HPE 849477-001 D6020 1.6TB SAS 12 GBPS Mixed Use LFF Solid State Drive.

HPE 849477-001 D6020 1.6TB SAS 12Gbps Mixed Use Solid State Drive Overview

The HPE 849477-001 D6020 1.6TB SAS 12Gbps MU 3.5 Inch LFF Converter Carrier SSD is a high-performance enterprise-grade storage solution designed for heavy workloads, superior data reliability, and optimized efficiency in data centers. Offering advanced mixed-use capabilities, this solid state drive is tailored to handle a combination of read-intensive and write-intensive applications with ease.

Main Features of HPE 849477-001

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Number: 849477-001
• Storage Capacity: 1.6TB
• Interface: SAS 12Gbps
• Drive Type: Internal, Large Form Factor (LFF) Converter Carrier
• Form Factor: 3.5 Inch
• Usage Type: Mixed Use (MU)
• Eco-Friendly: RoHS compliant

Technical Information

Storage Specifications

• Capacity: 1.6TB for robust enterprise storage
• Drive Standard: SAS interface with 12Gbps bandwidth
• Type: Internal SSD suitable for data center integration
• Form Factor: 3.5 Inch LFF ensuring compatibility with multiple HPE systems

Performance Highlights

• High-speed data throughput up to 12Gbps
• Engineered for mixed workloads (read/write operations)
• Designed for sustained performance under heavy-duty conditions
• Optimized latency for mission-critical applications

Interfaces and Connectivity

Drive Interface Details

• Interface Type: SAS
• Speed Standard: 12Gbps SAS connectivity
• Provides enterprise-level reliability and consistent throughput
• Supports large-scale storage systems and demanding workloads

Compliance and Sustainability

Certifications and Standards

• Complies with RoHS environmental directives
• Eco-conscious design for lower environmental impact
• Manufactured with sustainability principles for enterprise infrastructure

Enterprise Storage Applications

Use Cases for HPE 849477-001 SSD

• Perfect for database-driven workloads
• Reliable solution for virtualization environments
• Efficient performance for transaction-heavy systems
• Ideal for hybrid storage arrays requiring balanced performance

Advantages of Choosing HPE 849477-001

Key Benefits

• High-capacity 1.6TB storage with secure reliability
• 12Gbps SAS speed ensuring fast data processing
• Large form factor with versatile converter carrier design
• Eco-friendly construction meeting RoHS compliance
• Proven HPE quality for enterprise-grade performance

HPE 849477-001 D6020 1.6TB SAS 12 Gbps Solid State Drive

The HPE 849477-001 D6020 1.6TB SAS 12 Gbps Mixed Use (MU) 3.5 Inch LFF Converter Carrier Solid State Drive category represents a focused selection of enterprise-grade storage components engineered for high-availability data centers, virtualization platforms, and mixed workload environments. This category emphasizes drives designed to balance endurance and performance, offering a dependable 1.6TB capacity in the 3.5 inch Large Form Factor (LFF) chassis while utilizing a 12 Gbps SAS interface. These converter carrier SSDs are optimized for HPE D6020 enclosures and compatible enterprise servers, delivering consistent low-latency response for transactional databases, VDI pools, application servers, and mixed read/write workloads where sustained performance and predictable behavior are essential.

Key Attributes and Technical Identity

Drives categorized under HPE 849477-001 provide a combination of attributes that make them uniquely suitable for mixed-use environments. The 1.6TB capacity is targeted to provide balance between storage density and performance for moderate to high I/O workloads. The 12 Gbps SAS interface ensures high-throughput connectivity to HPE storage arrays and controllers, while the Mixed Use (MU) endurance rating indicates the drive is validated for mixed read/write cycles common in real-world enterprise applications. The converter carrier aspect refers to the drive being mounted in a 3.5 inch LFF carrier to fit HPE trays and enclosures, ensuring tool-less insertion and hot-swap capability in supported chassis.

Form Factor and Physical Compatibility

The 3.5 inch LFF carrier form factor is specifically engineered to accommodate data center rack-mount servers and modular storage shelves. This compatibility streamlines integration into HPE D6020 enclosures as well as a wide range of HPE ProLiant and HPE Apollo systems. The converter carrier provides secure mounting and electrical interface alignment, enabling the 2.5 inch SSD media to operate within a 3.5 inch slot without sacrificing airflow, thermal performance, or serviceability. For procurement and system planning teams, the physical compatibility ensures predictable rack space utilization and simplifies replacement cycles during maintenance windows.

Performance Characteristics and Workload Suitability

Performance metrics for the HPE 849477-001 class of SSDs typically focus on random IOPS at low latency as well as sequential bandwidth for large transfers. The 12 Gbps SAS bus supports aggregated throughput that is well-suited to mixed workloads where a balance of read and write operations exist. In virtualized environments that host multiple virtual machines, the mixed-use rating translates into robust sustained IOPS across a wide distribution of block sizes. For database servers and online transaction processing, consistent low latency during peak operations improves query response times and end-user experience, while in analytics or backup windows, the sequential throughput ensures that large data movements complete efficiently.

Endurance and Reliability Considerations

Endurance for mixed-use SSDs is expressed in drive writes per day (DWPD) or total terabytes written (TBW) over the warranty period. HPE-branded MU drives are tested to enterprise reliability standards with error correction, power-loss protection, and wear-leveling algorithms that extend usable life. For IT architects, understanding the workload write-intensity is crucial when selecting MU-rated SSDs; these drives offer a middle ground between read-optimized and heavy-endurance models, delivering cost-effective longevity where write rates are significant but not extreme. The built-in enterprise features reduce risk from sudden power events and contribute to predictable behavior under sustained load.

Compatibility with HPE D6020 and Server Ecosystems

The HPE D6020 storage enclosure is a dense, high-availability direct-attach shelf commonly used in HPE storage architectures. Drives listed as HPE 849477-001 are validated to work seamlessly with the D6020 controller firmware and chassis backplane. Compatibility testing ensures that SMART reporting, drive firmware updates, and status monitoring via HPE management tools function properly. For administrators, using HPE-validated drives simplifies firmware management and leverages HPE Insight/OneView monitoring to surface drive health, performance metrics, and proactive alerts.

Firmware and Serviceability

Firmware is a critical aspect of enterprise SSD behavior. Drives in this category are shipped with HPE-approved firmware images and are supported by the vendor for updates that improve stability, performance tuning, and interoperability with HPE controllers. Serviceability features include hot-plug capability, drive health indicators, and standardized firmware update procedures through vendor management consoles. Storage teams should adopt a controlled firmware update policy synchronized with maintenance windows to reduce the risk of incompatibility while benefiting from performance and reliability improvements.

Performance Tuning and Monitoring

To extract maximum value from HPE 849477-001 drives, continuous monitoring and tuning are recommended. Use HPE tools to gather SMART attributes, throughput, IOPS, and latency metrics. Tuning can include optimizing queue depths, adjusting stripe sizes for RAID arrays, and balancing workloads across multiple shelves and controllers. For virtualized environments, storage profiles may be applied to ensure QoS and prevent noisy neighbor effects. Ongoing monitoring identifies performance degradation trends and allows preemptive replacement based on SMART warnings rather than reacting to complete failure.

Real-World Use Cases: Databases, Virtualization, and Analytics

Mixed-use SSDs such as the HPE 849477-001 are ideal for database servers where both reads and writes are significant, supporting OLTP systems with consistent transaction rates. Virtual desktop infrastructure (VDI) environments benefit from the balanced performance and endurance, delivering rapid boot storms and consistent user experience across pooled or dedicated desktops. Analytics workloads, particularly those requiring moderate random access patterns and frequent checkpointing, will see improved job turnaround times. Content delivery applications and transactional web services that require predictable latency profile also align well with this drive class.

Comparisons and Positioning Against Other Drive Classes

When compared to read-intensive or heavy-endurance SSDs, mixed-use drives offer a mid-tier approach that blends cost efficiency with durability. Read-optimized drives may be less suitable for environments with significant write amplification, while heavy-endurance drives deliver robustness at a higher price point. The HPE 849477-001 family therefore positions itself as the economical choice for mixed workloads where neither extreme is required. For procurement teams, total cost of ownership calculations should factor in not only unit price but power consumption, expected lifetime based on DWPD, and potential operational gains from improved application performance.

Procurement and Lifecycle Management Tips

Procurement should verify part numbers, firmware versions, and warranty terms when sourcing HPE 849477-001 drives. Cross-referencing vendor-supplied compatibility matrices with the D6020 enclosure and server firmware revisions prevents integration issues. Lifecycle management includes maintaining a pool of spare drives, scheduling firmware and health audits, and tracking TBW metrics against expected usage patterns. Proper labeling and asset tracking support secure disposal processes and help ensure that drives are retired before they approach their remaining useful life limits.

ic environment.