005052089 EMC Data Domain 4TB SAS-12GBPS 7.2K RPM Hard Drive With Tray

Highlights of EMC 4TB SAS-12GBPS HDD

The EMC 005052089 is a high-capacity 4TB 7200 RPM 3.5-inch SAS Hard Disk Drive designed for enterprise storage environments. With advanced performance, durability, and seamless compatibility, it is ideal for Data Domain systems requiring reliable expansion.

Main Information

• Manufacturer: EMC
• Part Number: 005052089
• Device Type: Hard Disk Drive

Technical Specifications

• Capacity: 4 Terabytes
• Rotational Speed: 7200 RPM
• Drive Type: Internal
• Drive Width: 3.5-inch

Interface & Standards

• Drive Interface: SAS
• Interface Standard: 12Gb/s SAS
• Maximum Data Transfer Rate: 12 Gb/s

Cache & Performance

• Cache Storage: 256 MB
• Optimized for high-speed data access
• Reliable throughput for enterprise workloads

Physical Characteristics

• Type: Large Form Factor
• Durable design for long-term use
• Engineered for scalable storage expansion

Compatibility

Data Domain Expansion

• DS60

Midrange Systems

• DD2200
• DD2500

EMC 005052089 4TB SAS-12GBPS 7.2K RPM LFF HDD Overview

The EMC 005052089 Data Domain 4TB SAS-12Gbps 7.2K RPM Hard Drive is engineered to support modern enterprise storage environments that demand dependable capacity, optimized data handling, and consistent operational efficiency. Organizations that rely on high-capacity backup appliances, scalable archival platforms, and business continuity solutions often require robust hard drives capable of sustaining long-term workloads without compromising stability. This EMC Data Domain drive delivers enterprise-class performance characteristics tailored for data-intensive operations across virtualized infrastructures, cloud-connected storage systems, and large-scale backup ecosystems.

Built with a 12Gbps SAS interface, the EMC 005052089 hard drive enables rapid communication between storage controllers and enterprise servers. The high-bandwidth SAS architecture improves throughput capabilities while maintaining reliable connectivity in demanding environments. Combined with a rotational speed of 7.2K RPM, the drive provides a balanced combination of performance and storage efficiency suitable for sequential read and write workloads commonly associated with backup repositories, deduplication appliances, and large-scale retention systems.

Enterprises handling growing volumes of structured and unstructured data require storage components that maintain operational continuity under sustained workloads. The EMC 005052089 4TB hard drive is specifically optimized for Data Domain platforms and enterprise storage arrays where reliability, scalability, and predictable performance remain critical. Its architecture supports long-duration operational cycles while minimizing disruptions within critical data management infrastructures.

Enterprise Capacity Optimization with 4TB Storage

The 4TB storage capacity of the EMC 005052089 hard drive provides enterprises with expanded storage potential for backup retention, disaster recovery datasets, and archival operations. Modern organizations generate substantial amounts of transactional records, application data, analytics datasets, multimedia assets, and virtual machine snapshots on a continuous basis. Storage environments therefore require high-capacity drives capable of accommodating long-term growth while maintaining manageable infrastructure costs.

By integrating 4TB enterprise SAS drives into Data Domain systems, businesses can maximize storage density within existing rack footprints. This approach allows IT departments to scale storage repositories without dramatically increasing power consumption, cooling requirements, or physical infrastructure expansion. The drive supports environments where efficient utilization of rack space directly contributes to improved operational economics.

Efficient Storage Consolidation

Consolidating large datasets into centralized backup repositories improves data accessibility, management efficiency, and administrative control. The EMC 005052089 drive supports storage consolidation strategies by delivering sufficient capacity for extensive backup chains, retention policies, and historical archives. Organizations operating multiple branch offices or distributed environments can leverage centralized storage systems to improve governance and simplify compliance-related data management procedures.

Storage administrators benefit from reduced hardware complexity because fewer drives are needed to achieve target storage capacities. This contributes to simplified maintenance procedures, reduced component management overhead, and enhanced operational efficiency across enterprise data centers.

Scalable Storage Expansion Capabilities

Scalability remains one of the most important considerations in enterprise infrastructure planning. The EMC 005052089 Data Domain hard drive supports scalable deployment models where organizations can gradually expand storage pools according to evolving business requirements. Instead of performing costly large-scale migrations, enterprises can incrementally add capacity while maintaining consistent storage performance and operational continuity.

This scalability model benefits organizations experiencing unpredictable growth patterns, seasonal data fluctuations, or expanding digital transformation initiatives. As backup requirements increase, administrators can integrate additional EMC Data Domain drives into storage clusters without disrupting production workloads.

12Gbps SAS Interface Technology

Advantages of SAS Enterprise Storage Connectivity

The Serial Attached SCSI 12Gbps interface implemented in the EMC 005052089 hard drive provides enterprise-grade communication reliability and enhanced bandwidth performance. SAS technology has long been recognized as a preferred storage interface within mission-critical enterprise environments due to its advanced error handling capabilities, robust connectivity architecture, and superior scalability characteristics.

Compared to traditional storage interfaces, 12Gbps SAS enables significantly higher data transfer rates while maintaining consistent communication stability under heavy workloads. This capability is particularly important within backup and recovery infrastructures where large datasets must be transferred efficiently during restricted backup windows.

Improved Throughput Efficiency

The 12Gbps SAS architecture supports accelerated throughput performance for data-intensive operations. Backup appliances frequently process large sequential data streams, replication activities, and deduplication operations that place substantial demands on storage communication channels. The EMC 005052089 hard drive helps minimize bottlenecks by supporting high-speed data transfer between storage controllers and enterprise servers.

Efficient throughput contributes to reduced backup completion times, improved recovery responsiveness, and better overall infrastructure utilization. Organizations operating around-the-clock environments benefit from shorter maintenance windows and enhanced operational flexibility.

Dual-Port SAS Reliability

Enterprise SAS drives commonly support dual-port connectivity for enhanced redundancy and fault tolerance. This architecture enables continuous data accessibility even if one communication path experiences interruption. In mission-critical infrastructures, redundant connectivity plays a vital role in ensuring uninterrupted access to essential business information.

The EMC 005052089 drive supports enterprise storage architectures where high availability is mandatory. Data centers relying on clustered storage systems, failover environments, and business continuity frameworks benefit from the resilient communication structure offered by SAS enterprise technology.

Compatibility with Enterprise Data Domain Platforms

The EMC 005052089 hard drive is designed for compatibility with EMC Data Domain systems and enterprise storage infrastructures requiring validated hardware components. Using certified enterprise drives within Data Domain environments helps maintain predictable operational performance, stable firmware integration, and long-term system reliability.

Certified compatibility also simplifies hardware management and support processes. IT teams can deploy the drive confidently within existing infrastructures while ensuring alignment with enterprise operational standards and vendor-supported configurations.

7.2K RPM Rotational Performance for Balanced Workloads

The 7.2K RPM spindle speed of the EMC 005052089 hard drive provides a balanced approach between performance efficiency and storage density. Enterprise backup environments often prioritize consistent throughput and large-capacity retention rather than ultra-low latency transactional performance. The 7.2K RPM design supports these operational requirements effectively.

Sequential read and write workloads associated with backup repositories, data replication tasks, and archival storage operations benefit from stable rotational performance characteristics. The drive maintains dependable data handling capabilities while supporting enterprise-scale retention strategies.

Consistent Workload Handling

Enterprise storage systems require predictable workload management under continuous operational conditions. The EMC 005052089 drive is engineered to sustain prolonged read and write cycles associated with enterprise backup processes, data retention operations, and disaster recovery workflows.

Consistency in workload handling contributes to improved infrastructure planning and stable application performance. Administrators can confidently allocate storage resources knowing the drive is designed to support demanding enterprise usage scenarios.

Data Protection and Reliability Features

Enterprise-Class Reliability Engineering

Reliability represents a foundational requirement in enterprise storage environments where downtime or data corruption can lead to operational disruption and financial consequences. The EMC 005052089 Data Domain hard drive incorporates enterprise-grade engineering principles intended to support long-term operational stability.

Enterprise hard drives are built with enhanced mechanical durability, advanced vibration tolerance, and sophisticated firmware management systems. These features help maintain consistent functionality in multi-drive storage arrays where environmental stress and continuous workloads are common.

Advanced Error Correction Technologies

Error correction mechanisms play a critical role in maintaining data integrity within enterprise infrastructures. The EMC 005052089 drive utilizes enterprise-class error detection and correction technologies that help identify and manage potential data inconsistencies during read and write operations.

These technologies improve storage reliability while reducing the likelihood of corrupted backups or incomplete archival datasets. Enterprises handling sensitive information, regulatory records, and business-critical databases benefit from enhanced data integrity protections.

Rotational Vibration Protection

Large enterprise storage enclosures frequently contain dozens or hundreds of hard drives operating simultaneously. Rotational vibration generated within dense storage arrays can affect drive performance and reliability if not properly managed. Enterprise-grade drives such as the EMC 005052089 incorporate vibration compensation technologies that help maintain stable operational performance.

Improved vibration tolerance contributes to greater consistency in data transfer operations while supporting long-term hardware reliability within high-density storage deployments.

Role in Backup and Deduplication Environments

Optimized for Data Domain Backup Appliances

EMC Data Domain systems are widely recognized for advanced backup storage optimization through deduplication technologies. The EMC 005052089 hard drive contributes to these environments by supporting the sustained throughput requirements associated with deduplicated backup operations.

Deduplication processes analyze incoming data streams to identify redundant information and eliminate duplicate storage blocks. This approach significantly improves storage efficiency while reducing overall capacity consumption. The underlying storage hardware must therefore maintain reliable performance during continuous indexing, compression, and replication activities.

The EMC 005052089 drive supports these operational demands through enterprise SAS connectivity, dependable rotational performance, and stable workload handling capabilities.

Virtualization and Cloud Infrastructure Support

Supporting Virtualized Enterprise Workloads

Virtualization technologies have transformed enterprise infrastructure management by enabling organizations to consolidate applications, improve hardware utilization, and simplify operational scalability. Virtualized environments generate extensive backup and snapshot data that require dependable storage repositories capable of supporting continuous protection strategies.

The EMC 005052089 Data Domain hard drive supports virtualized backup infrastructures by providing reliable capacity and enterprise-class communication performance. Backup administrators can store virtual machine snapshots, replicated environments, and application recovery datasets efficiently within centralized storage systems.

Improved Data Mobility

Modern enterprises increasingly move workloads between on-premises data centers and cloud platforms. This hybrid operational model requires storage infrastructures capable of supporting large-scale data transfers and synchronized backup retention. The EMC 005052089 drive contributes to improved data mobility by maintaining consistent throughput performance during replication and migration activities.

Organizations leveraging hybrid cloud strategies benefit from reliable storage media that can support evolving infrastructure requirements without sacrificing operational consistency.

Cloud-Connected Backup Strategies

Cloud-integrated backup architectures require dependable local storage repositories that can synchronize efficiently with remote cloud environments. The EMC 005052089 drive supports cloud-connected backup workflows by providing stable local retention infrastructure for staging, replication, and archival processes.

Enterprises implementing long-term cloud archival strategies can use Data Domain systems equipped with EMC enterprise drives to optimize data movement between local and remote storage tiers.

Enterprise Deployment Flexibility

Integration Within Existing Storage Ecosystems

The EMC 005052089 hard drive supports flexible deployment across enterprise storage infrastructures where compatibility, scalability, and operational continuity remain essential. Organizations operating EMC storage ecosystems can integrate the drive within existing Data Domain arrays, backup clusters, and archival platforms while maintaining infrastructure consistency.

Maintaining standardized storage hardware across enterprise environments simplifies maintenance planning, firmware management, and lifecycle support operations. IT teams benefit from reduced compatibility concerns and streamlined deployment procedures.

Support for Multi-Tier Storage Architectures

Many enterprise environments utilize multi-tier storage strategies that allocate workloads according to performance requirements and retention priorities. High-performance solid-state storage may handle latency-sensitive applications while high-capacity SAS drives manage backup retention and archival datasets.

The EMC 005052089 drive fits effectively within these architectures by providing cost-efficient high-capacity storage for secondary and tertiary data tiers. This approach enables organizations to optimize overall infrastructure performance while controlling storage expenditures.

Performance Efficiency in Data-Intensive Environments

Handling Large Sequential Data Transfers

Backup repositories and archival systems commonly process large sequential data streams rather than highly randomized transactional workloads. The EMC 005052089 hard drive is optimized for these sequential operations, enabling efficient movement of extensive datasets across enterprise infrastructures.

Large-scale backup jobs involving database exports, virtual machine images, media libraries, and enterprise application datasets require dependable throughput consistency. The drive supports these operational demands while maintaining stable performance during prolonged transfer activities.

Enhanced Operational Productivity

Efficient storage performance directly impacts administrative productivity and business operations. Faster backup completion times enable IT teams to reduce maintenance windows and allocate infrastructure resources more effectively. The EMC 005052089 drive contributes to improved operational productivity by supporting efficient enterprise backup workflows.

Organizations with strict service-level agreements benefit from reliable storage infrastructure capable of supporting demanding operational schedules without compromising data protection objectives.

Thermal Efficiency and Data Center Optimization

Optimized Cooling Characteristics

Thermal management remains a critical concern in modern enterprise data centers where dense storage deployments generate substantial heat output. The EMC 005052089 7.2K RPM architecture contributes to improved thermal efficiency compared to higher-speed enterprise drives.

Reduced heat generation supports more effective cooling management within storage arrays and server racks. Data centers benefit from improved airflow efficiency, lower cooling infrastructure strain, and more predictable environmental control conditions.

Rack Density Optimization

High-capacity 4TB enterprise drives enable organizations to maximize usable storage within limited rack space. Increased storage density reduces the need for additional enclosures and minimizes physical infrastructure expansion. Efficient rack utilization contributes to improved data center scalability while preserving valuable floor space.

The EMC 005052089 drive supports enterprise strategies focused on compact infrastructure growth, optimized resource utilization, and scalable storage deployment models.