873369-008 HPE 800GB SAS 12GBPS Write Intensive SFF SSD

HPE 873369-008 800GB SAS 12Gbps SFF MLC SSD

The HPE 873369-008 800GB SAS 12Gbps Write Intensive SFF MLC Solid State Drive is a high-performance enterprise-grade storage solution designed for workloads that demand speed, reliability, and endurance. This 2.5-inch SAS SSD is ideal for data centers, business applications, and mission-critical environments where consistent write performance is essential.

Key Features and Advantages

• Brand: HPE
• Part Number: 873369-008
• Form Factor: Small Form Factor (SFF) 2.5-inch drive
• Storage Capacity: 800GB of dependable storage
• Interface: SAS 12Gbps for ultra-fast data throughput
• Drive Type: Internal enterprise SSD
• Endurance Rating: Write Intensive, perfect for frequent data write operations
• Flash Memory: Multi-Level Cell (MLC) NAND technology for durability and efficiency

High-Performance Storage for Business Applications

• Database-driven workloads
• Online transaction processing (OLTP)
• High-volume analytics platforms
• Virtualization and VDI environments
• Data logging and streaming applications

Benefits of Write Intensive SSDs

• Handles large numbers of write operations without performance degradation
• Enhanced durability compared to read-intensive drives
• Ideal for caching, transaction logs, and data-heavy applications
• Supports 24/7 enterprise workloads with consistency

Technical Specifications

• Consistent, low-latency data access for faster operations
• Reduced risk of data loss through advanced error correction
• Efficient power consumption for cost savings in data centers
• Long-term value through exceptional endurance ratings

Use Cases for HPE 873369-008

• Enterprise-level database hosting
• Business intelligence platforms
• Transaction processing and e-commerce platforms
• Scientific computing and big data analytics
• Cloud computing workloads

HPE 873369-008 800GB SAS 12Gb/s write-intensive SFF SSD

The HPE 873369-008 is an enterprise-class, 800GB small-form-factor (2.5") solid-state drive engineered for write-intensive server and storage workloads. Built for deployment in HPE ProLiant and Integrity platforms (Gen9/Gen10-era infrastructures), this drive leverages a 12Gb/s SAS interface and enterprise NAND to deliver sustained throughput, high sustained Writes and robust reliability characteristics required by caching layers, software-defined storage, logging tiers and heavy database write operations. The part is commonly sold and referenced as an HPE SFF (SC) drive with digitally signed firmware and is available across new, refurbished and multi-vendor supply chains.

Endurance, reliability and enterprise features

Designed endurance for write-heavy workloads

873369-008 HPE classifies this family of 12Gb/s write-intensive SSDs with higher endurance ratings compared to read-intensive or mixed-use product lines. Write-intensive drives in the HPE 12Gb SAS portfolio are engineered for higher Drive Writes Per Day (DWPD) ratings over typical warranty periods, making them suitable for cache tiers, logging databases and heavy write cycles where durability and predictable lifetime behavior are critical. Specific products in this family are documented to offer up to double-digit DWPD ratings in published datasheets for the WI class.

Data integrity power loss protection and data-path validation

Enterprise HPE SAS SSDs include safeguards such as full data-path error detection and hardware assisted protection against power interruptions (surprise power loss protection). These mechanisms minimize the risk of metadata corruption and reduce the likelihood of incomplete transactions during unexpected power events — a major advantage in clustered and highly-available storage environments.

Digitally signed firmware (DS) and platform trust

873369-008 Digitally signed firmware (DS) is a core part of HPE's platform assurance strategy: drives shipped with HPE's digital signature on firmware are validated to work with HPE server BIOS and firmware stacks, which reduces integration issues and prevents unsupported firmware flashes. For data centers running HPE ProLiant systems, choosing DS-firmware drives simplifies maintenance and reduces risk when applying system updates.

Performance characteristics and practical throughput

Why SAS 12Gb/s matters

The SAS 12Gb/s interface provides an external link capable of up to ~1.2 GB/s per lane in optimal conditions, offering a solid bandwidth ceiling for sustained sequential operations while preserving enterprise SAS software features (power management, dual-porting in some arrays, and legacy SAS management). SAS's robust error handling and enterprise controls make it preferable in many server environments compared to consumer interfaces.

IOPS, latency expectations and real-world behavior

Specific random IOPS values vary by firmware tuning, host queue depth and workload pattern, but write-intensive SSDs are tuned for stronger sustained random write performance than read-oriented models. Expect significantly lower tail latency versus HDDs, consistent microsecond-class latencies on small random IOs, and much higher IOPS for mixed and write streams — characteristics that accelerate commit-heavy databases, VM boot storms, and persistent caching layers.

Compatibility and deployment guidance

Platform compatibility ProLiant and Integrity servers

The 873369-008 SKU and equivalent part numbers (P-series HPE SKUs such as 873369-008 and related catalog entries) are positioned and validated for use in a broad set of HPE ProLiant generations and blade systems. Many retailer and parts listings explicitly call out Gen9 and Gen10 server compatibility, along with support for hot-swap trays and HPE smart carriers. Always reference the server's hardware compatibility matrix before final deployment. 

Drive carriers, caddies and physical 

When installing into a rack or blade server, ensure the drive sits in the correct SFF (2.5") carrier or smart carrier specified by your server model. HPE smart carriers preserve front-bezel indexing, drive LED behavior and interlock functions. Drives with DS firmware often pair with the manufacturer’s carriers for full feature support; third-party carriers may also work but confirm the fit and functionality for your specific chassis.

Firmware management 

Because the drive uses HPE-signed firmware, use HPE’s support & download utilities to check for compatible firmware updates and avoid cross-flashing from unsupported vendors. In multi server fleets, maintain a tested update path (test firmware on a non-production host first) to reduce surprise incompatibilities. For refurbished or third-party supplied drives, verify firmware signatures if platform locking is a concern.

Buying guide procurement, sourcing and lifecycle

The HPE 873369-008 appears in new, refurbished and multi-vendor forms across secondary markets. New, HPE-branded drives typically come with manufacturer warranty coverage and guaranteed firmware, while refurbished units commonly include short-term reseller warranties. Multi-vendor or substitute part numbers that are functionally equivalent may offer lower cost but require careful validation for firmware, endurance and mechanical compatibility. When procuring at scale, balance total cost of ownership (TCO) versus expected endurance and warranty coverage. Listings for the 873369-008 can be found through authorized HPE channels and established enterprise parts distributors.

Selecting the right class

When selecting an SSD, choose between Read-Intensive (RI), Mixed-Use (MU) and Write-Intensive (WI) classes based on your write workload. Write-intensive drives like the 873369-008 may cost more per GB than MU or RI drives but deliver far greater endurance (DWPD), reducing replacement frequency in write-heavy environments and lowering the operational disruptions and administrative overhead of frequent drive replacements. For caching layers and write-heavy databases, WI class can produce a lower TCO despite higher acquisition cost.

When to choose a different class

If your workload is predominantly read-heavy (e.g., archival retrieval, content delivery where writes are rare), a read-intensive or mixed-use SSD will usually be more cost-effective. Use WI SSDs only when the projected daily writes exceed the endurance thresholds that MU/RI devices can sustain without frequent replacement.

Best Practices and endurance metrics

Integrate SMART monitoring, HPE iLO and your storage management suite to track key metrics: available spare capacity, total bytes written (TBW), media error counts and firmware version. Proactive monitoring of write amplification and the TBW counter will let you forecast replacements well before failure. Many HPE drives expose vendor-extended SMART attributes that are visible to enterprise monitoring tools; include these metrics in your runbook and alerting thresholds.

Firmware and compatibility checks before patch windows

Schedule firmware validations during maintenance windows. Keep a rolling test pool of drives that mirror production firmware to validate platform behavior and OS/storage stack compatibility before wide rollouts. Avoid cross-flashing of firmware from non-HPE sources on drives that are expected to remain under OEM support.

Data sanitization and secure decommissioning

For drives that are decommissioned or returned under RMA, follow an approved NIST or DoD-style data sanitization procedure appropriate for SSDs. Because SSD physical wear characteristics differ from HDDs, use validated secure erase utilities or crypto-erase (if self-encrypting drives are used) as part of the end-of-life workflow. If drives are being sold or recycled, ensure you have a documented erase certification for compliance audits.

Comparisons and alternatives

WI vs MU vs RI (a quick primer)

HPE’s SSD product portfolio is segmented by workload profile. The WI class (like the 873369-008) favors endurance and sustained write performance; the Mixed-Use class provides a balance of cost and durability; the Read-Intensive class is optimized for maximum capacity at lower write endurance. Select the class that best matches your expected write amplification and daily write volume to maximize reliability and affordability.

Alternative interfaces: SAS vs NVMe

SAS 12Gb/s remains a proven, backwards-compatible enterprise standard that integrates with existing server backplanes and legacy storage controllers. NVMe drives deliver higher raw performance and lower protocol overhead for ultra-low latency and high parallelism; however, NVMe adoption requires NVMe-capable controllers and potentially EDSFF or U.2/HH/HDD backplane changes. For lift-and-replace upgrades in established 2.5" SAS fleets, a SAS 12Gb/s WI SSD is often the lowest-risk route to improved write performance.

These drives support encryption

Some HPE enterprise SSD SKUs have self-encrypting drive (SED) variants or FIPS-certified options; check the specific SKU documentation or HPE part cross-reference to determine if the 873369-008 or an equivalent P-SKU supports hardware encryption or FIPS levels. If encryption is required, prefer SED labeled SKUs to ensure key management integration. 

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To maximize search visibility for this category page, include a mix of primary and long-tail keywords: HPE 873369-008, 800GB SAS 12Gbps SSD, write intensive SFF SSD, HPE 2.5" enterprise SSD, digitally signed firmware HPE SSD, and combination phrases like HPE 800GB write intensive SAS drive for Gen9 Gen10. Add product filters for form factor, capacity, interface and workload class to surface relevant SKUs for different buyer intents.

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Bundles by use case

Construct bundles such as "WI Cache Pack" (4 x 800GB WI SSDs + SAS HBA + support) or "VM Host Boost" (2 x 800GB WI SSDs + NVMe tier recommendations) to target common buyer journeys and simplify configuration validation for customers.

Pre-purchase verification

This page's descriptive content and merchandising guidance are targeted to help IT procurement, system administrators, and storage architects compare the HPE 873369-008 800GB SAS 12Gbps write-intensive SFF SSD to alternative options, plan deployment steps and make an informed purchasing decision. For detailed datasheets, firmware notes and Quick Specs consult the HPE product pages and official datasheet libraries to validate model-specific numbers and warranty terms.