792243-001 HPE 480GB SATA-6GBPS SC SFF RI MLC SSD

Product Overview of HPE 792243-001 480GB SATA-6Gbps SC SFF RI MLC SSD

The HPE 792243-001 480GB SATA-6Gbps SC Small Form Factor Read Intensive MLC Solid State Drive is a highly reliable storage solution engineered for enterprise-grade servers and data center environments. Manufactured by Hewlett Packard Enterprise (HPE), this SSD is designed to deliver consistent performance, dependable durability, and enhanced efficiency across business-critical applications.

Key Specifications

• Manufacturer: HPE
• Manufacturer Part Number: 792243-001
• Product Type: Internal Solid State Drive
• Storage Capacity: 480GB
• Interface: SATA 6Gb/s
• Form Factor: 2.5 Inch Small Form Factor (SFF)
• Memory Technology: Multi-Level Cell (MLC)
• Application Type: Read Intensive Workloads
• GTIN / UPC: 00079643278916
• Model: Hewlett Packard 792243-001

Enhanced Performance for Enterprise Systems

With SATA 6Gbps connectivity, the HPE 792243-001 SSD offers quick data transfers, reducing latency and improving input/output efficiency. This makes it an excellent choice for tasks where read operations are more frequent than writes, including analytics, reporting, and cloud services.

Benefits of Using HPE 792243-001

• Reliable data access and improved read speed for mission-critical workloads.
• Optimized for enterprise applications such as virtualization, VDI, and cloud infrastructure.
• Lower power consumption compared to traditional spinning drives.
• Designed for consistent and dependable performance under demanding workloads.

Durability and Reliability

Built with Multi-Level Cell (MLC) NAND technology, this SSD offers a balance between endurance and cost-efficiency. It supports read-intensive workloads without compromising on long-term reliability, ensuring consistent operations within enterprise IT environments.

Enterprises Prefer HPE SSD Solutions

HPE solid state drives are engineered to meet rigorous industry standards. The 792243-001 model undergoes extensive testing to guarantee compatibility with HPE servers and storage systems, making it a trusted solution for organizations aiming to optimize infrastructure performance.

Advantages at a Glance

• Seamless integration with HPE ProLiant servers and storage arrays.
• Tested for reliability and endurance in enterprise-level applications.
• Compact 2.5-inch form factor saves space while delivering excellent capacity.
• Backed by HPE’s extensive hardware expertise and industry leadership.

Application Scenarios

The HPE 792243-001 480GB SSD is purpose-built for enterprises requiring high-performance storage for read-heavy workloads. Its design caters to industries such as finance, healthcare, education, and IT where data accessibility and speed are paramount.

Common Use Cases

• Data analysis and reporting environments.
• Virtualized workloads and desktop infrastructure.
• Web hosting and cloud application services.
• Database applications with read-intensive requirements.
• Enterprise storage upgrades for improved efficiency.

Technical Highlights

The combination of SATA 6Gbps bandwidth and HPE’s enterprise firmware ensures smooth, stable, and predictable operations. Its compact 2.5-inch form factor makes it suitable for dense server deployments where maximizing storage in limited space is a priority.

Key Technical Benefits

• High-speed SATA 6Gb/s interface for faster data transfers.
• Optimized for read-intensive data workloads.
• Enterprise-grade MLC NAND technology for dependable use.
• Compact size fits modern server storage bays efficiently.

Compatibility and Integration

This SSD integrates seamlessly into HPE ProLiant servers and storage solutions. It is tested and validated to ensure compatibility, reducing the risks of system errors and providing IT teams with confidence when upgrading existing systems or expanding storage capacity.

Server & Storage Compatibility

• Designed for HPE ProLiant Gen9 and Gen10 series servers.
• Fits easily into 2.5-inch storage bays across various enterprise server models.
• Certified to work with HPE Smart Array controllers and firmware.

Value Proposition of HPE 792243-001 SSD

Choosing the HPE 792243-001 480GB SATA SSD ensures long-term stability, reduced operational costs, and improved IT infrastructure efficiency. Its balance of capacity, durability, and price makes it an ideal solution for companies seeking reliable enterprise storage performance.

Reasons to Choose This SSD

• Cost-effective storage solution with enterprise-grade quality.
• Dependable read-intensive performance with minimal downtime.
• Trusted HPE engineering ensures top-notch quality and support.
• Flexible storage option suitable for a wide range of business applications.

The HPE 792243-001 (also sold under HPE/SanDisk vendor SKUs) is a 480GB, 2.5-inch, SATA 6Gb/s solid state drive engineered for read-intensive enterprise workloads. It is supplied as a small-form-factor (SFF) SC carrier drive with digitally signed firmware, MLC NAND flash and firmware tuned for consistent low latency, high IOPS, and strong data integrity controls. This SKU is part of HPE’s multi-vendor SSD portfolio specifically positioned for high-throughput, read-dominant applications in servers and storage arrays. 

Key specifications at a glance

• Capacity: 480 GB (usable space varies slightly by formatting and vendor firmware).
• Interface: SATA III / 6.0 Gb/s (Serial ATA 600).
• Form factor: 2.5-inch SFF, 7 mm height variants often used in hot-plug server bays.
• Flash type: MLC (multi-level cell) NAND—optimized for read-intensive endurance/price balance.
• Intended workload: Read-intensive (file servers, web servers, virtual tape libraries, database read caches, analytics nodes).
• Warranty: Typically HPE 3-year limited warranty for new OEM SKUs (check reseller listing for exact terms).  

Performance highlights (real-world ranges)

Typical published sequential throughput for HPE’s read-intensive 480GB SATA drives ranges from roughly 450 MB/s up to ~530–600 MB/s for sequential reads depending on the exact controller and firmware pairing; random I/O performance is tuned for high read IOPS (tens of thousands of read IOPS at common queue depths). These drives are designed to deliver dramatic improvements over spinning media for read-dominated workloads while remaining cost-effective compared to premium mixed-use or write-intensive SSDs.  

This read-intensive MLC SSD for your server

Read-intensive SSDs like the HPE 792243-001 sit in a value-optimized position between consumer SATA SSDs and high-end enterprise NVMe or SAS drives. Their architecture and firmware emphasize:

• Consistent read latency: makes them excellent for caching layers, hot file stores, and front-end database read operations.
• Power and cost efficiency: lower power draw and cost per GB than many enterprise write-intensive models.
• Digitally signed firmware: HPE-branded firmware ensures platform compatibility and easier qualification for ProLiant generations (Gen9/Gen10 and later), and reduces the chance of unsupported drive behavior in HPE server firmware stacks.  

Technical deep dive — controller, NAND and firmware considerations

The combination of a mature NAND type (MLC), an enterprise-grade controller and HPE-validated firmware provides a balance between endurance, performance and cost. MLC offers better endurance and sustained performance than consumer TLC parts while still being more affordable than SLC or enterprise-grade 3D TLC with heavy overprovisioning. HPE’s multi-vendor SSD SKUs are selected to meet or exceed published minimum performance targets to ensure predictable behavior across HPE server platforms. 

Endurance, TBW and drive writes per day (DWPD)

Endurance for the HPE 480GB SATA class of read-intensive drives is typically optimized for reads rather than heavy sustained writes. Vendor data sheets for HPE mixed and read-intensive SKUs often list endurance in terms of DWPD or lifetime writes that reflect this design point. For mixed-use sibling SKUs you may see higher DWPD values (for example, mixed-use variants list values like 3.0 DWPD in some datasheets), while read-intensive parts will emphasize read IOPS and lower write endurance—suitable where write amplification and write frequency are controlled. Always consult the exact P/N datasheet for TBW/DWPD figures before deploying in write-heavy environments. 

Hot-plug vs. non-hot-plug

Many OEM listings present the drive as hot-pluggable with an SC carrier—a crucial feature for enterprise deployments because it enables field replacements and in-server replacements without downtime. If your deployment requires non-hot-pluggable drives (desktop or compact array), confirm the exact product variant since some SKUs differ only in carrier/firmware signatures.  

Performance tuning and best practices

To extract consistent performance from an HPE read-intensive 480GB SATA SSD, follow these vendor and storage best practices:

1. Use latest HPE system firmware and controller drivers: platform firmware and storage controller drivers can materially affect I/O latency and throughput.
2. Enable appropriate RAID level for workload: RAID-1/10 can protect against drive failure with minimal performance hit for reads; RAID-5/6 trades write performance and rebuild complexity for usable capacity—test rebuild behavior with SSDs before production use.
3. Leverage overprovisioning: leave a percentage of capacity unformatted or enforce OS-level overprovisioning to preserve steady write latency and prolong life.
4. Monitor SMART and telemetry: use HPE system management tools and vendor utilities to track wear, spare capacity and firmware health. Early alerts prevent unexpected failures.

RAID and rebuild considerations

SSDs change rebuild dynamics—drives can reconstruct faster but sustained rebuild writes can stress remaining drives. For read-intensive drives, a rebuild is primarily write-heavy; ensure your RAID controller and spare capacity can handle rebuild IO without causing latency spikes for production reads. Optionally, throttle rebuild activity during peak hours.  

Power, thermal and reliability

Because SATA SSDs consume far less power than spinning disks during active and idle states, they offer reduced rack power and cooling budgets. However, in dense SSD deployments thermal design still matters: SSDs are sensitive to sustained elevated temperatures which can accelerate wear and trigger thermal throttling. HPE-qualified drives include thermal sensors and firmware algorithms to throttle or report conditions before data integrity is compromised. Enterprise monitoring is recommended for heavy IOPS clusters. 

Data integrity and enterprise features

HPE SSDs emphasize data integrity: full data-path protection, power-loss protection strategies, and error correction mechanisms to reduce the chance of silent data corruption. Digitally-signed firmware ensures drives are identified and validated by HPE server firmware, which reduces the risk of unsupported third-party firmware interactions. These attributes matter for enterprises where data fidelity is non-negotiable.  

Comparing 792243-001 to nearby product tiers

When evaluating the 792243-001 against other SSD tiers, consider these tradeoffs:

• Read-intensive vs Mixed-use: Read-intensive SKUs are tuned for read IOPS and lower cost; mixed-use SKUs deliver higher write endurance at a higher price. Choose mixed-use if you're doing frequent, sustained writes.
• SATA vs NVMe: SATA 6Gb/s offers excellent cost-per-GB and broad compatibility, but NVMe provides much lower latency and higher concurrency for I/O-bound databases and OLTP workloads. Consider NVMe if ultra-low latency is required.
• MLC vs newer NAND types: MLC remains attractive for a longevity/performance balance. Modern 3D TLC and QLC bring higher densities and lower costs but different endurance characteristics—analyze workload write profile before substituting.  

Prefer the HPE 792243-001

The 792243-001 is a strong fit when:

• Workloads are read-heavy and latency-sensitive but do not require the absolute lowest nanosecond latency of NVMe.
• You need an HPE-validated part for ProLiant servers where digitally signed firmware and official compatibility matter.
• Cost per GB and predictable I/O are more important than top-end synthetic write benchmarks.

Related categories and upgrades to consider

Related product lines you may want to evaluate include HPE mixed-use SATA SSDs (for more balanced read/write durability), HPE SAS SSDs for higher reliability and in some cases better enterprise features, and HPE NVMe/U.2 options for lower latency and greater parallelism where application performance demands it. When planning upgrades, match the storage tier to application I/O characteristics rather than simply replacing like-for-like.