OneView and Smart Storage Administrator, allows administrators to monitor SSD health, track performance metrics, predict potential failures, and apply firmware updates centrally. This ecosystem integration simplifies management, reduces operational complexity, and ensures that write-intensive workloads operate reliably within enterprise data centers.

Scalability and form factor considerations

The 2.5-inch form factor of HPE P06979-001 enables high-density deployment in server racks and storage arrays, supporting large-scale enterprise environments. By deploying multiple write-intensive SSDs, organizations can scale storage capacity while maintaining predictable write performance. Proper configuration and workload distribution ensure that all drives operate efficiently, providing low-latency access for multiple applications simultaneously. This category emphasizes the benefits of scalable, dense storage deployment in virtualized and hyper-converged infrastructures, allowing enterprises to maximize storage efficiency without sacrificing performance.

Power efficiency and thermal management

Write-intensive NVMe SSDs are engineered for power-efficient operation, reducing heat generation and contributing to lower data center cooling costs. The HPE P06979-001 drives incorporate thermal monitoring and management capabilities, allowing continuous operation at high write speeds without overheating. Efficient thermal design ensures that drive performance remains stable under heavy workloads, extending lifespan and maintaining predictable performance over the life of the device. This category highlights the importance of thermal and power efficiency in enterprise storage environments where multiple drives are deployed in high-density configurations.