Micron 9400 7.50 TB Solid State Drive - Internal - U.3 (PCI Express NVMe 4.0 x4)

Meet the Micron 9400 7.50 TB Solid State Drive — a purpose-built, enterprise-grade NVMe SSD designed to deliver uncompromising performance, reliability, and efficiency for data centers, cloud platforms, and high-demand workloads. Built for endurance and speed, this internal SSD uses U.3 (SFF-8639) and PCIe NVMe 4.0 x4 to unlock sustained throughput and low latency across AI, analytics, virtualization, and large-scale databases. With a generous 7.50 TB capacity, a robust TBW rating, a 5-year warranty, and an energy-efficient design, the Micron 9400 is engineered to keep critical workloads running smoothly even under heavy I/O pressure. This drive is crafted for operators who demand consistent performance, resilient data protection, and straightforward management in demanding production environments.

• Massive capacity and endurance: 7.50 TB of high-endurance NVMe storage empower data-intensive workloads, large databases, and virtualization environments to scale without compromise. With a TBW rating of 14,016 TB, this drive is built to handle sustained writes and heavy I/O from business-critical applications while maintaining consistent performance. The large capacity also enables cold data to stay on fast storage, reducing latency for frequently accessed datasets and accelerating complex queries.
• Blazing PCIe 4.0 NVMe performance: Access data at up to 7,000 MB/s of sequential read throughput, enabling rapid boot storms, faster database queries, and quick data access for analytics and AI workloads. The drive is designed to deliver steady IOPS under heavy load with low latency, ensuring smooth operation of demanding applications such as real-time analytics, large-scale virtualization, and high-concurrency workloads.
• Enterprise-grade reliability and energy efficiency: The Micron 9400 is built for 24/7 operation in demanding data-center environments, offering power-efficient operation to reduce overall energy costs and thermal load while ensuring dependable availability and non-volatile memory retention. Its architecture emphasizes data integrity, error correction, and sustained performance, helping to minimize downtime and maintenance windows in busy data centers.
• U.3 interface and hot-swappability: Designed for data-center backplanes and server backplanes using the U.3 interface (SFF-8639), enabling seamless integration into existing fleets and simplified maintenance with hot-swappable drive bays where supported. This interface simplifies cabling, improves serviceability, and supports scalable storage growth in rack-focused deployments and hyperscale environments.
• 1-pack packaging with a 5-year warranty: This drive ships as a single unit and is covered by a 5-year warranty, reflecting Micron’s commitment to long-term reliability, firmware support, and product lifecycle in enterprise deployments. The warranty provides peace of mind for mission-critical workloads, with access to Micron’s support ecosystem and regular firmware improvements to optimize performance and endurance over time.

Technical Details of Micron 9400 7.50 TB Solid State Drive

• Capacity: 7.50 TB
• Interface: U.3 (SFF-8639) PCIe NVMe 4.0 x4
• Drive Type: Internal Solid State Drive (NVMe)
• Max Read Transfer Rate: Up to 7000 MB/s
• TBW (Total Bytes Written): 14,016 TB
• Warranty: 5 years
• Packaging: 1 Pack
• Memory Type: Non-volatile memory
• Power and Energy Efficiency: Designed for lower idle and active power, helping to reduce data-center energy consumption while maintaining high reliability

How to install Micron 9400 7.50 TB Solid State Drive

Installing the Micron 9400 involves ensuring compatibility with your server or workstation and following best practices for NVMe drives. Use these steps as a practical guide to get the drive up and running quickly and safely:

• Verify compatibility: Confirm that your server supports U.3 (SFF-8639) NVMe drives and has a suitable PCIe NVMe backplane or drive bay. Check your motherboard or data-center backplane documentation for NVMe over U.3 compatibility and any firmware prerequisites.
• Prepare the system: Power down the system completely and disconnect all power sources. Ground yourself to prevent static discharge and protect sensitive components.
• Access the drive bay: Open the server chassis or backplane to access an available U.3 slot or backplane slot designed for NVMe drives. Ensure the slot is clean and free of obstructions.
• Install the drive: Align the Micron 9400 with the U.3 connector and slide it firmly into place. Secure the drive with the appropriate mounting screws or retention mechanism as dictated by your chassis or backplane design. Avoid excessive force to prevent connector damage.
• Power up and verify: Reconnect power, boot the system, and enter the BIOS/UEFI to verify that the drive is detected. In the operating system, use the appropriate storage management tools to initialize, partition, and format the drive if required, and perform a health check with Micron’s diagnostic utilities or your preferred enterprise management tool. Consider applying the latest firmware for optimal performance and reliability.

Frequently asked questions

• What is the capacity of the Micron 9400? The drive offers 7.50 TB of storage capacity designed for enterprise workloads and large-scale data management.
• What interface does it use? It uses the U.3 interface (SFF-8639) with PCIe NVMe 4.0 x4 for high-speed data transfer and broad compatibility with data-center backplanes.
• What is the maximum read speed? The drive supports up to 7,000 MB/s of sequential read throughput, enabling fast data access for demanding applications.
• How durable is this drive? It has a high endurance rating with TBW rated at 14,016 TB, suitable for sustained write workloads common in data centers and analytics environments.
• What is the warranty? The Micron 9400 is covered by a 5-year warranty, providing extended support and firmware updates for enterprise deployments.
• Is it sold as a single unit? Yes, this product is packaged as a 1-pack unit for single-disk deployments or as part of larger scale storage configurations.