005033012 EMC 7.68TB SAS-12GBPS 2.5-Inch SSD.

EMC 005033012 7.68TB SAS-12GBPS 2.5-Inch SSD

Explore the high-performance EMC 005033012 solid state drive, engineered for demanding data center and server environments. This enterprise-grade storage solution delivers exceptional reliability and speed.

General Information

• Brand: EMC
• Model Number: 005033012
• Drive Type: Enterprise Solid State Drive (SSD)

Technical Specifications

• Total Capacity: 7.68 Terabytes
• Form Factor: 2.5-Inch small form factor (SFF)
• Data Transfer Interface: SAS 12 Gbps (12GBPS) dual-port
• Workload Endurance: Optimized for mixed-use enterprise applications, balancing high read and write operations
• Host Connection: 1 x SAS 12GBPS port
• Installation: Hot-plug ready for 2.5-Inch drive bays, enabling easy maintenance and upgrades without downtime
• Deployment Flexibility: Ideal for scalable server and storage array configurations

Compatible Server Systems

• PowerEdge R640
• PowerEdge R740 and R740xd
• PowerEdge R7425
• PowerEdge R840
• PowerEdge R940 and R940xa

EMC 005033012 7.68TB SAS-12GBPS 2.5-Inch SSD Overview

The EMC 005033012 7.68TB SAS-12GBPS 2.5-Inch Enterprise Solid State Drive represents a high-capacity enterprise storage solution engineered for modern data centers that demand reliability, predictable performance, and seamless integration with SAS-based storage infrastructures. This category of enterprise SAS SSDs is designed to operate continuously under heavy workloads, supporting mission-critical applications where downtime, latency variation, and data integrity risks are unacceptable. Positioned within the upper tier of enterprise flash storage, drives in this class emphasize endurance, firmware stability, and controller intelligence rather than consumer-oriented burst performance metrics.Enterprise SAS SSDs occupy a strategic role between traditional spinning disks and next-generation NVMe solutions. While NVMe excels in ultra-low latency scenarios, SAS-based solid state drives remain essential in environments built around proven SAS backplanes, dual-controller storage arrays, and high-availability server architectures.

High-Capacity Flash Design for Consolidated Workloads

With a raw capacity of 7.68TB in a 2.5-inch form factor, this enterprise SSD category is optimized for storage density and consolidation. Data centers increasingly aim to reduce rack space while increasing usable capacity, and high-density SSDs allow administrators to replace multiple lower-capacity drives with fewer, more efficient units. This consolidation reduces power consumption, simplifies cabling, and lowers overall operational complexity without compromising performance.The internal flash architecture is designed to balance capacity with endurance, typically leveraging enterprise-grade NAND flash paired with advanced wear-leveling algorithms. This ensures that even under sustained write activity, the drive maintains consistent performance and longevity.

2.5-Inch Form Factor Compatibility and Mechanical Efficiency

The 2.5-inch form factor remains a standard across enterprise servers and storage arrays, providing broad compatibility with existing chassis and hot-swap bays. The EMC 005033012 category is engineered to fit seamlessly into these environments, enabling straightforward upgrades from HDDs or earlier-generation SSDs. Mechanical efficiency is achieved through solid-state design, eliminating rotational components and reducing susceptibility to vibration-related failures.

This form factor also allows for higher airflow efficiency within densely packed enclosures. Improved thermal characteristics contribute to sustained performance, as enterprise SSDs are designed to operate within defined temperature ranges without throttling. The result is a stable storage layer capable of supporting demanding workloads around the clock.

Hot-Swap Support and Serviceability

Enterprise SAS SSDs in this category are designed with serviceability in mind. Hot-swap capability allows drives to be replaced or upgraded without powering down the system, preserving uptime in mission-critical environments. This feature is particularly valuable in clustered storage systems and high-availability servers where continuous operation is mandatory.

Hot-swap functionality is supported by robust connector design and firmware-level safeguards that manage power sequencing and data integrity during insertion or removal. This ensures that maintenance operations do not introduce unnecessary risk to the overall storage environment.

SAS-12GBPS Interface and Enterprise Connectivity

The 12Gb/s SAS interface is a defining characteristic of this enterprise SSD category. SAS provides full-duplex communication, enabling simultaneous read and write operations at high speeds. This interface is particularly well-suited to multi-drive arrays where consistent throughput and low latency are critical for parallel workloads.

Unlike consumer interfaces, SAS supports dual-port connectivity, allowing each drive to connect to two independent controllers. This redundancy enhances fault tolerance and ensures continuous data access even if one path or controller fails. For enterprise environments that prioritize availability and resilience, this capability is a foundational requirement.

Multi-Path I/O and Redundancy Benefits

Multi-path I/O enables operating systems and storage management software to maintain multiple active paths to a single drive. This ensures that data access remains uninterrupted in the event of a cable, port, or controller failure. The EMC 005033012 category is designed to integrate seamlessly with enterprise operating systems and hypervisors that support advanced multipathing features.

By distributing I/O across multiple paths, these drives also help balance load and optimize performance. This is particularly beneficial in shared storage environments where multiple hosts access the same storage pool concurrently.

Backward Compatibility and Infrastructure Preservation

SAS-12GBPS drives maintain backward compatibility with 6Gb/s SAS infrastructure, allowing organizations to adopt higher-capacity SSDs without immediate, large-scale upgrades. This flexibility protects existing investments while providing a clear upgrade path as infrastructure evolves.

The ability to deploy modern enterprise SSDs in legacy environments extends the useful life of storage arrays and servers, reducing capital expenditure and simplifying transition planning.

Enterprise Performance Characteristics and Workload Optimization

Performance in enterprise SSD categories is defined not only by peak throughput but by consistency under sustained load. The EMC 005033012 7.68TB SAS SSD is engineered to deliver predictable latency and stable IOPS across a wide range of workloads. This consistency is critical for applications such as online transaction processing, analytics platforms, and large-scale virtualization, where performance fluctuations can have cascading effects.

Advanced controllers and firmware algorithms manage data placement, garbage collection, and wear leveling to minimize latency spikes. These optimizations ensure that read and write operations remain efficient even as the drive approaches higher utilization levels.

Read-Optimized and Mixed-Use Scenarios

Enterprise SSDs of this capacity are commonly deployed in read-intensive or mixed-use environments. Large datasets, such as data warehouses and content repositories, benefit from high-capacity flash storage that can deliver fast access times for frequently accessed information. At the same time, sufficient write endurance allows the drive to handle metadata updates, logging, and transactional workloads.

This versatility makes the category suitable for consolidation of multiple workload types onto a single storage tier, simplifying storage architecture and management.

Latency Stability and Quality of Service

Latency stability is a key differentiator in enterprise storage. Drives in this category are designed to maintain narrow latency distributions, ensuring predictable response times even during background maintenance tasks. This quality of service is essential for applications that rely on consistent performance to meet user expectations and business requirements.

Firmware-level prioritization and queue management contribute to this stability, allowing critical operations to proceed without being delayed by less time-sensitive tasks.

Reliability, Endurance, and Data Integrity

Reliability is central to the design philosophy of enterprise SAS SSDs. The EMC 005033012 category incorporates multiple layers of protection to safeguard data throughout the storage lifecycle. These include error correction mechanisms, power-loss protection, and rigorous validation processes that exceed consumer-grade standards.

Endurance ratings are tailored to enterprise usage patterns, supporting continuous operation and sustained write activity over extended periods. This ensures that the drive remains reliable throughout its service life, even in demanding environments.

Power-Loss Protection and Data Safeguards

Power-loss protection mechanisms are critical in enterprise storage. Capacitors and firmware logic work together to ensure that in-flight data is safely committed to non-volatile memory in the event of an unexpected power interruption. This prevents data corruption and maintains file system consistency.

Such safeguards are particularly important in write-heavy scenarios and transactional systems where incomplete writes could compromise data integrity.

Error Correction and Firmware Validation

Advanced error correction codes detect and correct bit errors before they impact data integrity. Combined with continuous background scanning, these features ensure long-term reliability even as NAND flash cells experience wear.Firmware validation and qualification processes are rigorous, often involving extensive testing under simulated enterprise workloads. This reduces the risk of firmware-related issues and ensures stable operation across supported platforms.

Integration with EMC and Enterprise Storage Ecosystems

The EMC 005033012 7.68TB SAS SSD is designed to integrate seamlessly with EMC storage arrays and compatible enterprise servers. Firmware alignment and compatibility testing ensure that the drive operates optimally within these ecosystems, supporting advanced features such as predictive failure analysis and centralized monitoring.

Integration simplifies deployment and management, allowing administrators to leverage existing tools and workflows for configuration, monitoring, and maintenance.

Storage Management and Capabilities

Enterprise SSDs support detailed health and performance monitoring through standard management interfaces. Metrics such as wear level, temperature, and error rates provide administrators with insights into drive health, enabling proactive maintenance and capacity planning.These monitoring capabilities are essential for maintaining uptime and optimizing storage utilization in large-scale environments.

Lifecycle Management and Long-Term Value

Lifecycle management is a key consideration for enterprise hardware. Drives in this category are supported by long-term availability and consistent specifications, reducing the need for frequent requalification. This stability simplifies procurement and ensures predictable performance across refresh cycles.

The long service life and high capacity of the EMC 005033012 category contribute to a lower total cost of ownership, making it a strategic investment for enterprise storage infrastructures.

Scalability and Future-Proofing Storage Infrastructure

Scalability is a critical requirement in modern data centers. High-capacity enterprise SSDs allow storage environments to grow incrementally, adding capacity without disruptive architectural changes. This flexibility supports evolving business needs and emerging workloads.By maintaining compatibility with established SAS infrastructure while delivering modern flash performance, the EMC 005033012 7.68TB SAS SSD category provides a future-proof foundation for enterprise storage strategies.