Micron 7400 MAX 400GB NVMe PCIe Gen4 M.2 2280 SSD — Mixed-Use, TAA Compliant

Introducing the Micron 7400 MAX 400 GB NVMe SSD, a compact yet powerhouse storage solution designed for modern data centers, virtualization hosts, and mixed-use servers. Built to maximize performance while reducing total cost of ownership, this M.2 2280 drive leverages PCIe Gen4 x4 connectivity to deliver high throughput and low latency for demanding workloads. Ideal for operating system drives, application caches, or fast-access data tiers, the 7400 MAX helps organizations accelerate virtualization, containerized workloads, cloud services, and edge deployments without sacrificing security or compliance. With its TAA compliance and enterprise-grade reliability, it’s a smart choice for compliant environments that demand robust performance in a compact form factor.

• PCIe Gen4 NVMe performance: The Micron 7400 MAX uses a PCIe Gen4 x4 interface to unlock higher bandwidth and lower latency, delivering snappy boot times, faster application loads, and smooth handling of virtualization and cloud workloads. It’s engineered to maintain steady throughput under heavy I/O, helping servers keep pace with growing demand while reducing I/O bottlenecks that can impede service levels.
• M.2 2280 form factor for flexible deployment: This drive conforms to the widely supported M.2 2280 form factor, enabling straightforward installation in modern servers, desktops, or expansion cards that provide an M.2 slot. Its compact footprint helps optimize dense rack configurations and preserves drive bays for other critical components, all while delivering enterprise-grade NVMe performance in a small package.
• 400 GB mixed-use capacity: Designed to serve as an efficient OS/app drive or as a fast data tier, the 400 GB capacity is well suited for operating environments that require quick access to core software, virtualization layers, containers, or frequently accessed datasets. The drive is optimized for mixed-use workloads, balancing read/write performance with endurance over time to support diverse operating scenarios.
• TAA compliant and security-forward: The Micron 7400 MAX is Trade Agreements Act (TAA) compliant, suitable for government and regulated procurement. Alongside its performance benefits, the drive is built with security-minded features that help protect data at rest and support secure virtualization and cloud platforms, contributing to a safer overall storage strategy.
• Reliability for data-center efficiency: As part of Micron’s enterprise-grade lineup, the 7400 MAX is engineered for reliability in sustained workloads, offering robust protection against data loss and a design that supports long operational lifetimes in server environments. This translates to fewer maintenance interruptions, predictable performance, and a lower total cost of ownership when deployed across scalable storage architectures.

Technical Details of Micron 7400 MAX 400 GB Solid State Drive

• Model: Micron 7400 MAX
• Capacity: 400 GB
• Form Factor: M.2 2280
• Interface: PCIe Gen4 NVMe x4
• Workload Type: Mixed Use
• Compliance: TAA Compliant
• Security Features: Hardware-enabled security considerations for data at rest and secure platform support

How to Install Micron 7400 MAX 400 GB SSD

• Power down the host system and disconnect from any power source. Ground yourself to prevent static discharge before handling the drive.
• Verify compatibility: Ensure the motherboard or PCIe adapter provides an M.2 2280 slot capable of PCIe NVMe operation and that firmware and drivers are up to date for optimal NVMe support.
• Open the chassis and locate the M.2 slot. Remove any necessary brackets or screws to access the slot, and confirm there is clearance for the 2280 form factor.
• Insert the Micron 7400 MAX into the M.2 slot at a gentle angle (typically around 30 degrees). Push the drive down toward the motherboard to engage the notch, then secure it with the mounting screw.
• Power on and enter the system’s BIOS/UEFI to verify that the drive is recognized under the NVMe/Storage configuration. If necessary, enable AHCI or NVMe mode and update firmware to the latest version.
• In the operating system, initialize the new drive using the appropriate disk management tool (Disk Management on Windows, diskutil on macOS, or Linux tools such as fdisk/parted). Create a partition and format the drive with a suitable file system (e.g., NTFS, exFAT, ext4) based on your environment and workload requirements.
• Assign a drive letter or mount point, configure storage policies, and incorporate the drive into your storage pool or virtualization setup as needed. After installation, run a baseline performance check to confirm throughput and latency meet your service levels.

Frequently asked questions

• Q: Is the Micron 7400 MAX 400 GB compatible with PCIe Gen4 motherboards?

  A: Yes. The drive is designed for PCIe Gen4 x4 NVMe interfaces and is backward compatible with PCIe Gen3 in many configurations. For best performance, pair it with a Gen4-capable motherboard and NVMe-aware firmware/drivers.

• Q: What workloads is the Micron 7400 MAX suited for?

  A: It is optimized for mixed-use workloads in data centers, including operating system hosting, virtualization, containers, cloud services, and fast-access data tiers. Its compact size and performance characteristics make it suitable for virtualization hosts, edge deployments, and space-constrained environments.

• Q: How does the 400 GB capacity fit into storage architectures?

  A: The 400 GB capacity is ideal for OS and core applications on a dedicated drive, as a fast tier for frequently accessed data, or as a compact cache layer within a larger storage strategy. It complements larger SSDs or HDD arrays by accelerating critical workloads and reducing latency.

• Q: Is this drive compliant with procurement and regulatory requirements?

  A: Yes. The Micron 7400 MAX is TAA compliant, making it suitable for procurement in government or regulated environments where compliance is a prerequisite for hardware purchases.

• Q: What security features should I expect with this SSD?

  A: The drive is designed with security considerations for data at rest and secure platforms. While exact features can vary by SKU and firmware, expect hardware-oriented measures to support data protection and secure virtualization in enterprise deployments.