717969-S21 HPE 240GB SATA 6GBPS SFF Enterprise Ve SSD

Detailed Overview of HPE 717969-S21 240GB SATA 6Gbps SFF Enterprise Value Endurance SSD

The HPE 717969-S21 240GB SATA 6Gbps Solid State Drive delivers a reliable combination of storage performance, energy efficiency, and endurance, designed to support modern enterprise applications with consistent throughput and optimized latency. This small form factor SSD ensures efficient data management across a variety of HPE ProLiant and Synergy server platforms.

Primary Specifications and Key Features

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Number / SKU: 717969-S21
• Product Type: Solid State Drive (SSD)
• Storage Capacity: 240GB
• Interface: SATA 6Gbps
• Form Factor: 2.5-inch Small Form Factor (SFF)
• Carrier Type: Smart Carrier (SC)
• Plug Type: Hot-Pluggable
• NAND Flash Type: Multi-Level Cell (MLC)
• Workload Category: Enterprise Value
• Height: 15 mm (0.60 inch)
• Bundled Accessory: HPE Smart Carrier

Performance and Speed Highlights

Engineered for enterprise reliability, the HPE 717969-S21 SSD provides a balance between endurance, capacity, and responsiveness. Its performance makes it ideal for mixed workloads and everyday data-intensive operations.

• External Data Transfer Rate: 6 Gb/sec
• Random Read (4KB): 64,000 IOPS
• Random Write (4KB): 8,000 IOPS
• Sequential Read Speed: Up to 475 MB/s
• Sequential Write Speed: Up to 250 MB/s

Enhanced Reliability for Enterprise Environments

This SSD incorporates HPE’s Value Endurance technology, offering superior data protection and sustained performance under heavy workloads. It is tailored to meet the needs of organizations requiring dependable storage solutions in demanding data center and virtualized environments.

• Hot-swap functionality ensures minimal downtime during drive replacement.
• Smart Carrier integration enables real-time drive status monitoring.
• Optimized for rack, tower, and blade configurations within enterprise servers.
• Supports power-efficient architecture for reduced operational costs.

Connectivity and Compatibility

The HPE 717969-S21 SATA SSD supports a wide array of systems, ensuring flexible deployment in HPE infrastructure setups. With its 2.5-inch form factor, it easily integrates into small form factor drive bays without the need for additional hardware modifications.

• Interface Type: 1 x SATA 6Gb/s
• Compatible Bay: 2.5-inch SFF

Supported HPE ProLiant Blade and Rack Servers

Designed for consistent compatibility across multiple generations of HPE platforms, this SSD supports numerous rack, tower, and blade configurations:

• HPE ProLiant BL Series: BL420c (Gen8/Gen9), BL460c (Gen8/Gen9), BL465c (Gen8/Gen9), BL660c (Gen8/Gen9)
• HPE ProLiant DL Series: DL20 (Gen9), DL60 (Gen9), DL80 (Gen9), DL120 (Gen8/Gen9), DL160 (Gen8/Gen9/G10), DL180 (Gen8/Gen9), DL320e (Gen8/Gen9), DL360 (Gen8/Gen9), DL360e (Gen8/Gen9), DL360p (Gen8/Gen9), DL380 (Gen8/Gen9), DL380e (Gen8/Gen9), DL380p (Gen8/Gen9), DL385p (Gen8/Gen9), DL388 (Gen9), DL560 (Gen8/Gen9), DL580 (Gen8/Gen9)
• HPE ProLiant ML Series: ML110 (Gen8/Gen9), ML150 (Gen8/Gen9), ML310e (Gen8/Gen9), ML350 (Gen8/Gen9), ML350e (Gen8/Gen9), ML350p (Gen8/Gen9)
• HPE ProLiant SL Series: SL230s (Gen8/Gen9), SL250s (Gen8/Gen9), SL270s (Gen8/Gen9)
• HPE ProLiant XL Series: XL170r (Gen9), XL190r (Gen9), XL220a (Gen9), XL230a (Gen9), XL250a (Gen9)

Supported Storage Modules and Systems

• HPE Storage Arrays: D3700, D2220sb
• HPE StoreEasy Systems: 1830, 1840
• HPE Synergy Modules: D3940 Storage Module

Efficiency and Durability Features

Built for 24/7 enterprise operations, the HPE 717969-S21 240GB SSD minimizes latency, maximizes throughput, and withstands heavy workloads over its lifespan. Its advanced MLC NAND design supports intensive read/write cycles, ensuring stability and predictable performance for mission-critical data storage.

• Improved endurance for high-volume read/write operations.
• Smart error correction mechanisms to preserve data integrity.
• Optimized power usage for cost-effective performance.
• Compact and lightweight build for seamless integration.

HPE 717969-S21 240GB SATA 6Gbps SSD

The HPE 717969-S21 240GB SATA 6Gbps SFF Enterprise Value Endurance Solid State Drive belongs to a specialized category of Hewlett Packard Enterprise storage devices designed for consistent performance, reliability, and endurance within enterprise-grade environments. This SSD category emphasizes value endurance, offering a balance between read/write efficiency, cost-effectiveness, and the durability required for high-demand workloads in data centers and enterprise applications. Operating on the SATA 6Gbps interface and Small Form Factor (SFF), it delivers optimized input/output operations per second (IOPS), faster data access, and lower latency than conventional spinning hard drives. The HPE 717969-S21 serves as a dependable option for system administrators aiming to improve storage responsiveness while maintaining predictable endurance cycles.

Category Overview and Technology Foundation

This category of enterprise SATA SSDs utilizes NAND flash technology tailored for endurance and value efficiency. The HPE 717969-S21 leverages enterprise-grade flash architecture, advanced wear-leveling, and controller optimization to deliver a balanced performance-to-longevity ratio. It supports sustained workloads in server infrastructures where mixed or read-centric operations dominate, including virtualization, database indexing, web hosting, and light transactional data. Compared to consumer-grade SSDs, this category features firmware fine-tuned for enterprise reliability, error correction, and predictable latency profiles under constant I/O stress. It is positioned within HPE’s Enterprise Value Endurance line—an affordable yet durable solution for businesses transitioning from HDD to flash-based systems without overspending on high-endurance or high-performance variants.

Interface and Connectivity Features

Operating on the SATA 6Gbps interface, the HPE 717969-S21 240GB SFF SSD ensures backward compatibility with existing enterprise platforms while maximizing throughput efficiency. SATA 6Gbps (Serial ATA Revision 3.0) provides a theoretical maximum bandwidth of 600MB/s, delivering smooth sequential read/write operations and maintaining interoperability across a broad range of HPE ProLiant and BladeSystem servers. The Small Form Factor (2.5-inch) design facilitates dense storage configurations, enabling multiple drives to fit within rack-mounted enclosures while maintaining effective cooling and power distribution. This category is optimized for energy efficiency and streamlined cabling, making it ideal for enterprise storage arrays, boot drives, or system cache configurations where space and thermal management are critical.

Endurance Rating and Value Tier Characteristics

Drives within the Value Endurance segment, such as the HPE 717969-S21, are designed for environments with moderate write-intensive workloads, ensuring optimal cost-performance balance. The endurance rating of this category is suitable for read-heavy or mixed-use applications that require continuous uptime without the excessive cost of write-intensive drives. Utilizing advanced error-correcting algorithms, garbage collection, and dynamic wear-leveling, this drive type maintains data integrity and uniform cell usage, minimizing premature wear. By leveraging endurance-optimized NAND technology, users benefit from sustained performance across multiple duty cycles and predictable drive life that aligns with typical enterprise replacement intervals. This category bridges the gap between entry-level SSDs and high-endurance variants by offering sufficient durability for everyday enterprise applications at an accessible price point.

Performance Profile and Throughput

Performance metrics are central to the appeal of the HPE 717969-S21 240GB SATA SSD category. Delivering high IOPS compared to traditional HDDs, this drive enhances read latency, reduces response times, and accelerates boot sequences for server operating systems. Typical read speeds approach the upper limit of the SATA interface, while write speeds remain stable across sustained workloads. The use of optimized controllers ensures that performance remains consistent even under multitasking environments or heavy queue depths. This makes the drive ideal for deployment in virtualized environments, content delivery platforms, and general-purpose compute clusters. The SATA protocol provides a mature and stable connectivity option that continues to serve in hybrid infrastructures where NVMe or SAS might be cost-prohibitive for certain tiers of data storage.

Thermal Efficiency and Power Management

Thermal management is a critical consideration in enterprise drives, and this category is engineered to maintain optimal operating temperatures under sustained loads. The HPE 717969-S21 leverages efficient power management algorithms that dynamically adjust consumption based on activity level, ensuring minimal heat generation without compromising speed. The lower thermal footprint compared to spinning drives enables denser server configurations and reduced cooling costs, particularly in high-density racks. This SSD’s design aligns with HPE’s standards for energy efficiency, contributing to overall data center sustainability by lowering operational energy consumption and carbon footprint. Power loss protection and voltage regulation further secure data consistency during sudden power interruptions or controlled shutdowns.

Compatibility and System Integration

This drive category offers broad compatibility across HPE’s ProLiant Gen8, Gen9, and Gen10 servers, ensuring seamless integration with Smart Array controllers and management utilities. As a certified HPE Enterprise SSD, the 717969-S21 includes firmware optimized for Smart Carrier configurations, status monitoring through HPE iLO, and predictive failure analysis through HPE Smart Storage Administrator. The consistency in firmware and hardware validation ensures interoperability, reduced downtime, and simplified lifecycle management. Integration into existing infrastructures is straightforward, with support for RAID arrays, hot-plug capability in supported systems, and maintenance predictability in mission-critical environments. This compatibility makes the drive category a flexible solution for IT departments standardizing on HPE ecosystems.

Reliability, Data Protection, and Error Management

Enterprise-class reliability is at the core of this SSD category. The HPE 717969-S21 240GB drive incorporates ECC (Error Correction Code), end-to-end data path protection, and SMART monitoring to ensure integrity across all data transactions. Its firmware continuously monitors cell degradation and proactively reallocates sectors, preventing data loss due to worn-out cells. HPE’s proprietary validation process subjects each drive to rigorous testing under sustained workloads, temperature fluctuations, and mechanical stress conditions, ensuring operational consistency across deployment environments. This high reliability makes the drive suitable for enterprise storage arrays, virtualization hosts, and boot drives where predictable performance and data preservation are critical metrics of success.

Use Cases and Application Scenarios

Within enterprise storage architecture, the HPE 717969-S21 240GB SATA SSD serves multiple deployment roles. It is often utilized as a boot or caching drive in HPE ProLiant servers, ensuring rapid system initialization and faster application response times. Its endurance class allows for continuous operation in light transactional databases, log storage, and cloud virtualization layers. It is particularly effective for workloads emphasizing frequent reads, such as data retrieval, analytics indexing, and operating system virtualization. Businesses that require predictable performance and low maintenance costs benefit from its reliability in 24x7 operating environments. In hybrid deployments, these drives often complement higher-end NVMe storage, forming tiered architectures where frequently accessed data remains on fast SATA SSDs while archival data resides on larger-capacity HDDs.

Data Center Scalability and Density Optimization

For organizations prioritizing scalability, this category of SSDs enables dense, modular storage solutions that scale linearly as demand grows. The SFF design ensures that multiple drives can be populated within limited rack space, maximizing storage per rack unit. When deployed in conjunction with RAID arrays or HPE Smart Array controllers, administrators can achieve redundancy and improved fault tolerance while maintaining high I/O throughput. The predictable endurance profile of the HPE 717969-S21 ensures balanced scaling, as performance remains consistent even as drives approach their rated lifetime. Its low power envelope also allows operators to add capacity without significant increases in energy consumption or heat output, a vital consideration for data centers managing tight power budgets.

Firmware Optimization and Intelligent Features

Another defining aspect of this category is the intelligent firmware architecture. The HPE 717969-S21 240GB SATA SSD features proprietary firmware tuned for consistent performance, automatic garbage collection, and command queuing optimization. These features ensure minimal latency spikes during sustained random writes and guarantee stable response times under mixed workloads. Advanced wear-leveling distributes writes evenly across all memory cells, preventing hotspots that could shorten the drive’s lifespan. The integration of HPE’s SmartSSD features allows proactive monitoring of drive health through system management tools, alerting administrators before potential issues arise. This proactive maintenance capability reduces downtime and enhances operational predictability, an important factor in mission-critical enterprise networks.

Cost Efficiency and Total Cost of Ownership (TCO)

Drives in this Value Endurance category deliver one of the most favorable cost-to-performance ratios available in enterprise storage solutions. The HPE 717969-S21 achieves lower total cost of ownership (TCO) through its combination of high efficiency, long endurance, and minimal maintenance overhead. Unlike mechanical hard drives, which require frequent replacements due to mechanical wear, SSDs in this class maintain performance consistency over time without moving components. The energy savings from reduced power consumption further lower operating costs, particularly in environments running hundreds of drives simultaneously. By offering reliable throughput and low latency, organizations can also increase application responsiveness and productivity without investing in higher-cost performance SSD tiers.

Mechanical Design and Hot-Plug Capability

The mechanical design of this category emphasizes serviceability and durability. The SFF hot-plug carrier design allows administrators to replace or upgrade drives without powering down the host system, reducing service interruptions in high-availability infrastructures. Each drive undergoes precision manufacturing to meet HPE’s shock and vibration tolerance standards, ensuring consistent mechanical integrity in both rack and tower chassis configurations. This feature aligns with HPE’s enterprise design philosophy, ensuring quick swap-out operations, compatibility with SmartDrive LEDs for health status visibility, and reliable insertion cycles across multiple years of operation.

Data Protection and Secure Erase Functions

Security-conscious enterprises value the data protection mechanisms integrated into this drive category. The HPE 717969-S21 supports secure erase functionality, allowing administrators to sanitize data before decommissioning or repurposing drives. Coupled with HPE’s encryption-ready firmware architecture, it ensures sensitive data remains protected even in regulated industries like finance, healthcare, and government. When used in conjunction with HPE controllers supporting encryption, the drive contributes to a secure, policy-driven data management infrastructure. Additionally, end-to-end CRC checking and firmware validation ensure that stored information remains tamper-resistant and recoverable in the event of unexpected disruptions.

Enterprise Value Endurance Tier Comparison

Within the broader HPE SSD ecosystem, the Enterprise Value Endurance tier—including the HPE 717969-S21—sits below the Mainstream and High-Endurance tiers in terms of write-cycle durability but offers nearly identical read performance. This makes it ideal for workloads that require frequent data retrieval and occasional writes. The cost efficiency of this tier allows businesses to deploy more drives per dollar while maintaining reliability standards suitable for mission-critical operations. For applications that involve analytics, web hosting, and virtual desktop infrastructure (VDI), this tier provides consistent speed and responsiveness at a lower capital expenditure, ensuring optimal resource utilization in virtualized and distributed systems.

Lifecycle and Maintenance Predictability

The predictability of lifecycle maintenance distinguishes enterprise SSDs from consumer variants. The HPE 717969-S21 features endurance metrics aligned with industry-standard DWPD (Drive Writes Per Day) ratings, ensuring clear replacement planning for IT teams. SMART metrics and HPE management utilities track parameters such as remaining lifespan, reallocated sectors, and read/write error rates, providing actionable insight into operational health. This visibility enables proactive replacement scheduling, minimizing unplanned outages and aligning with enterprise asset management practices. The combination of predictable wear-out patterns and data monitoring allows data center managers to maintain consistent uptime and capacity availability across entire server clusters.