Micron 5400 MAX 3.84 TB SATA SSD – 2.5" Internal, Mixed Use

The Micron 5400 MAX 3.84 TB solid state drive is engineered for the demanding demands of modern data centers, delivering enterprise-class reliability, efficiency, and performance within a compact 2.5-inch form factor. Built on Micron’s advanced 176-layer 3D NAND architecture, this SATA SSD is purpose-built to handle mixed-use workloads with consistency, endurance, and energy efficiency. It unlocks fast, predictable throughput for databases, virtualization, streaming, and heavy read/write tasks while fitting seamlessly into standard SATA environments. If you’re aiming to modernize storage pools, accelerate boot and application times, and reduce latency across enterprise applications, the Micron 5400 MAX is designed to deliver tangible benefits without sacrificing reliability or compatibility.

• 176-layer 3D NAND technology powering a high-capacity, durable storage solution designed for data centers and mixed-use workloads. The architecture combines significant capacity with solid endurance to support a wide range of applications—from transactional databases to virtualized environments—without frequent replacements or performance dips.
• World-class data center SATA SSD performance in a 2.5-inch form factor. The drive integrates seamlessly into standard SATA backplanes and server bays, enabling effortless upgrades of existing storage architectures while preserving compatibility with SATA/600 interfaces for reliable, scalable performance.
• Designed for mixed-use workloads, balancing read-heavy and write-heavy operations with steady, predictable IOPS. This makes it well-suited for boot drives, caching layers, database acceleration, and mixed workload servers where latency sensitivity and sustained throughput matter most.
• Enterprise-grade reliability and endurance tailored for long-term operation. The Micron 5400 MAX is built to hold up under continuous operation, with rigorous testing and quality controls that align with data center expectations for uptime, data integrity, and consistent performance across workloads.
• Energy-efficient operation and thermal stability for dense data center deployments. The drive is optimized to manage power consumption and heat within multi-drive arrays, helping reduce cooling requirements and total cost of ownership while preserving performance under load.

Technical Details of Micron 5400 MAX 3.84 TB Solid State Drive

• Capacity: 3.84 TB
• Form Factor: 2.5-inch internal SSD (9.5 mm height)
• Interface: SATA 6Gb/s (SATA/600)
• NAND Type: 176-layer 3D NAND (enterprise-grade TLC) designed for data center reliability
• Workload Target: Mixed-use data center workloads (read and write balanced)
• Compatibility: Suitable for servers, storage arrays, and workstations with standard SATA interfaces

How to Install Micron 5400 MAX 3.84 TB SSD

Installing the Micron 5400 MAX is straightforward in any system that supports a 2.5-inch SATA drive. Follow these general steps to ensure a smooth upgrade or deployment:

• Prepare your workspace: power down the server or workstation completely, unplug all power sources, and disconnect any peripheral cables. Use an ESD-safe mat and strap to protect sensitive electronics.
• Identify the drive bay: locate an available 2.5-inch SATA drive bay compatible with your chassis. If your system uses a hot-swap backplane, ensure the bay is enabled and ready for a new device.
• Connect data and power: securely connect the SATA data cable and SATA power cable to the Micron 5400 MAX. In hot-swap configurations, slide the drive into the backplane until it seats firmly and the connectors engage.
• Secure the drive: fasten the drive with the appropriate screw in the mounting hole or utilize the backplane’s latching mechanism if present. Ensure there is no movement to prevent disconnections or vibration.
• BIOS/UEFI detection: power on the system and enter the BIOS/UEFI to verify the drive is recognized. If required, initialize the drive using your operating system’s disk management tool.
• Partition and format: create a suitable partition layout (MBR or GPT as appropriate) and format with your preferred file system. For data-center deployments, consider filesystem and tiering strategies that optimize performance and endurance.
• Firmware and health checks: after installation, update to the latest Micron firmware if available and use your system monitoring tools to track SMART attributes, remaining drive health, and performance metrics to ensure optimal operation.
• Extended validation: run a brief sequence of read/write tests to confirm expected throughput and latency. Monitor temperatures under load to verify cooling adequacy within your chassis or rack.

Frequently Asked Questions

• Q: What workloads is the Micron 5400 MAX 3.84 TB SSD best suited for?

  A: This drive is designed for mixed-use data center workloads, balancing read-heavy tasks such as virtualization, databases, and caching with write-heavy operations. It delivers reliable, consistent performance suitable for enterprise environments that require scalable storage in a compact 2.5-inch form factor.

• Q: What does “176-layer” NAND mean for performance and endurance?

  A: The 176-layer 3D NAND stacks multiple layers of memory cells to increase density and efficiency. This results in higher capacity per die, improved endurance, and lower per-GB power consumption, contributing to stable long-term performance in sustained workloads typical of data centers.

• Q: Is this drive compatible with RAID configurations?

  A: SATA SSDs like the Micron 5400 MAX generally work within RAID arrays when supported by your server hardware and RAID controller. Always consult your hardware documentation and firmware guidance to ensure compatibility and to configure appropriate caching and redundancy settings.

• Q: How does this drive handle heat in dense rack environments?

  A: The Micron 5400 MAX is engineered for thermal stability in data center deployments. It is designed to manage heat efficiently within multi-drive arrays and can be paired with adequate cooling and airflow to maintain performance under load.

• Q: What are typical performance expectations for a SATA data center SSD like this?

  A: SATA SSDs cap sequential throughput by the SATA interface, while delivering strong random IOPS for mixed workloads. Expect low latencies, predictable throughput, and steady performance across sustained operations, which is ideal for boot drives, caching layers, and virtualization environments where consistent responsiveness matters.

• Q: How should I monitor the health and life expectancy of this drive after installation?

  A: Use SMART data, drive health monitoring tools, and your server management software to track metrics such as read/write throughput, wear leveling, available spare area, and error rates. Regular health checks help anticipate failures and schedule proactive replacements before performance degrades.