Micron 7450 MAX 1.60 TB NVMe U.3 Solid State Drive

The Micron 7450 MAX 1.60 TB Solid State Drive is a purpose-built NVMe SSD designed for demanding data-center workloads, offering a blend of high capacity, energy efficiency, and enterprise-grade reliability. Built for endurance and performance, this U.3 drive helps IT teams accelerate databases, virtualized environments, analytics, and media workflows while keeping total cost of ownership in check. With 1.60 TB of fast, flash-based storage and a robust warranty, the Micron 7450 MAX is an excellent upgrade for servers, storage arrays, and hyperscale deployments that demand consistent I/O throughput and dependable operation around the clock.

• Optimized for data-center workloads: database acceleration, virtualization, AI/ML pipelines, analytics, and high-demand workloads benefit from steady throughput and low latency.
• 1.60 TB capacity: ample space to store large volumes of documents, media files, backups, and application data while enabling faster access and reduced fragmentation.
• U.3 interface for flexible deployment: enterprise-grade NVMe connection that fits into common data-center backplanes and hot-swap environments, streamlining server upgrades and maintenance.
• Energy-efficient design with reliability at the core: engineered to lower power draw without compromising performance, helping reduce cooling needs and operating costs in dense racks.
• 5-year warranty and enterprise-grade features: supported by a long-term warranty and designed for consistent performance, data integrity, and predictable TCO in mission-critical systems.

Technical Details of Micron 7450 MAX 1.60 TB Solid State Drive - U.3

• Capacity: 1.60 TB
• Interface: U.3 NVMe PCIe x4
• Form factor: 2.5-inch U.3 drive
• Warranty: 5-year limited warranty
• Designed for data-center workloads with energy-efficient operation
• Supports enterprise features common to U.3 NVMe drives, including robust error handling and wear management

How to install Micron 7450 MAX 1.60 TB Solid State Drive - U.3

• Prepare the host system: verify that the server or storage array supports U.3 NVMe drives and has an available drive slot in a compatible backplane.
• Power down and disconnect power: ensure the system is fully powered off and unplugged before handling components.
• Remove the existing drive (if upgrading): if replacing an old drive, carefully release its retention screws and disconnect any cables, then slide it out of the U.3 slot.
• Insert the Micron 7450 MAX: align the drive with the U.3 slot, slide it into place, and secure it with the appropriate screws or retention mechanism.
• Reconnect power and data: reattach cables, power up the system, and enter the server’s BIOS/UEFI or the storage management software to recognize the new drive.
• Initialize and configure: in the operating system or RAID/controller software, initialize the new drive, create any needed volumes or pools, and apply the desired RAID or pass-through configuration.
• Update firmware if needed: check for the latest Micron firmware and apply updates using vendor utilities to ensure optimal stability and performance.
• Monitor and validate: boot into the OS, format as required, and run preliminary validation tests to confirm read/write performance meets expectations for your workload.

Frequently asked questions

• What is the primary advantage of the Micron 7450 MAX 1.60 TB U.3 SSD?

It delivers a balance of high-capacity storage, fast NVMe performance, and energy-efficient operation designed for data-center environments, making it suitable for databases, virtualization, analytics, and media-intensive workloads.

• Which systems are compatible with this drive?

It is built for servers and storage arrays that support U.3 NVMe drives and PCIe NVMe interfaces. Always check host compatibility and backplane support before upgrading.

• Is the 7450 MAX suitable for cloud or on-premises deployments?

Yes. The drive is designed for enterprise data centers, making it a solid choice for both on-premises infrastructure and hybrid cloud architectures that require reliable, scalable storage performance.

• How long is the warranty and what does it cover?

The drive comes with a 5-year warranty, covering manufacturing defects and reliability under standard data-center operating conditions. Consult the manufacturer’s warranty terms for specific coverage details.

• What performance or durability features should I expect?

You can expect enterprise-grade endurance and consistent I/O performance, engineered for sustained workloads, low latency, and predictable behavior under heavy load. Features typically include robust error handling and wear management designed for long service life in data-center environments.