HPE 847034-001 1.6TB SATA 6GBPS LFF Mixed-Use (MU) LPc Solid State Drive.

Detailed Overview of HPE 847034-001 Solid State Drive

The HPE 847034-001 1.6TB SATA 6Gbps 3.5-Inch LFF Mixed-Use LPc SSD is designed to deliver outstanding speed, durability, and scalability for enterprise workloads. It supports modern data center requirements with excellent balance between capacity, efficiency, and reliability.

Primary Features and Specifications

• Manufacturer: Hewlett Packard Enterprise (HPE)
• Part Number: 847034-001
• Storage Capacity: 1.6TB
• Drive Form Factor: 3.5-Inch LFF
• Interface: SATA 6Gbps
• Product Category: Mixed-Use Solid State Drive

Performance Advantages

This enterprise-grade SSD offers optimized data throughput and dependable performance in mixed workloads such as read-intensive and write-intensive operations.

Key Performance Highlights

• Fast and consistent data transfer rate up to 6Gbps
• Designed for reduced latency and higher responsiveness
• Improved application performance in transactional systems
• Optimized for high-volume data access and database-driven environments

Drive Interface and Connectivity

The drive leverages a SATA 6Gbps interface to provide seamless integration with server environments, ensuring dependable communication between the host system and storage hardware.

Interface Details

• Standard: 6Gbps SATA
• Form Factor: 3.5-Inch large form factor (LFF)
• Drive Type: Internal, enterprise-ready SSD

Reliability and Environmental Benefits

HPE’s engineering focuses on durability, energy efficiency, and long-term dependability. The 847034-001 SSD is built with eco-friendly practices and no assembly requirements, making it an ideal fit for environmentally responsible IT infrastructures.

Green Technology Attributes

• Eco-Friendly: Designed with sustainability in mind
• Assembly-Free: Ready for deployment without additional configuration
• Energy Efficient: Low power consumption reduces operational costs

Practical Applications

The HPE 847034-001 SSD is crafted to support a wide range of enterprise workloads, making it suitable for storage systems, database servers, virtualization, and cloud infrastructures.

Typical Use Cases

• Data center storage upgrades
• High-performance computing applications
• Virtualized workloads and cloud services
• Database management systems
• Read/write balanced enterprise applications

HPE 847034-001 1.6TB SATA 6Gbps 3.5 Inch LFF Mixed-Use (MU) LPc Solid State Drive (SSD) — Product Overview

The HPE 847034-001 1.6TB SATA 6Gbps 3.5 Inch LFF Mixed-Use LPc Solid State Drive is designed for enterprise environments that demand a balance of capacity, performance, and endurance. This HPE SSD combines a 1.6TB capacity with SATA 6Gbps interface compatibility and a 3.5 inch Large Form Factor (LFF) profile, making it an ideal drop-in solution for legacy server bays, storage arrays, and high-density chassis that require reliable mixed-use flash storage. The drive is purpose-built to handle mixed workload profiles that include a blend of read-intensive and write-intensive operations, offering consistent low-latency access for virtualization, database, and mixed transactional applications. The HPE model number 847034-001 identifies an OEM-quality solid state drive intended for IT procurement teams and systems integrators looking for proven HPE compatibility and support.

Key Characteristics and Enterprise Benefits

At its core, this HPE SSD aims to provide enterprise-class durability while preserving cost-efficiency. The 1.6TB capacity offers a meaningful balance between raw storage size and price per gigabyte for archival and active datasets that do not require the extreme write endurance of dedicated write-intensive drives. The SATA 6Gbps interface ensures broad compatibility with most server and storage controller ecosystems, while the 3.5 inch LFF form factor ensures the drive can be used in systems that accept large form factor drives without the need for special adapters. The 'Mixed-Use' designation signals that the drive's flash media and firmware are tuned to tolerate a diverse mixture of random reads, sequential writes, and moderate sustained write workloads, making it versatile for mid-tier data center tasks.

Performance Profile and Real-World Workloads

Performance for the HPE 847034-001 centers around predictable IOPS behavior and reduced response time under mixed access patterns. While SATA 6Gbps does not match NVMe speeds, it provides a reliable, well-understood transport layer that remains ubiquitous in server fleets and storage arrays. Real-world workloads that benefit from this SSD include virtual machine boot storms, small-to-medium database query loads, web application hosting with moderate write activity, and caching layers where cost-effective capacity with reasonable latency matters. IT administrators will find the mixed-use endurance profile suitable for consolidated workloads where the drive will see a mixture of metadata-heavy reads and periodic writes. Because enterprise environments often prioritize deterministic performance over peak benchmark numbers, these drives are engineered to offer stable performance over extended periods of sustained activity.

Latency and I/O Consistency

I/O latency is a primary KPI for any SSD used in production. The HPE 847034-001 delivers consistent response times across typical mixed-use patterns, reducing jitter and tail-latency spikes that can impact end-user application performance. Predictable latency is essential for virtualization hosts, scale-out file services, and medium-traffic database servers. This drive’s firmware and internal wear-leveling algorithms aim to minimize background activity interference during peak I/O periods, helping maintain service-level objectives for applications that are latency-sensitive but not necessarily extreme I/O bound.

Throughput and IOPS Considerations

Throughput for SATA-based SSDs is constrained by the interface ceiling, yet well-optimized flash controllers and firmware allow the HPE 847034-001 to approach the practical bandwidth available while maximizing IOPS for small random transactions. For deployments that require a balance of sequential throughput and random IOPS, such as mixed media streaming combined with transactional metadata updates, this drive is an excellent candidate. Systems integrators can deploy these drives in RAID or software-defined storage clusters where multiple drives aggregate throughput and provide redundancy without introducing NVMe-specific complexity.

Compatibility and Integration

One of the main advantages of the HPE 847034-001 is its high degree of compatibility with HPE servers, storage enclosures, and many third-party platforms. The 3.5 inch LFF form factor and SATA 6Gbps interface mean the drive can be slotted into common enterprise drive bays and used with legacy backplanes and SATA controllers. For customers standardizing on HPE hardware, OEM firmware and compatibility testing deliver predictable behavior and vendor-backed support. The model number 847034-001 ensures correct identification for firmware updates, warranty claims, and technical assistance when onboarding or scaling an HPE-based storage solution.

Rack and Enclosure Deployment

In a rack-scale deployment, these 3.5 inch SSDs are particularly useful where administrators prefer fewer physical drive units with larger capacities instead of many smaller drives. This consolidation reduces drive bay consumption and cabling complexity. Many storage arrays and HPE server risers support mixed form factor configurations, allowing administrators to combine LFF SSDs with other drive types for tiered storage within the same enclosure. The LPc reference indicates attention to physical profile considerations and compatibility with Low Profile carrier options used in certain chassis.

Controller Compatibility and RAID Configurations

SATA compatibility ensures that hardware RAID controllers and software RAID stacks can use the HPE 847034-001 with minimal configuration changes. The drive works well in RAID levels that balance redundancy and performance for mixed workloads, such as RAID 10 for write-centric workloads that require redundancy and performance, or RAID 6 for capacity-efficient redundancy where rebuild times and sustained read/write behavior are important. IT teams should review controller firmware settings for SSD optimization features like TRIM support, read-ahead, and write caching policies to ensure maximum reliability and performance.

Durability, Endurance and Mixed-Use Suitability

Endurance characteristics of mixed-use SSDs are tuned to support a higher ratio of read operations paired with periodic write cycles typical of database and virtualization workloads. The HPE 847034-001’s mixed-use rating is engineered to withstand enterprise operating patterns where writes are significant but not constant at the level of logging or heavy ingest systems. Wear-leveling, error correction, and over-provisioning strategies are applied by the drive’s firmware to extend usable life and maintain performance. For organizations monitoring drive health and wear, SMART attributes and manufacturer telemetry offer data to plan for capacity expansion or drive replacement in a proactive maintenance schedule.

Wear-Leveling and Error Management

Enterprise SSDs implement advanced wear-leveling algorithms to evenly distribute writes across NAND cells. The HPE 847034-001 benefits from these techniques, ensuring no single region of the NAND is overused prematurely. Error correction and background media maintenance routines work to preserve data integrity even as the drive ages. In practice, this means systems can rely on predictable failure-statistics and schedule replacements before end-of-life thresholds are reached. For organizations using predictive monitoring, the SSD exposes health metrics that can feed into asset management and alerting systems.

Proactive Health Monitoring

Integrating the drive into monitoring stacks allows teams to track metrics such as remaining life percentage, total bytes written, and error rates. These metrics provide a clear indication of drive health and can be used to trigger replacement workflows before performance degradation impacts production. The combination of SMART data and vendor-provided management tools helps maintain consistent service quality over time.