005053747 EMC 7.68TB SAS-12GBPS 2.5Inch Enterprise Solid State Drive

EMC 7.68TB SAS 12GBPS SSD

The EMC 005053747 7.68TB SAS-12Gbps 2.5-Inch Enterprise Solid State Drive is a high-performance storage solution engineered for demanding business environments. This SSD delivers speed, reliability, and scalability for enterprise-grade applications.

General Information

• Brand: EMC
• Model Number: 005053747
• Category: Enterprise Solid State Drive

Technical Specifications

Storage Capacity

• Massive 7.68TB data storage
• Ideal for large-scale workloads

Interface Details

• 12Gb/s SAS (Serial Attached SCSI)
• High-speed connectivity for enterprise servers

Form Factor

• 2.5-inch Small Form Factor (SFF)
• Compact design for optimized space utilization

Compatibility and Integration

Designed for Dell EMC PowerStore

This drive is specifically built for the Dell EMC PowerStore storage family, ensuring seamless integration and dependable performance.

Supported Expansion Units

• ESS25 Disk Array Enclosure (DAE)
• Expansion-ready architecture

Compatible PowerStore Models

Entry-Level Systems

• PowerStore 1000T
• PowerStore 1000X

Mid-Range Systems

• PowerStore 3000T
• PowerStore 3000X
• PowerStore 5000T
• PowerStore 5000X

High-End Systems

• PowerStore 7000T
• PowerStore 7000X
• PowerStore 9000T
• PowerStore 9000X

005053747  7.68TB SAS 12GBPS Solid State Drive Overview

The EMC 005053747 7.68TB SAS-12Gbps 2.5Inch Enterprise Solid State Drive represents a specialized category of high-capacity, high-reliability storage designed for mission-critical environments. This category focuses on enterprise-grade solid state drives that leverage the Serial Attached SCSI interface to deliver consistent performance, predictable latency, and robust data integrity. Products within this category are engineered to support continuous workloads, large-scale data processing, and demanding transactional systems where uptime and data accuracy are essential.

Enterprise SAS SSDs are distinct from consumer and entry-level storage devices due to their firmware optimization, endurance characteristics, and compatibility with professional storage infrastructures. The EMC 005053747 belongs to a class of storage solutions intended to operate seamlessly in servers, storage arrays, and converged platforms that require dependable throughput and enterprise-level support. The 7.68TB capacity places this drive within the high-density segment of the category, enabling organizations to consolidate data and reduce physical storage footprints.

High-Capacity Enterprise Storage Architecture

The 7.68TB capacity of this SAS solid state drive addresses the growing demand for dense storage in modern data centers. This category is designed to accommodate the exponential growth of structured and unstructured data while maintaining performance consistency. High-capacity enterprise SSDs allow organizations to store large datasets, virtual machine images, and application workloads without the latency constraints typically associated with traditional spinning media.

Within this category, capacity is not merely about storage volume but also about maintaining performance at scale. The architecture of enterprise SAS SSDs ensures that even at high utilization levels, read and write operations remain stable. This is particularly important for environments where multiple applications access the same storage pool simultaneously, such as private clouds and enterprise resource planning systems.

Density Optimization in the 2.5-Inch Form Factor

The 2.5-inch form factor is a defining characteristic of this category, enabling high storage density within standard server and storage chassis. By fitting 7.68TB into a compact form factor, enterprise SAS SSDs support efficient rack utilization and improved airflow management. This form factor is widely adopted across enterprise hardware platforms, ensuring broad compatibility and ease of deployment.

Density optimization also contributes to simplified infrastructure management. Fewer drives are required to achieve desired capacity targets, reducing the complexity of cabling, power distribution, and maintenance. For large-scale deployments, this translates into measurable operational efficiencies and improved scalability.

SAS 12GBPS Interface and Data Throughput

The Serial Attached SCSI 12Gbps interface is a cornerstone of this category, providing a high-bandwidth, low-latency connection between storage devices and host systems. SAS technology is favored in enterprise environments for its reliability, full-duplex communication, and support for advanced error handling. The 12Gbps bandwidth enables fast data transfers, making this category suitable for performance-sensitive applications.

Unlike consumer interfaces, SAS is designed to handle sustained workloads and continuous operation. The EMC 005053747 leverages this interface to deliver consistent throughput under heavy load conditions. This makes the category ideal for databases, analytics platforms, and virtualization environments where predictable performance is critical.

Dual-Port Capability and Redundancy

A key advantage of enterprise SAS SSDs is dual-port support, which enhances availability and fault tolerance. This feature allows the drive to connect to two independent paths, ensuring continued access even if one path fails. In high-availability storage architectures, dual-port capability is essential for maintaining service continuity.

The category emphasizes resilience and data protection through such features, aligning with enterprise requirements for uptime and reliability. Dual-port SAS SSDs integrate seamlessly with redundant controllers and multipath configurations commonly found in enterprise storage systems.

Performance Consistency and Low Latency

Performance consistency is a defining attribute of the EMC 005053747 category. Enterprise SAS SSDs are engineered to deliver stable input/output operations per second and predictable latency across varying workloads. This consistency is achieved through advanced controller designs, optimized firmware, and high-quality NAND flash memory.

Low latency is particularly important for transactional systems and real-time analytics. By minimizing response times, enterprise SAS SSDs enable faster application processing and improved user experiences. This category supports workloads that demand rapid access to data without performance degradation during peak usage periods.

Endurance and Write Intensive Capabilities

Endurance is a critical factor in the enterprise SSD category, particularly for drives with large capacities like 7.68TB. These drives are designed to handle high write volumes over extended periods, making them suitable for applications that generate frequent data changes. Endurance ratings reflect the drive’s ability to sustain write operations without compromising reliability.

The EMC 005053747 category supports mixed-use and read-intensive workloads, providing flexibility for a wide range of enterprise applications. By balancing endurance and capacity, this category meets the needs of organizations seeking long-term storage solutions with predictable maintenance cycles.

Wear-Leveling and Data Protection Mechanisms

Advanced wear-leveling algorithms are integral to the endurance of enterprise SAS SSDs. These mechanisms distribute write operations evenly across memory cells, reducing the risk of premature wear. Combined with robust error correction, they ensure data integrity throughout the drive’s service life.

Data protection mechanisms in this category also include safeguards against data loss during power failures. Enterprise SSDs often incorporate capacitors or other technologies to complete in-flight writes, preserving data consistency and preventing corruption.

Reliability Standards and Enterprise Validation

Reliability is a cornerstone of the EMC 005053747 category. Enterprise SAS SSDs undergo extensive validation and testing to meet stringent quality standards. These drives are designed to operate continuously in demanding environments, with mean time between failures ratings that reflect their suitability for critical applications.

Enterprise validation processes ensure compatibility with a wide range of servers and storage systems. This reduces deployment risks and simplifies integration into existing infrastructures. The category emphasizes long-term stability and predictable behavior under load.

Compliance with Data Center Requirements

This category aligns with data center requirements for performance, reliability, and manageability. Enterprise SAS SSDs are built to comply with industry standards and certifications, ensuring they meet regulatory and operational expectations. Compliance supports confident deployment in regulated industries such as finance, healthcare, and government.

By adhering to these standards, the category provides assurance that storage solutions will perform reliably within complex, mission-critical environments.

Compatibility with Enterprise Servers and Storage Arrays

Compatibility is a defining feature of the EMC 005053747 category. These drives are designed to integrate seamlessly with enterprise servers, storage arrays, and converged platforms. The standardized 2.5-inch form factor and SAS interface ensure broad support across leading hardware ecosystems.

Enterprise compatibility extends beyond physical fit to include firmware alignment and management integration. This ensures that drives operate optimally within supported platforms, leveraging native monitoring and diagnostic tools.

Integration with RAID and Storage Controllers

Enterprise SAS SSDs are optimized for use with RAID controllers and advanced storage management software. This enables features such as redundancy, performance optimization, and data protection. The category supports complex storage configurations that enhance availability and scalability.

Integration with enterprise controllers ensures that the full capabilities of the drive are utilized, providing consistent performance and simplified administration.

Use Cases in Modern Enterprise Environments

The EMC 005053747 category addresses a wide range of enterprise use cases, from virtualization and cloud infrastructure to high-performance databases. The combination of high capacity, low latency, and reliable performance makes these drives suitable for diverse workloads.

Organizations leverage this category to support consolidation initiatives, reduce storage complexity, and improve application responsiveness. Enterprise SAS SSDs play a central role in modernizing legacy storage systems and enabling digital transformation.

Virtualization and Private Cloud Deployments

In virtualization environments, enterprise SAS SSDs provide the performance and reliability needed to support multiple virtual machines. The high capacity allows for dense VM storage, while low latency ensures responsive operation. This category supports private cloud architectures that demand consistent performance across shared resources.

By reducing storage bottlenecks, enterprise SAS SSDs enhance the efficiency and scalability of virtualized infrastructures.

Database and Analytics Workloads

Database systems benefit significantly from the performance characteristics of enterprise SAS SSDs. Fast access to data and consistent throughput improve query response times and transaction processing. The category supports both relational and non-relational databases, as well as analytics platforms that process large datasets.

High-capacity drives enable organizations to store extensive datasets locally, reducing reliance on tiered storage and improving overall system efficiency.