005052870 EMC 7.68TB 2.5" SAS-12GBPS Enterprise SSD

Highlights of EMC 005052870 7.68TB SAS 12GBPS 2.5-Inch SSD

General Information

• Manufacturer: EMC
• Part Number: 005052870
• Product Type: Internal Solid-State Drive (SSD)
• Sub Type: 7.68TB SAS 12GBPS

Technical Information

• Type: Solid State Drive - Internal
• Storage Capacity: 7.68TB
• Form Factor: 2.5-Inch (Small Form Factor - SFF)
• Interface Type: SAS 12GBPS
• Data Transfer Rate: Up to 1.2GBPS
• Endurance Rating: High DWPD (Drive Writes Per Day)
• Data Protection: End-to-End Path Protection, ECC
• Power-Loss Protection: Supported
• Operating Temperature: 0°C to 70°C
• Certifications: EMC Enterprise Certified

PowerEdge Compatibility

• PowerEdge R740
• PowerEdge R740xd
• PowerEdge R640
• PowerEdge R840
• PowerEdge R940
• PowerEdge R940xa

EMC 005052870 7.68TB SAS 12GBPS 2.5Inch Enterprise Solid State Drive Overview

The EMC 005052870 7.68TB SAS 12GBPS 2.5Inch Enterprise Solid State Drive is a high-performance storage device built to deliver exceptional speed, reliability, and efficiency for enterprise-level computing environments. Designed for data centers, high-availability systems, and mission-critical workloads, this SSD combines robust performance with the durability needed for 24/7 operation. Leveraging a 12Gbps Serial Attached SCSI (SAS) interface, it provides faster data transfer rates, improved input/output operations per second (IOPS), and lower latency compared to traditional hard drives. The 7.68TB capacity offers substantial storage for applications that demand high throughput and consistent uptime, making it ideal for virtualization, database processing, and large-scale data analytics.

High-Performance SAS 12GBPS Interface for Enterprise Environments

The EMC 005052870 SSD utilizes a 12Gbps SAS interface, which doubles the throughput of older 6Gbps SAS technologies. This high-bandwidth connection ensures that servers and storage arrays can access data rapidly and efficiently. SAS interfaces are designed for enterprise-class reliability, supporting dual-port connectivity for redundancy and failover protection. This ensures continuous data access even in the event of a port failure or during maintenance operations. The combination of 12Gbps transfer speed and enterprise-level SAS features enables faster read and write operations, reduced data access times, and enhanced multitasking capabilities in multi-user or multi-threaded environments.

EMC Storage Systems

The EMC 005052870 drive is fully optimized for EMC storage platforms, including EMC VNX, Unity, PowerMax, and XtremIO systems. Its compatibility ensures seamless integration, efficient data management, and optimal performance when paired with EMC’s intelligent storage controllers and software-defined infrastructure. EMC-certified drives undergo rigorous testing to ensure they meet strict reliability and endurance standards, minimizing the risk of failure in enterprise deployments. By using genuine EMC drives like the 005052870 model, organizations maintain warranty coverage, firmware compatibility, and system stability across their EMC storage environments.

Reliable Data Path Integrity and Enterprise-Grade Endurance

This 7.68TB SAS SSD is engineered with end-to-end data path protection, ensuring that data integrity is preserved throughout the transmission and storage process. Advanced error correction, wear leveling, and bad block management work together to prevent data corruption and extend the drive’s lifespan. The enterprise-grade endurance rating supports continuous read/write operations across multiple workloads, making it ideal for virtual machines, database servers, and transactional systems that require predictable performance and long-term durability.

Exceptional Capacity and Scalability

With a 7.68TB capacity, the EMC 005052870 SAS SSD provides extensive storage space within a compact 2.5-inch form factor. This high-capacity design supports the increasing data demands of modern enterprises, enabling organizations to store more data per drive and reduce overall hardware footprint. Consolidating storage into fewer high-capacity drives simplifies data management, lowers power consumption, and improves cooling efficiency. The scalability of this SSD allows businesses to expand storage capacity as needed without compromising performance, ensuring adaptability in rapidly growing IT infrastructures.

Ideal for Data-Intensive Applications

The EMC 005052870 is purpose-built for applications that demand fast, reliable, and continuous access to large data volumes. It is particularly effective in environments such as online transaction processing (OLTP), enterprise resource planning (ERP), business intelligence analytics, and cloud-based computing. These workloads require consistent I/O performance and minimal latency, both of which this SAS SSD delivers with precision. Its architecture ensures that critical data operations remain smooth and uninterrupted, even during peak processing times.

Cloud Systems

In virtualized data centers, performance consistency is crucial to maintaining stable operation across multiple virtual machines (VMs). The EMC 005052870 SSD provides the necessary throughput and response time to support dense virtualization deployments. By enabling fast access to virtual storage environments, this SSD enhances VM performance, reduces boot times, and ensures rapid application deployment. Its enterprise SAS design also supports integration with cloud and hybrid infrastructure, making it a reliable component for distributed computing environments where data mobility and uptime are critical.

Storage Consolidation and Rack Density

The 2.5-inch form factor of the EMC 005052870 allows organizations to maximize rack density in data centers. High-capacity drives like this one enable IT teams to consolidate workloads onto fewer physical devices, reducing overall space requirements and simplifying cabling and power distribution. The compact design does not compromise performance or reliability, making it a preferred choice for high-performance storage arrays and blade server environments where space optimization is essential.

Superior Read and Write Performance

The EMC 005052870 7.68TB SAS SSD delivers outstanding performance across sequential and random workloads. Its SAS interface and enterprise controller design allow it to achieve high read speeds for fast data retrieval and solid write performance for intensive data updates. The drive’s optimized firmware ensures balanced performance even under sustained workloads, providing consistent throughput that supports enterprise-level operations. Whether processing large data sets, hosting virtualized environments, or running high-traffic applications, this drive ensures that performance remains stable and dependable.

High Input/Output Operations Per Second (IOPS)

The EMC 005052870 SSD provides excellent IOPS rates, enabling it to handle simultaneous read and write operations efficiently. This high IOPS capability makes it ideal for transactional systems, online databases, and real-time analytics. Fast response times ensure that critical operations, such as database queries or transaction verifications, are executed with minimal latency. As a result, businesses experience faster data access, improved user experiences, and smoother system performance during demanding workloads.

Consistent Performance Under Heavy Workloads

One of the hallmarks of the EMC 005052870 SSD is its ability to sustain high performance even under continuous heavy workloads. The drive’s firmware algorithms intelligently balance read and write operations to maintain throughput stability, preventing performance degradation over time. This reliability makes it well-suited for environments with mixed workloads, where both sequential and random operations are performed simultaneously. Such consistency is essential for maintaining smooth operations in large-scale enterprise storage systems.

Enterprise Reliability and Data Protection

The EMC 005052870 SAS SSD incorporates advanced technologies that ensure reliability, data protection, and system integrity. Enterprise environments require storage devices capable of withstanding continuous operation and unpredictable workloads without compromising performance or data accuracy. EMC has equipped this drive with features that deliver high endurance, strong fault tolerance, and robust protection mechanisms for mission-critical data.

End-to-End Data Protection and ECC

End-to-end data path protection ensures that data integrity is maintained across every point of the data journey—from host interface to NAND storage. The built-in error correction code (ECC) algorithms detect and correct bit errors before they cause corruption, safeguarding data reliability. This is especially crucial in enterprise systems that handle sensitive information and high-volume transactions. The drive’s ECC implementation supports extended data retention and guarantees consistent performance across its lifecycle.

Power-Loss Protection and Failover Safety

Unexpected power interruptions can jeopardize data integrity if not properly managed. The EMC 005052870 SSD features power-loss protection circuitry that secures in-flight data during sudden power failures. Built-in capacitors provide sufficient backup energy to complete pending write operations, ensuring no data loss or corruption. Additionally, dual-port SAS connectivity provides automatic failover support, allowing continuous data access if one connection path fails. This redundancy enhances uptime and system resilience in critical enterprise operations.

Wear Leveling and Drive Longevity

Advanced wear-leveling technology evenly distributes write and erase cycles across NAND cells, preventing premature wear on specific memory blocks. This process maximizes the SSD’s lifespan and ensures consistent performance even after prolonged usage. Combined with over-provisioning and garbage collection mechanisms, the EMC 005052870 delivers long-term reliability and sustained write endurance for continuous enterprise workloads.

Reduced Power Consumption

The SSD’s low-power design minimizes both active and idle power usage, improving data center efficiency. Compared to traditional HDDs, the EMC 005052870 uses up to 80% less energy, lowering total cost of ownership and reducing the strain on cooling systems. The drive’s efficient power management ensures stable operation even in high-density rack environments, supporting energy-conscious enterprises focused on green computing initiatives.

Advanced Thermal Control and Heat Dissipation

The EMC 005052870 incorporates temperature sensors and dynamic thermal throttling to prevent overheating during intensive workloads. When temperatures rise, the drive automatically adjusts its performance to maintain safe operating levels, preventing hardware damage while maintaining data integrity. The 2.5-inch form factor also enhances airflow within server racks, promoting efficient cooling and reliable long-term operation.

Environmentally Friendly Design

As part of EMC’s commitment to sustainable technology, the 005052870 SSD is designed with eco-friendly materials and adheres to industry environmental standards such as RoHS compliance. Its energy-efficient operation not only supports corporate sustainability goals but also reduces carbon footprint across enterprise infrastructures.

Integration with Enterprise Storage Architectures

The EMC 005052870 7.68TB SAS SSD is engineered for seamless integration into EMC’s enterprise storage solutions and third-party server platforms that support SAS connectivity. Its universal compatibility, high performance, and enterprise certification make it an ideal choice for various applications, from traditional data centers to cloud-based storage architectures.

EMC and Dell EMC Systems

The drive is certified for use in EMC and Dell EMC systems, ensuring optimized performance, firmware compatibility, and full integration with management utilities. This certification guarantees reliable operation within EMC storage arrays, such as VNX, Unity XT, and PowerEdge servers equipped with SAS backplanes. Using certified drives ensures smooth firmware updates and long-term vendor support.

RAID and Data Redundancy

The EMC 005052870 is compatible with various RAID configurations, including RAID 0, 1, 5, 6, and 10. When deployed in a RAID array, it enhances both performance and data protection by distributing workloads and maintaining redundancy. This ensures continuous data access and rapid recovery in the event of drive failure, making it an essential component in enterprise storage strategies requiring maximum uptime.

Scalability in Multi-Drive Arrays

Organizations can easily scale storage capacity by integrating multiple EMC 005052870 drives into existing storage frameworks. The consistent performance of each drive ensures balanced load distribution and predictable scalability. This flexibility allows enterprises to expand storage infrastructure in response to growing data demands without downtime or reconfiguration challenges.

Performance Consistency and Reliability

The EMC 005052870 delivers stable, predictable performance across varying workloads. Its high throughput and low latency ensure uninterrupted operation for applications with fluctuating I/O demands. The combination of high IOPS capability and robust firmware optimizations allows for sustained performance even under mixed read/write conditions, making it a reliable choice for enterprise-scale systems that require dependable responsiveness.

Advanced Firmware

EMC’s proprietary firmware enhances drive management and ensures compatibility with its hardware ecosystem. Intelligent algorithms handle wear leveling, garbage collection, and command queuing efficiently, maintaining consistent throughput and low latency. The firmware also communicates directly with EMC’s storage controllers, enabling advanced diagnostics and predictive maintenance through EMC’s management software.

Endurance and Lifecycled

Enterprise workloads often involve intensive read and write cycles that can wear out conventional drives quickly. The EMC 005052870 SSD is built with endurance in mind, supporting high drive writes per day (DWPD) to accommodate continuous data activity. Its lifecycle management features monitor wear levels and remaining life, providing administrators with actionable insights for predictive maintenance and capacity planning.

Database and Transaction Processing

The EMC 005052870 SSD is particularly well-suited for database servers handling large volumes of transactions per second. Its high IOPS and low latency allow for fast query execution, rapid indexing, and seamless data retrieval. Applications such as Oracle, SQL Server, and MySQL benefit from the drive’s stable throughput, ensuring that transactional integrity and performance remain consistent even during peak demand.

Big Data Analytics and High-Performance Computing

For organizations engaged in data analytics and scientific computing, the EMC 005052870 SSD offers the throughput and capacity necessary for processing massive datasets. Its fast read/write capabilities accelerate analytics workloads, reducing data processing times and improving insight generation. This makes it valuable in industries such as finance, research, and artificial intelligence, where data-driven decisions depend on high-speed storage.

Enhanced Reliability Through Enterprise Validation

EMC’s rigorous validation process ensures that each certified SSD meets the demanding standards required for enterprise environments. The 005052870 undergoes extensive testing for endurance, compatibility, and environmental resilience, guaranteeing that it performs consistently under heavy workloads. This validation provides organizations with peace of mind knowing that their data is housed on a drive engineered for maximum uptime and durability.

Future-Ready Storage Performance

As data volumes continue to grow and performance demands increase, the EMC 005052870 SSD provides a scalable solution that can meet future requirements. Its combination of high-speed SAS connectivity, large capacity, and enterprise endurance ensures that it remains relevant for years to come. Whether deployed in hybrid cloud systems, advanced analytics platforms, or large-scale virtual environments, this drive offers the stability and scalability that modern enterprises depend on.