Micron 5400 PRO 960 GB SATA SSD — Read Intensive

The Micron 5400 PRO 960 GB SATA SSD is engineered for data centers that demand dependable, high-availability storage for read-heavy workloads. As the world’s first 176-layer data center SATA SSD, it blends Micron’s decades of SATA experience with cutting-edge 176-layer 3D NAND technology to deliver consistent performance, strong durability, and seamless integration into existing SATA environments. This 2.5-inch internal drive is purpose-built to accelerate boot times, optimize database read paths, and support virtualization and caching tasks, all while helping data centers keep power usage and cooling requirements in check. If you’re upgrading servers or expanding storage in a way that minimizes disruption and maximizes uptime, the Micron 5400 PRO 960 GB is designed to fit right into your enterprise ecosystem.

• The 176-layer 3D NAND technology at the heart of the Micron 5400 PRO delivers reliable read performance across diverse data-center workloads. By stacking more data per cell with higher density, this drive reduces latency during read-heavy operations and maintains steady IOPS over extended periods, making it an ideal boot drive, database read cache, or repository for frequently accessed data.
• With a 960 GB capacity, this 2.5-inch SATA SSD provides a practical blend of space and cost efficiency for read-intensive environments. The SATA interface (SATA/600) ensures compatibility with a wide range of servers and storage arrays, allowing you to upgrade existing hardware without the need for new interconnects or cabling. This makes the 5400 PRO a straightforward drop-in upgrade for many data-center fleets.
• The Micron 5400 PRO is engineered for data-center reliability. Its architecture emphasizes endurance and consistent performance under sustained load, reducing the risk of performance cliffs during peak read operations. Enterprise-grade reliability features—such as robust error correction, wear-leveling strategies, and rigorous validation—help minimize maintenance, safeguard data integrity, and extend the useful life of your storage investments.
• Energy efficiency and thermal stability are central to its design. In dense server environments, lower power per drive translates into cooler operation and reduced total cost of ownership. The drive’s smart power management helps maintain steady performance while keeping thermal footprints in check, allowing you to deploy more capacity per rack without overprovisioning cooling resources.
• Deployment and compatibility are simple with the Micron 5400 PRO. The 2.5-inch form factor fits standard drive trays and hot-swap bays used in modern data centers, enabling rapid scale-out and seamless integration with existing SATA infrastructure. Whether you’re refreshing boot drives, accelerating read-heavy databases, or caching frequently accessed data, this drive is designed to slot into your fleet with minimal disruption and maximum uptime.

Technical Details of Micron 5400 PRO 960 GB Solid State Drive - 2.5" Internal - SATA (SATA/600) - Read Intensive

• Form Factor: 2.5-inch internal
• Interface: SATA 6Gb/s (SATA/600)
• Capacity: 960 GB
• NAND Type: 176-layer 3D NAND
• Drive Type: Read-intensive data center SSD
• Product Family: Micron 5400 PRO

How to Install Micron 5400 PRO 960 GB

Installing the Micron 5400 PRO is straightforward for technicians familiar with data-center hardware. Start by powering down the server or storage appliance and disconnecting all power and data cables. Remove the aging drive from its bay or cage, noting the alignment and mounting points to preserve airflow and cable management. Prepare the new 2.5-inch Micron drive by ensuring the screws and mounting hardware from the chassis are ready. Insert the drive into the appropriate 2.5-inch tray or sled, aligning it with the mounting holes, and secure it firmly with screws or the tray’s clamp mechanism. Reconnect the SATA data cable and the power cable, ensuring a clean, unstrained path to prevent any interference with fans or other components. Return the tray to the drive bay and reseat any hot-swap backplanes as required. Power the system back on and monitor the POST screen to verify the drive is detected. In the operating system, initialize the new drive, create or extend a volume, and format it with the appropriate filesystem for your environment. If your data center uses firmware management tools, consider checking for the latest Micron firmware to optimize performance and reliability. Finally, validate the drive’s performance with your typical read-heavy workloads to ensure that read latency, IOPS, and sustained throughput meet your expectations for boot, caching, or database operations.

Frequently Asked Questions

• Q: What interface does the Micron 5400 PRO use? A: SATA 6Gb/s (SATA/600).
• Q: What is the capacity and form factor? A: 960 GB, 2.5-inch internal drive suitable for standard SATA drive trays and bays.
• Q: What workloads is this drive designed for? A: Read-intensive data-center tasks such as fast-boot operations, database read paths, virtualization caches, and other workloads that benefit from high read throughput and low latency.
• Q: What kind of NAND technology does it use? A: 176-layer 3D NAND, enabling higher density and efficiency for sustained read performance.
• Q: Is this drive easy to deploy in an existing infrastructure? A: Yes. Its 2.5-inch form factor and SATA interface are designed for quick integration into current servers and storage arrays with minimal changes.
• Q: Is this intended for consumer use or data-center deployments? A: It is designed for data-center, read-intensive workloads and enterprise environments, with reliability and endurance features suited to ongoing enterprise operations.
• Q: Will I need to replace firmware or perform special initialization? A: As with most data-center SSDs, it’s advisable to check for the latest firmware from Micron and follow standard enterprise server initialization procedures to optimize performance and reliability.
• Q: What operating systems are supported? A: The drive is compatible with common data-center operating systems (Windows Server, Linux distributions, VMware vSphere, and other enterprise platforms) that support SATA SSDs.