752816-001 HPE 920GB SAS 6GBPS 3PAR 3.5 Inch MLC SSD.

Product Overview of HPE 752816-001 920GB SAS SSD

Engineered for performance-intensive environments, the HPE 752816-001 is a robust 920GB Multi-Level Cell (MLC) Solid State Drive built with Serial Attached SCSI (SAS) interface technology. Featuring a 3.5-inch Large Form Factor (LFF), it seamlessly integrates into HPE 3PAR storage systems with full hot-plug support.

General Information

• Manufacturer: HPE
• Part Number: 752816-001
• Capacity: 920GB of enterprise-class flash storage for data-heavy environments.
• Interface: 6Gb/s Serial Attached SCSI (SAS) ensuring high-speed data throughput.
• Form Factor: LFF (3.5") Hot-Plug, allowing tool-less, non-disruptive drive swaps.
• Drive Technology: Multi-Level Cell (MLC) NAND for a balance of performance and endurance.

Designed for Enterprise-Grade Efficiency

• Optimized for mission-critical applications and heavy workloads in virtualized environments.
• Delivers superior responsiveness and I/O operations per second (IOPS) ideal for SAP landscapes.
• Housed in a 3PAR-specific tray, enabling effortless installation into HPE 3PAR StoreServ arrays.

Seamless Compatibility with HPE 3PAR StoreServ

This SSD is tailor-made for integration into HPE 3PAR storage arrays, offering intelligent storage tiering, simplified management, and enhanced multi-tenancy capabilities.

Highlights of the 3PAR Integration

• Supports autonomic storage tiering to automatically balance workloads across SSDs and HDDs.
• Leverages thin provisioning and deduplication to maximize usable storage capacity.
• Full-mesh architecture and persistent cache features ensure maximum data availability and fault tolerance.
• Perfectly suited for SAP systems that require scalable, reliable, and high-speed storage performance.

Powerful Suite

Supported by an intuitive software ecosystem, the HPE 752816-001 integrates advanced data services and automation tools that simplify day-to-day administration and increase overall storage efficiency.

Ideal Use Cases and Workload Scenarios

• Optimal for high-demand database applications, including SAP HANA and SAP ERP deployments.
• Suited for virtualization workloads, cloud-based services, and enterprise backup solutions.
• Designed to maintain consistent performance under heavy concurrent user access.

Performance Meets Reliability

Designed to meet the demands of modern data centers, the HPE 920GB SAS SSD ensures dependable performance, streamlined scalability, and unmatched reliability—making it a dependable choice for businesses seeking robust storage infrastructures.

752816‑001 HPE 920 GB SAS 6 Gb/s 3PAR M6720 3.5″ MLC SSD – Premium Enterprise Storage

The 752816‑001 drive, a 920 GB Multi‑Level Cell (MLC) SSD with a 6 Gb/s Serial Attached SCSI (SAS) interface, is engineered exclusively for the HPE 3PAR StoreServ series. Packaged in a 3.5‑inch Large Form Factor (LFF) and enclosed in a compatible Hot‑Plug tray, this SSD is optimized for enterprise-grade deployment, especially within virtualized SAP landscapes and high‑performance data infrastructures.

Generation & Interface Synergy

This drive represents the “SAS SSD 3PAR” generation—pairing modern MLC NAND with the proven reliability and throughput of SAS channels, optimized for seamless 3PAR deployment and efficient data center operations.

Robust Features and Specifications

Vital Technical Attributes

• Capacity: 920 gigabytes—ideal for data-intensive service tiers and caching layers.
• Interface: 6 Gb/s Serial Attached SCSI—delivering consistent, enterprise-grade channel bandwidth.
• Form Factor: 3.5‑inch LFF, ideal for density-conscious rack setups.
• Flash Memory Type: Multi‑Level Cell NAND, offering a precise balance between endurance and cost-efficiency.
• Drive Integration: Hot‑Plug tray supports instantaneous swap-outs with minimal system interruption.

Synergy with HPE 3PAR StoreServ Ecosystem

Autonomic Flash Tiering & Efficient Volume

Embedded within HPE’s StoreServ arrays, the 752816‑001 SSD leverages autonomous tiering technologies that transparently shift hot data to the 920 GB SSD layer for accelerated I/O response. Less frequently accessed data moves to cost-effective HDD segments, ensuring optimal resource utilization and responsiveness.

Advanced Thin Provisioning & Space Reclamation

Thin provisioning dynamically allocates physical capacity as required, trimming waste. The SSD layer enhances thin reclamation through rapid overwriting capabilities, which facilitate space reuse without impacting performance or storage balance.

Persistent Cache & Full-Mesh Interconnect Benefits

This SSD thrives under the 3PAR high-availability architecture—benefiting from persistent cache that guards write data in the event of transient failures, and a hardy full-mesh backplane that ensures cross-node resilience and maintains constant data availability.

Adaptability in Virtualized & Cloud-Ready Data Centers

In virtualized scenarios—be it VMware, Hyper‑V, or containerized platforms—the blend of SAS performance and SSD speed empowers resource‑dense server clusters. The drive’s hot‑swap capability and robust error handling make it ideal for dynamic scale-up/down operations in cloud orchestration systems.

Software‑Driven Administration

The SSD seamlessly integrates with HPE’s management tools like 3PAR InForm Management Console and HPE OneView. These platforms provide an intuitive UX for provisioning, performance monitoring, tier configuration, and firmware maintenance—all via centralized dashboards.

Empowering DevOps and Infrastructure as Code

Through API integration, the 3PAR SSD can be scripted for infrastructure automation—perfect for DevOps workflows, deployment pipelines, or orchestration layers like Ansible, Terraform, or native HPE scripts. This accelerates the provisioning lifecycle and ensures configuration consistency across storage domains.

High‑Performance Workloads & Use‑Case Scenarios

• Mission‑Critical Databases: SAP HANA, Oracle, Microsoft SQL—all benefit from ultra-fast access and consistent throughput.
• Virtual Desktop Infrastructure (VDI): High IOPS for rapid boot storms and interactive user sessions.
• Big Data Structures: Accelerated access to analytics, BI, and data mining workloads.
• Cloud Caching Layers: Efficient SSD tiering ensures frequent read/write operations are handled optimally—boosting overall system responsiveness.
• Disaster Recovery and Backup Acceleration: Fast snapshots and replication routines benefit from the SSD’s throughput for minimized window times.

Performance Under Multitenant Pressures

Within multi-tenanted infrastructure—shared databases, virtual sub‑domains, or hybrid clouds—the low-latency SAS SSD ensures that contention between workloads remains minimal, while I/O isolation and QoS can be enforced through 3PAR policies to maintain SLAs.

Comparative Positioning & Value Proposition

Advantages Over Traditional HDD-Based Tiers

• Up to 20× faster random I/O throughput than 7200 RPM HDDs.
• Reduced latency—often under a millisecond—for rapid transactional processes.
• Improved data center power efficiency, due to SSD’s lower energy demand compared to high-spinning disks.
• Silent operation and reduced heat generation—less cooling infrastructure required.

Compatibility Matrix & Environmental Parameters

The SSD is validated across multiple 3PAR StoreServ models (e.g., 7200, 7400, 8450, 20800 scales). It operates optimally in temperature ranges ideal for data center environments (typically 5 °C to 40 °C) and is engineered to meet rigorous shock, vibration, and altitude specifications.

Environmental Benefits & Sustainability

Energy-Efficient Storage Design

SSDs like the 752816‑001 significantly lower power consumption relative to mechanical counterparts. This reduction in energy use translates to lower operational costs and a smaller carbon footprint for modern data centers.

Material Lifecycle and Environmental Footprint

The drive’s solid-state build features fewer moving parts, promoting longevity. With firmware‑based wear leveling and SMART-based lifespan reporting, end-of-life planning becomes more predictable and environmentally sound through certified recycling programs.

Scalability and Future‑Proofing Strategies

Linear Scale‑Out and Fiber‑Channel Extensions

Deploying multiple 920 GB MLC drives within a 3PAR cluster enables linear performance growth. SSD pools can be expanded non‑disruptively, and combined with FC backbones, allow high‑speed replication to remote sites for disaster resilience.

Hybrid Infrastructure and Cloud Integration

As enterprises drive toward hybrid cloud models, the SSD layer serves as the high-speed tier that complements object storage, archival layers, and cloud gateways—delivering instantaneous I/O while maintaining long‑term retention cost‑efficiencies.

Security & Data Integrity Considerations

Robust RAID & Data Protection Policies

Within 3PAR systems, the SSD participates in robust RAID configurations (RAID‑1‑DM, RAID‑5, RAID‑6), shielding data from single or multiple drive failures. The SSD also benefits from patented 3PAR distributed sparing and automatic rebuild capabilities.

Secure Erasure & Compliance Readiness

Before decommissioning, SSD-specific secure erase protocols ensure that sensitive data is unrecoverable—assisting compliance with data protection mandates such as GDPR, HIPAA, and more.

Lifecycle Upgrade & Swap‑Out Planning

Integrating the 920 GB SSD into volume tiering strategies allows predictable refresh cycles—either scaling to higher capacity SSDs as needed or off‑taping older units. Firmware support and backward compatibility within 3PAR consoles ease this transition.

User Experience & Industry Reputation

Deployment Testimonials & Real‑World Feedback

IT administrators frequently highlight the SSD’s “seamless scaling,” “outstanding performance consistency,” and “reliable endurance in multi‑tenant configurations.” Many report notable reductions in application latency and improved throughput for production workloads.

Alignment with Data Center Best Practices

Built per enterprise-grade EMCs, this SSD fits into modern IT frameworks: aligning with data center energy standards, stacking within converged platforms, and complying with storage automation blueprints.

Key Highlights

• 920 GB MLC SSD engineered for HPE 3PAR StoreServ with 6 Gb/s SAS interface.
• Hot‑pluggable form factor supporting rapid maintenance and upgrades.
• Fully integrated with tiering, thin provisioning, high availability, and PAC architectures.
• Scalable, cloud‑ready performance optimized for SAP and virtualized workloads.
• Balances cost, speed, and endurance—especially when compared to SLC and NVMe options.
• Low-power, low-noise design aligned with sustainability and operational efficiency goals.
• Advanced security, RAID protection, lifecycle management tools and compliance readiness.
• Proven reliability in real-world data centers and multi-tenant environments.