EMC 005052110 3.84TB SAS-12GBPS 2.5" Enterprise SSD

Overview of EMC 005052110 3.84TB SAS-12GBPS SFF Enterprise Solid State Drive

The EMC 005052110 3.84TB SAS 12Gbps 2.5-inch Enterprise SSD stands as a high-capacity and high-performance data storage solution engineered for reliability, efficiency, and speed in demanding business environments. Designed by EMC, a renowned name in enterprise-grade storage technology, this solid-state drive delivers superior performance for mission-critical data centers, virtualization, and intensive workloads requiring consistent throughput and stability.

Key Manufacturer Information 

• Manufacturer: EMC
• Part Number: 005052110
• Drive Type: Solid State Drive (SSD)

Technical Details

• Form Factor: 2.5-Inch
• Drive Capacity: 3.84 Terabytes
• Storage Type: Internal Solid State Drive
• Drive Interface: SAS 12Gbps (Serial Attached SCSI)
• Data Transfer Rate: Up to 1.2GBps sustained performance

Reliability Features

• Designed for 24/7 enterprise workloads
• Enhanced error correction and power-loss protection
• Consistent I/O performance under heavy demand
• Reduced failure rates compared to traditional HDDs

Interface and Data Performance Highlights

• Supports 12Gbps SAS interface for faster throughput
• Backward compatibility with 6Gbps infrastructure
• Seamless integration into enterprise-grade RAID arrays
• Enables efficient data flow and minimized latency

Storage and Efficiency Advantages

• Large 3.84TB capacity suitable for enterprise-scale operations
• Optimized power efficiency reduces energy costs
• Improved system scalability for expanding business needs
• Enhanced data integrity through advanced NAND management

Typical Use Cases

• High-availability data centers and cloud storage
• Database servers with heavy I/O transactions
• Virtualized environments and VM clustering
• Enterprise-level backup and recovery systems 

Core Performance Features

• Ultra-fast response times for time-sensitive applications
• Optimized for high-performance computing
• Minimized data retrieval delays
• Improved energy efficiency under constant loads

Product Outline of EMC 005052110 Enterprise SAS SSD  

The EMC 005052110 3.84TB SAS-12Gbps 2.5" Enterprise Solid State Drive (SSD) represents a high-capacity, high-reliability storage solution engineered for data center, cloud, virtualization, database and mission-critical enterprise workloads. Designed to meet the demanding performance, endurance and availability needs of modern IT infrastructures, this SSD combines dense storage in a compact 2.5-inch form factor with the proven robustness of the SAS (Serial Attached SCSI) 12Gbps interface. The result is a storage device that provides low latency, sustained throughput, and consistent I/O operations per second (IOPS) — all essential characteristics for enterprise applications such as OLTP databases, virtual machine hosts, analytics platforms and large-scale file systems.

Reasons of Choosing SAS-12Gbps Enterprise SSDs

When designing or upgrading enterprise storage, architects and procurement teams weigh many factors: latency, throughput, endurance, availability, and total cost of ownership (TCO). SAS-12Gbps enterprise SSDs like the EMC 005052110 deliver a mix of performance and manageability that is particularly well-suited to professional data center environments.

Performance and Predictability

Unlike consumer NVMe or SATA drives that prioritize peak throughput, enterprise SAS SSDs are tuned for predictable latency and consistent response times. This predictability reduces jitter in virtualized environments and maintains application SLAs under sustained mixed workloads.

Sustained Throughput

The 12Gbps SAS physical layer provides headroom for multiple simultaneous operations and high sequential throughput — a clear advantage for replication, backup windows, and large-block data transfer tasks.

Endurance, Data Integrity and Enterprise Features

Enterprise SSDs are built with endurance strategies and data protection features not commonly found on consumer devices. The EMC 005052110 typically integrates techniques such as advanced wear leveling, over-provisioning, end-to-end data path protection, and on-drive spare capacity to extend usable life and protect stored data.

Power-Loss Protection (PLP)

PLP ensures that data in volatile caches is safely flushed to non-volatile media during unexpected power events — a critical capability for transactional systems and for maintaining metadata consistency in RAID arrays.

SMART & Management

Self-Monitoring, Analysis and Reporting Technology (SMART), coupled with vendor-specific telemetry, allows administrators to predict failures, schedule replacements, and monitor drive wear. SAS supports enterprise management protocols, enabling integration with storage management and monitoring tools.

Compatibility Considerations

Choosing a drive entails ensuring physical fit, electrical compatibility and firmware interoperability. The EMC 005052110’s 2.5-inch format makes it compatible with most modern server and storage arrays that support SFF drives, including many EMC/VMware-certified chassis, third-party storage platforms, and OEM blade or rack servers with SAS backplanes.

Form Factor and Capacity Density

The 2.5-inch SFF footprint allows data centers to maximize bay density while benefiting from enterprise-class performance. Using multiple 3.84TB SAS SSDs in a single enclosure offers high aggregate capacity without occupying excessive rack space.

Common Enterprise Use Cases

The EMC 005052110 3.84TB SAS SSD is suitable for a wide range of enterprise workloads that require a balance of capacity and enterprise-class performance.

Virtualization & VDI

Virtual Desktop Infrastructure (VDI) and dense virtual machine deployments benefit from the drive’s low-latency random IO and predictable response times. Faster boot storms, steady performance during user logins, and reduced VM vCPU wait times result in higher end-user satisfaction.

Databases & Transactional Systems

OLTP databases, ledger systems, and metadata-heavy services (e.g., directory services, catalog systems) demand endurance and consistent writes. Enterprise SAS SSDs with power-loss protection and high write endurance protect transactional integrity and reduce risk of corruption.

Analytics, Caching & Tiering

Use these SSDs for hot-tier storage, caching layers, or as a high-performance tier in hybrid storage arrays. Their performance characteristics dramatically accelerate analytics query response times and caching layers for distributed storage platforms.

High-Availability Storage Arrays

In clustered and mirrored storage arrays, SAS enterprise drives reduce rebuild times and ensure reliable operation under rebuild stress. Their predictable I/O helps minimize performance impact during maintenance windows.

Deployment Best Practices

Deploying enterprise SSDs successfully requires attention to firmware, cooling, RAID configuration, and lifecycle processes. Following best practices will prolong drive life and ensure consistent service levels.

Thermal Management

High-density SSD deployments generate heat that must be managed by adequate airflow and proper rack/cabinet cooling. Monitor drive temperatures and follow vendor specified operating temperature ranges to avoid thermal throttling.

RAID, Rebuild & Spare Strategies

Select RAID levels and spare policies that match your availability and performance needs. For SSDs, RAID-6 or double parity configurations reduce rebuild risk for large capacity drives, while hot spares help minimize downtime.

Comparisons & Alternatives

When evaluating the EMC 005052110, decision-makers commonly compare it against SATA, NVMe, and other SAS options. Each interface and product class has trade-offs in latency, throughput, cost, and manageability.

SAS vs NVMe

Latency: NVMe generally offers lower latency and higher parallelism, but enterprise SAS drives remain attractive where mature management frameworks, proven multipath support and certified array compatibility are required.
Cost & Compatibility: SAS drives are often easier to drop into existing SAN and DAS infrastructures, reducing upgrade complexity and maintaining vendor support contracts.

SAS vs SATA

SATA SSDs may be lower-cost but typically lack the enterprise features (e.g., higher endurance, advanced telemetry, PLP) and SAS management capabilities. For mission-critical deployments, SAS enterprise SSDs usually provide better TCO despite higher purchase price.