005053629 EMC 7.68TB SAS 12GBPS 2.5Inch Enterprise Solid State Drive

EMC 005053629 7.68TB SAS 12GBPS SSD

The EMC 005053629 is a high-performance enterprise-grade solid state drive engineered for speed, reliability, and scalability. Designed for demanding workloads, this SSD ensures seamless data transfer and robust storage capacity.

General Information

• Brand: EMC
• Model Number: 005053629
• Device Category: Enterprise Solid State Drive

Technical Specifications

Device Type

• Internal Solid State Drive
• Optimized for enterprise environments

Storage Capacity

• Massive 7.68TB storage space
• Ideal for large-scale data applications

Interface Details

• SAS 12Gbps interface for ultra-fast data transfer
• Supports high-bandwidth workloads

Expansion & Connectivity

Interface Options

• 1 x SAS 12Gbps port
• Reliable connectivity for enterprise servers

Compatible Drive Bay

• 2.5-inch form factor
• Fits standard enterprise storage enclosures

005053629 68TB 12GBPS 2.5-Inch Solid State Drive Overview

The EMC 005053629 7.68TB SAS 12Gbps 2.5 Inch Enterprise Solid State Drive belongs to a specialized category of high-capacity, mission-critical enterprise storage solutions engineered for data centers that demand predictable performance, durability, and seamless integration with existing SAS-based infrastructures. This category encompasses enterprise solid state drives designed to operate continuously under heavy workloads, supporting transactional databases, virtualization platforms, large-scale analytics, and cloud-based services where data integrity and uptime are non-negotiable requirements. Unlike consumer or prosumer storage devices, enterprise SAS SSDs are purpose-built to deliver consistent throughput, low latency, and robust endurance characteristics across sustained operational lifecycles.

This category is defined by its alignment with enterprise storage arrays, converged infrastructure platforms, and high-availability systems that require certified firmware, advanced error correction, and deterministic performance behavior. The EMC 005053629 model reflects the broader design philosophy of enterprise SAS SSDs, prioritizing stability, interoperability, and scalability over burst-oriented performance metrics. These drives are validated to function as integral components within complex storage ecosystems, ensuring predictable behavior in multi-drive configurations and redundant architectures.

High-Capacity Solid State Storage for Data-Intensive

The 7.68TB capacity positions this category of enterprise SSDs as a solution for organizations managing dense data footprints without sacrificing performance per rack unit. High-capacity SAS SSDs reduce the physical storage footprint required to accommodate growing datasets, enabling data centers to consolidate workloads while maintaining high IOPS and throughput characteristics. This density advantage translates into reduced power consumption per terabyte, improved thermal efficiency, and streamlined infrastructure management.

In enterprise environments where storage growth is driven by virtualization sprawl, containerized applications, and large-scale data retention policies, this category supports efficient scaling strategies. The EMC 005053629 fits into storage tiers that demand both performance and capacity, bridging the gap between ultra-high-performance NVMe tiers and traditional spinning disk arrays. The category emphasizes sustained performance under heavy read and write operations, ensuring that large datasets remain accessible with minimal latency.

SAS Interface as a Foundation for Enterprise Reliability

The Serial Attached SCSI 12Gbps interface is a defining characteristic of this category, offering a proven, enterprise-grade connectivity standard optimized for reliability and redundancy. SAS provides full-duplex communication, dual-port capabilities, and robust error handling, making it a preferred interface for mission-critical storage deployments. The EMC 005053629 leverages these characteristics to integrate seamlessly into existing SAS backplanes and storage controllers without requiring architectural overhauls.

This category benefits from the maturity of the SAS ecosystem, which includes advanced multipathing, failover mechanisms, and compatibility with a wide range of enterprise storage systems. SAS-based SSDs are designed to maintain consistent performance even in shared storage environments, where multiple hosts may access the same storage resources. This reliability is essential for applications such as enterprise resource planning, financial systems, and healthcare data platforms that depend on uninterrupted data access.

Dual-Port Connectivity and High Availability Design

Within this category, dual-port SAS connectivity plays a critical role in enabling high availability and fault tolerance. The EMC 005053629 supports redundant data paths, allowing storage systems to maintain access even if one path or controller fails. This design aligns with enterprise requirements for continuous operation and supports clustered environments where failover capabilities are mandatory.

Dual-port functionality also enhances load balancing across controllers, contributing to more efficient utilization of storage resources. In large-scale deployments, this characteristic helps maintain consistent performance across multiple workloads, ensuring that no single point of failure disrupts data operations.

Enterprise Endurance and Data Integrity Characteristics

The category of enterprise SAS SSDs is distinguished by its emphasis on endurance and data protection mechanisms. These drives are engineered to withstand high write volumes over extended periods, making them suitable for write-intensive workloads such as logging, transactional processing, and real-time analytics. The EMC 005053629 exemplifies this focus through its enterprise-grade flash management, wear-leveling algorithms, and overprovisioning strategies that extend drive lifespan.

Data integrity is a foundational requirement in this category, supported by advanced error correction codes, end-to-end data path protection, and power-loss protection technologies. These features ensure that data remains accurate and accessible even in the event of unexpected power interruptions or system faults. Enterprise SAS SSDs are validated through rigorous testing processes to meet strict reliability standards, reducing the risk of data corruption in critical applications.

Power-Loss Protection and Write Consistency

Power-loss protection is a defining attribute of enterprise SSD categories, safeguarding in-flight data during unexpected outages. The EMC 005053629 incorporates mechanisms that ensure cached write data is committed to non-volatile storage, maintaining file system integrity and preventing data loss. This capability is essential in environments where transactional consistency is paramount.

Write consistency further differentiates this category from lower-tier storage options. Enterprise SAS SSDs are designed to deliver predictable write performance without sudden drops, even under sustained workloads. This consistency supports applications that rely on steady throughput and low latency, such as online transaction processing systems and real-time data ingestion platforms.

Form Factor Optimization and Data Center Integration

The 2.5 inch form factor represents an industry-standard design choice for enterprise storage, balancing density, cooling efficiency, and compatibility. This category of SSDs is optimized for hot-swappable drive bays commonly found in enterprise servers and storage arrays. The EMC 005053629 fits seamlessly into these environments, enabling straightforward deployment and maintenance without service disruption.

Form factor standardization simplifies inventory management and infrastructure planning, allowing data centers to scale storage capacity without introducing physical compatibility challenges. This category supports dense storage configurations, enabling organizations to maximize capacity within limited rack space while maintaining adequate airflow and thermal management.

Thermal Efficiency and Continuous Operation

Enterprise SAS SSD categories are engineered for continuous operation in data center conditions, where thermal stability is crucial. The EMC 005053629 is designed to operate within defined temperature ranges, maintaining performance without thermal throttling under normal enterprise workloads. This reliability contributes to predictable system behavior and reduces the need for aggressive cooling strategies.

Thermal efficiency also impacts overall data center operating costs. By delivering high capacity and performance with lower power consumption per terabyte, this category supports energy-efficient storage strategies aligned with modern sustainability goals.

Characteristics in Enterprise Workloads

The performance profile of the EMC 005053629 category emphasizes sustained throughput, low latency, and consistent IOPS delivery. While peak performance metrics are relevant, enterprise environments prioritize predictable behavior under real-world workloads. SAS SSDs in this category are optimized for mixed read and write operations, ensuring balanced performance across diverse application types.

This category supports scenarios where multiple virtual machines, containers, or applications share the same storage resources. The ability to handle concurrent access patterns without performance degradation is a hallmark of enterprise SAS SSDs, making them suitable for consolidation initiatives and private cloud deployments.

Latency Sensitivity and Transactional Efficiency

Low and stable latency is a critical attribute of this category, particularly for applications that rely on rapid data access. The EMC 005053629 is designed to minimize latency variability, ensuring that response times remain consistent even during peak load periods. This characteristic enhances user experience and application responsiveness in enterprise environments.

Transactional efficiency is further supported by the drive’s internal architecture, which manages command queues and data access paths to optimize throughput. This efficiency is essential for database-driven applications and real-time processing systems that depend on rapid transaction completion.

Compatibility with Enterprise Storage Ecosystems

Enterprise SAS SSD categories are validated for compatibility with specific storage platforms, controllers, and firmware environments. The EMC 005053629 is designed to integrate seamlessly with EMC and compatible enterprise storage systems, ensuring optimal performance and reliability. This compatibility reduces deployment risks and simplifies lifecycle management.

Certification processes associated with this category ensure that firmware updates, monitoring tools, and management software function cohesively. This integration supports proactive maintenance, predictive failure analysis, and streamlined support workflows, all of which are essential in enterprise IT operations.

Firmware Stability and Lifecycle Management

Firmware stability is a defining feature of enterprise storage categories, ensuring consistent behavior across extended deployment periods. The EMC 005053629 benefits from controlled firmware release cycles and extensive validation, reducing the likelihood of unexpected issues in production environments.

Lifecycle management considerations include predictable performance degradation patterns, clear endurance metrics, and compatibility with enterprise monitoring systems. This category supports long-term planning and reduces operational uncertainty, enabling organizations to align storage investments with business objectives.

Use Case Alignment and Workload Versatility

The EMC 005053629 category is aligned with a wide range of enterprise use cases, including virtualization, database acceleration, big data analytics, and content delivery. Its high capacity and reliable performance make it suitable for both primary storage and performance-sensitive secondary tiers. This versatility allows organizations to standardize on a single storage category while addressing diverse workload requirements.

In virtualized environments, this category supports dense virtual machine deployments by delivering consistent I/O performance across multiple instances. In analytics and data processing scenarios, the ability to handle sustained throughput ensures timely insights and efficient data workflows.

Scalability and Future-Proofing Strategies

Scalability is a core consideration within this category, enabling organizations to expand storage capacity without disrupting existing operations. The EMC 005053629 supports modular scaling approaches, allowing incremental capacity additions as data requirements grow. This flexibility aligns with modern IT strategies that prioritize agility and cost efficiency.

Future-proofing is further supported by adherence to established enterprise standards, ensuring compatibility with evolving storage architectures. By investing in this category, organizations position themselves to adapt to changing workload demands while maintaining a stable and reliable storage foundation.

Role in Hybrid and Legacy Environments

Enterprise SAS SSD categories continue to play a vital role in hybrid environments where legacy systems coexist with modern infrastructure. The EMC 005053629 bridges this gap by offering high performance within established SAS frameworks, enabling gradual modernization without wholesale system replacement.

This compatibility supports phased migration strategies, allowing organizations to introduce solid state performance benefits while preserving existing investments in SAS-based storage platforms. The result is a balanced approach to modernization that minimizes risk and maximizes return on investment.