005053083 EMC 15.36TB NVME (U.2) 2.5Inch SFF SSD

Overview of EMC 005053083 15.36TB NVME U.2 SSD

The EMC 005053083 15.36TB NVME U.2 Enterprise Solid State Drive is engineered for high-performance enterprise storage environments that require exceptional speed, low latency, and maximum reliability. Designed in a compact 2.5-inch form factor, this enterprise-grade NVME SSD delivers massive storage capacity while supporting demanding workloads in modern data centers, virtualization platforms, cloud infrastructure, and mission-critical business applications.

General Information

• Manufacturer: EMC
• Part Number: 005053083
• Product Type: Internal Solid State Drive

Technical Specifications

• Capacity: 15.36TB
• Interface: NVME (U.2)
• Form Factor: 2.5 Inch SFF
• Enterprise-class endurance and reliability
• Enhanced read and write performance
• Compatible with servers and storage arrays

Reliability Features

• Advanced error correction technologies
• Enhanced NAND flash management
• Consistent enterprise performance
• Improved data integrity protection
• Reliable 24/7 operational capability
• Reduced risk of data loss

The EMC 005053083 15.36TB NVME U.2 2.5Inch SFF SSD 

The EMC 005053083 15.36TB NVME U.2 2.5Inch SFF PowerStore Internal SSD is designed to deliver enterprise-grade storage acceleration for modern data center infrastructures that demand exceptional responsiveness, dependable endurance, and scalable flash capacity. Built for high-performance workloads, this enterprise NVME solid state drive supports intensive virtualization, large-scale databases, cloud platforms, artificial intelligence environments, analytics applications, and mission-critical business operations requiring low latency and consistent throughput.

Advanced NVME Interface Performance

The EMC 005053083 SSD utilizes Non-Volatile Memory Express technology, which significantly improves communication efficiency between storage devices and server processors. Unlike legacy SATA and SAS interfaces that were originally developed for spinning hard drives, NVME is optimized specifically for flash memory. This advanced protocol reduces command overhead and enhances parallel processing capabilities, resulting in lower latency and dramatically improved input and output operations.

15.36TB Storage Capacity

The 15.36TB storage capacity of the EMC 005053083 PowerStore SSD enables organizations to consolidate large datasets while reducing physical storage footprint within server and storage environments. Enterprises managing extensive databases, virtual machine deployments, multimedia repositories, backup environments, and analytics datasets can store more information within fewer drive bays.

2.5Inch Small Form Factor

The 2.5-inch small form factor design of the EMC 005053083 SSD allows for efficient deployment within enterprise storage arrays and server platforms. Small form factor enterprise drives are widely preferred in modern data centers because they enable greater storage density within limited rack space.

Improved Thermal Efficiency

Efficient thermal management is essential for maintaining reliable enterprise storage performance. The small form factor architecture of the EMC 005053083 SSD supports optimized airflow patterns inside enterprise storage enclosures and server chassis. Proper thermal regulation contributes to operational stability and helps ensure long-term drive reliability under sustained workloads.

Power Store Compatibility

The EMC 005053083 NVME SSD is engineered specifically for compatibility with Power Store enterprise storage systems. Power Store environments are designed to deliver intelligent automation, scalable performance, and unified storage capabilities for modern enterprise applications. This SSD integrates seamlessly into Power Store infrastructures to support optimized storage performance and reliable system operation.

Enterprise-Grade NAND Flash Technology

The EMC 005053083 SSD is engineered using enterprise-grade NAND flash memory designed for continuous operation within demanding business environments. Enterprise SSDs are built to handle higher write endurance and more intensive workloads compared to consumer-grade storage devices. Enterprise data centers require storage solutions capable of operating around the clock while maintaining data integrity and consistent performance. Advanced NAND technologies incorporated into this SSD contribute to long operational lifespan and dependable enterprise reliability.

Enhanced Data Protection Features

Protecting enterprise data is a critical aspect of storage infrastructure management. Enterprise NVME SSDs typically incorporate advanced data protection technologies to help safeguard information during unexpected events such as power interruptions or system failures. Reliable storage architecture contributes to business continuity and operational resilience. Data integrity mechanisms help maintain accurate information processing while minimizing the risk of corruption during write operations. Enterprise-class storage solutions are essential for organizations managing sensitive data and critical business applications.

NVME Versus SATA SSD Technology

Traditional SATA SSDs provide significant improvements over mechanical hard drives, but NVME technology delivers considerably higher performance for enterprise workloads. The EMC 005053083 NVME SSD utilizes PCIE connectivity and optimized communication protocols to achieve faster data transfer rates and lower latency than SATA-based storage solutions. Enterprises handling intensive workloads often encounter limitations when using SATA storage architectures. NVME SSDs address these performance constraints by enabling greater parallelism and faster command execution. This results in improved application responsiveness and more efficient workload processing.

Consistent Performance

Enterprise environments require storage devices capable of sustaining consistent performance even during peak operational periods. The EMC 005053083 Power Store SSD is engineered for high-demand workloads that require uninterrupted responsiveness and stable throughput. Applications supporting e-commerce, financial transactions, healthcare systems, and enterprise analytics often operate continuously and require dependable storage infrastructure. High-performance NVME SSDs help organizations maintain operational continuity while supporting mission-critical workloads.

Power Optimization Benefits

Energy efficiency is an increasingly important consideration for enterprise data centers. The EMC 005053083 NVME SSD provides high-performance storage while supporting improved power efficiency compared to legacy storage technologies. Flash-based storage consumes less power than traditional spinning hard drives while delivering dramatically superior performance. Reducing energy consumption can contribute to lower operational costs and improved sustainability initiatives within enterprise environments. High-capacity NVME SSDs also allow organizations to consolidate storage infrastructure, which can further reduce overall power requirements.

Consistent Data Accessibility

Rapid and reliable access to business-critical information is fundamental to enterprise productivity. The EMC 005053083 SSD supports consistent data accessibility across demanding workloads, helping organizations maintain efficient operational processes. Applications requiring real-time analytics, transactional processing, and continuous data synchronization benefit from the low-latency characteristics of enterprise NVME storage technology. Faster data access contributes to improved decision-making and enhanced application responsiveness.

Reliable Enterprise Flash Storage

Enterprises increasingly choose NVME SSD solutions because of their ability to provide exceptional speed, reliability, and scalability for modern workloads. The EMC 005053083 15.36TB NVME  SSD combines large-capacity flash storage with enterprise-grade performance characteristics, making it suitable for demanding data center applications. High-capacity enterprise SSDs reduce the need for multiple smaller drives, simplify storage management, and contribute to more efficient infrastructure configurations. The integration of NVME technology further enhances storage responsiveness and operational performance.