792368-001 HPE 0 Hours 480GB SATA 6GBPS VE 2.5 Inch MLC SSD

The HPE 792368-001 0 Hours 480GB SATA 6Gbps Value Endurance MLC SSD is a highly reliable enterprise-grade storage solution designed for HP servers. With a 2.5-inch form factor, hot-swap capability, and advanced MLC NAND technology, it offers both durability and consistent performance for mission-critical workloads. Businesses and IT administrators can rely on this drive for faster data processing, smooth application performance, and energy-efficient operations.

Key Specifications

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Number: 792368-001
• Model: VK0480GEQNB
• Device Type: Enterprise-grade SATA SSD
• Storage Capacity: 480GB
• Interface: SATA 6Gbps
• Form Factor: 2.5-inch SFF (Small Form Factor)
• Hot Swap: Yes
• Drive Type Supported: SSD (Solid State Drive)

Performance and Reliability

Designed for enterprise environments, the HPE 792368-001 provides high read and write speeds with reduced latency. The 6Gbps SATA interface ensures seamless data transfer, while its multi-level cell (MLC) NAND flash supports endurance for workloads requiring frequent read/write cycles. Whether used in a database server, virtualization host, or storage array, it maintains consistent uptime and performance.

Advantages of HPE 792368-001 SSD

• Enhanced input/output performance compared to traditional hard drives.
• Hot-swappable design allows drive replacement without system downtime.
• Optimized for HP ProLiant servers and compatible enterprise platforms.
• Efficient power consumption reduces operational costs.
• Value Endurance classification ensures a balance between cost and durability.

Compatibility with HP Servers

This solid-state drive is designed for seamless integration with HP ProLiant and other supported servers. Its compatibility ensures enterprises can upgrade or replace storage without worrying about hardware conflicts. By following HP-certified specifications, the 792368-001 delivers stable performance within enterprise data centers.

Technical Insights

With its 2.5-inch small form factor, this SSD is space-efficient, making it ideal for dense server racks. It supports quick swap and replacement features, allowing IT teams to maintain uptime during hardware upgrades. The drive’s SATA 6Gbps interface ensures fast connectivity, while its 480GB capacity is suitable for databases, business applications, and enterprise storage pools.

Detailed Technical Features

Storage Capacity

Provides 480GB of enterprise-level storage, suitable for handling moderate to heavy workloads in business applications.

Interface

Equipped with a SATA 6Gbps connection, it supports reliable high-speed transfers for data-intensive operations.

Form Factor

The 2.5-inch design saves rack space and allows for high-density server configurations.

Endurance & Reliability

MLC NAND flash technology ensures a balance of cost-effectiveness and endurance, making it dependable for enterprise usage.

Reasons of Choose the HPE 792368-001 SSD

Businesses requiring consistent performance, secure data storage, and easy integration into HP systems benefit greatly from this SSD. Its hot-swap capability minimizes downtime, while its optimized design ensures it meets enterprise requirements.

Business Benefits

• Improved application response times for business-critical software.
• Cost-efficient storage with Value Endurance classification.
• Secure and reliable storage for sensitive data.
• Long operational life with MLC NAND durability.
• Quick and seamless integration into HP systems.

Use Cases

The HPE 792368-001 SSD is versatile and ideal for multiple enterprise use cases. It improves storage efficiency and ensures uninterrupted system operations.

Common Applications

• Database servers handling structured and unstructured data.
• Virtualization environments requiring fast I/O performance.
• Email and communication servers with heavy read/write operations.
• File storage systems ensuring quick access to large volumes of data.
• Business intelligence and analytics platforms with frequent data queries.

Key Highlights at a Glance

• Enterprise-class SSD with 480GB storage capacity.
• SATA 6Gbps interface for high-speed connectivity.
• Hot-swap design for minimal downtime.
• 2.5-inch SFF form factor for efficient rack utilization.
• Reliable MLC NAND flash for balanced endurance and performance.
• HP-certified for seamless integration with ProLiant servers.

Outline of the HPE 480GB SATA 6Gbps MLC SFF SSD

The 792368-001 HPE 480GB SATA 6GBPS Value Endurance MLC SFF Solid State Drive is a purpose-built storage component designed for HPE servers and storage systems that require a balance of durability, predictable performance, and cost-efficient capacity. This category covers the specific OEM-branded 480GB SATA drive using multi-level cell (MLC) NAND, a Small Form Factor (SFF) 2.5" physical profile and a SATA III interface (6 Gbps). The drive is targeted at mixed workload environments where consistent write endurance, low-latency access, and enterprise manageability are required without the higher cost of NVMe or enterprise-class endurance tiers.

Key attributes and why they matter

• Form Factor (SFF / 2.5") — fits HPE ProLiant hot-swap bays and SFF caddies for dense server configurations.
• Interface (SATA 6Gbps) — universal compatibility with legacy controllers and HPE Smart Array controllers; ideal for boot/system volumes and read-heavy application tiers.
• Capacity (480GB) — a practical size for operating systems, virtualization hosts, caching layers, and mid-tier databases while balancing price per GB.
• NAND Type (MLC) — multi-level cell NAND that typically offers a middle-ground endurance and performance profile compared to TLC and SLC, suitable for "value endurance" use cases.
• HPE Part Number (792368-001) — OEM-validated part ensuring firmware compatibility, mechanical fit, and HPE warranty/return options when used in supported systems.

Technical specifications — what to expect

Electrical & mechanical

The SFF 2.5" SSD follows standard enterprise mechanical dimensions and electrical signalling for SATA III. It is typically rated for low power draw in steady state and higher transient draw during peak I/O. This makes it practical for blade enclosures and rack servers where power budgets are carefully managed.

Performance characteristics

While exact numbers vary by firmware and test methodology, drives in this class emphasize consistent zero-queue and low-latency performance for random reads and reads mixed with moderate writes. Sequential throughput is constrained by the SATA 6 Gbps link but is still adequate for many system and archival tasks.

• Random I/O: optimized for rapid small-block reads and moderate small-block writes.
• Sequential I/O: sufficient for bulk transfers up to the limits of SATA III.
• Latency: designed for lower latency than spinning media — a strong upgrade for OS and database response times.

Endurance, reliability and MLC behavior

The term “Value Endurance” indicates NAND and firmware tuned so the drive provides a usable endurance rating higher than consumer-grade TLC while remaining cost-efficient relative to higher endurance enterprise SSDs. MLC cells typically support more program/erase cycles than TLC, improving longevity under write-heavy workloads. That said, exact endurance metrics (such as DWPD, TBW or MTBF) should be checked against the manufacturer's datasheet for the 792368-001 SKU before deployment.

Wear management features

• Wear leveling — evens out program/erase cycles across the flash to extend life.
• Over-provisioning — reserved blocks improve sustained performance and endurance.
• TRIM and garbage collection — maintain efficient write performance over time in operating systems and hypervisors that support trim commands.
• SMART monitoring — exposes drive-health and wear indicators to management tools and HPE system utilities.

Compatibility and integration with HPE platforms

The 792368-001 is identified and marketed as an HPE-compatible drive. Because it is an OEM SKU, it is often validated for specific HPE generations and controllers. Common integrations include:

• HPE ProLiant rack and tower servers (SFF bays)
• HPE blade and modular systems with SFF carrier support
• HPE Smart Array controllers and many SATA RAID controllers
• HPE system management tools (iLO, SPP compatibility considerations for firmware)

Controller and RAID considerations

SATA drives are typically attached to HBA or RAID controllers. When used in RAID arrays, be aware of write-cache behavior, battery/flash-backed cache implications, and rebuild characteristics. For mixed SSD/HDD arrays, segment SSDs into tiers where their low-latency benefits are most impactful (OS, caches, hot datasets).

Use cases 

Server boot and OS volumes

Use the 480GB SATA MLC SSDs as system boot volumes or OS partitions. The reduced seek time and improved random IOPS compared to HDDs significantly speed boot times, patching, and service restarts.

Virtualization hosts and small-scale VDI

This class of drive works well as local storage for virtualization hosts that require responsive guest OS performance. With 480GB capacity, you can allocate multiple VMs for test/dev or production workloads that are not highly write-intensive.

Caching and read-accelerated tiers

Deploy as a caching layer (either hypervisor-level or application-level) to accelerate read-dominant workloads and reduce latency to back-end HDD arrays.

Database indexes and application servers

Use for indexes and frequently-accessed files in relational databases or application servers where low-latency reads matter more than ultra-high sustained write throughput.

Operational best practices

Monitoring, firmware and lifecycle management

Regular monitoring of SMART attributes, firmware updates through HPE Service Pack for ProLiant (SPP) or direct HPE firmware channels, and proactive capacity planning are crucial. Keep an inventory of drive firmware versions to ensure consistency across RAID pairs and to avoid unexpected compatibility issues during server updates.

SMART attributes to watch

• Reallocated/retired block count
• Percentage used / wear level indicator
• Total host writes (TBW)
• Uncorrectable read errors
• Power-on hours and temperature

Backup, RAID and redundancy planning

SSDs reduce some failure modes found with HDDs but require the same rigorous backup and HA planning: RAID for availability, frequent backups for data integrity, and tested restore procedures. For critical workloads, mirror OS partitions and use RAID-protected volumes for data — never treat a single SSD as the sole source of truth.

Comparisons & positioning

MLC vs TLC vs SLC — endurance and performance nuances

MLC (two bits per cell) occupies a middle ground:

• SLC — highest endurance, highest cost (1 bit per cell).
• MLC — good endurance and performance for many enterprise use cases at moderate cost (2 bits per cell).
• TLC — higher density, typically lower endurance, best for cold-storage and cost-sensitive bulk capacity (3 bits per cell).

The 792368-001 MLC-based drive is therefore well-suited when write endurance matters but budget constraints rule out SLC or higher-endurance enterprise SSDs.

SATA 6Gbps vs NVMe — when SATA still makes sense

NVMe drives deliver far higher throughput and much lower queue depths, beneficial for latency-sensitive, high-concurrency workloads. However, SATA still provides advantages:

• Compatibility with older controllers and HPE platforms without NVMe backplanes.
• Lower cost per GB for many deployment scenarios.
• Easier hot-swap mechanical support and firmware consistency on legacy infrastructures.

For migrations or heterogeneous environments, SATA 480GB MLC SSDs remain a pragmatic upgrade path from HDDs.

Extended guidance for IT architects

Capacity planning and ROI

When planning an SSD deployment, compute total cost of ownership (TCO) by comparing costs per usable GB, power savings (SSDs draw less power than HDDs), improved performance (fewer servers or faster time-to-completion), and maintenance overhead. 480GB SSDs can reduce storage footprint and accelerate operations, but consider a hybrid architecture to balance capacity and performance economically.

Future-proofing and migration paths

If future workloads demand lower latency and higher concurrency, plan for NVMe adoption on a measured timetable. However, SATA MLC drives like the 792368-001 can act as a transitional layer: accelerate current services today while architecting for NVMe adoption later.

Glossary & terminology (helpful for buyers)

Value Endurance

A designation indicating higher endurance characteristics than consumer-grade drives, tuned for enterprise/workstation usage patterns while maintaining moderate cost.

MLC (Multi-Level Cell)

Flash memory storing two bits per cell — a balance of performance and endurance between SLC and TLC.

SFF (Small Form Factor)

A 2.5" drive size commonly used in modern servers and dense storage configurations.

TBW / DWPD / MTBF

Common endurance and reliability metrics: Terabytes Written, Drive Writes Per Day, and Mean Time Between Failures. Use them to compare expected life for your workload.