Micron 9400 30 TB Solid State Drive – Internal U.3, PCIe NVMe 4.0 x4

The Micron 9400 30 TB Solid State Drive is a cutting-edge storage solution engineered for the most demanding data-center, enterprise IT, and high-performance computing environments. Offering an immense capacity paired with blazing NVMe performance, this internal SSD is built to accelerate data-intensive workloads—from analytics and databases to virtualization and AI inference pipelines. With a PCIe 4.0 x4 interface and the U.3 form factor, the Micron 9400 delivers reliable, scalable storage that keeps up with rapidly evolving enterprise workloads while simplifying deployment across large server fleets.

Designed to balance capacity, speed, and reliability, the Micron 9400 30 TB SSD enables organizations to consolidate workloads, reduce storage sprawl, and improve overall data efficiency. The drive’s architecture focuses on sustaining high IOPS and low latency even under heavy load, making it ideal for mixed-use data centers that demand consistent performance across diverse application types. In addition to raw throughput, enterprise-grade features such as robust data protection, steady endurance under continuous operation, and seamless integration with modern storage controllers help ensure your critical workloads stay online and responsive.

As a true internal NVMe solution, the Micron 9400 leverages the benefits of PCIe 4.0 to deliver exceptional throughput and reduced latency compared with older interfaces. This translates to faster data ingress and egress, quicker query responses, and more responsive virtualized environments. For organizations deploying large-scale analytics, data warehousing, or real-time monitoring, the 30 TB capacity means more data can be stored on a single drive, lowering management overhead and enabling more efficient data lifecycle workflows. The internal U.3 interface supports flexible integration with server backplanes and storage arrays, helping IT teams architect scalable, future-proof storage infrastructure without sacrificing performance.

In addition to raw capacity and bandwidth, the Micron 9400 emphasizes reliability and data integrity for long-running enterprise tasks. Its design supports sustained workloads with predictable latency, enabling administrators to plan capacity and performance with confidence. Whether you’re streaming large datasets for ML training, running high-transaction databases, or hosting dense virtual environments, this SSD is designed to deliver consistent service levels and robust data protection in mission-critical environments. The 30 TB model is well-suited to consolidating cold and hot data, reducing tiering complexity, and providing a dependable substrate for software-defined storage strategies and modern data-centric architectures.

• Massive 30 TB capacity enables data-heavy workloads to reside on a single drive, simplifying storage architecture and reducing the need for frequent tiering. This vast space supports large-scale analytics, data lakes, machine learning datasets, and archival datasets without compromising performance or reliability, while helping IT teams streamline data governance and reduce fragmentation across storage pools.
• PCIe NVMe 4.0 x4 interface unlocks multi-lane bandwidth for ultra-fast sequential and random I/O. This delivers low-latency access to hot data, accelerates database transactions, accelerates large-scale analytics, and improves the responsiveness of latency-sensitive apps. The drive’s architecture optimizes queue depth and parallelism to sustain high throughput under demanding workloads common in modern data centers.
• Internal U.3 form factor provides flexible, scalable deployment in enterprise backplanes and storage arrays. The U.3 interface supports hot-swappable configurations and seamless integration with standardized server and storage chassis, enabling easier maintenance, faster upgrades, and scalable expansion across dozens or hundreds of servers in a data-center environment.
• Enterprise-grade reliability with strong data integrity and power-protection considerations. The Micron 9400 is designed for continuous operation under heavy workloads, offering predictable performance and data protection features that help safeguard work-in-progress data during power loss events. This translates into lower risk for critical applications like databases, virtualization platforms, and AI inference pipelines.
• Efficient data-center economics through consolidation and reduced storage sprawl. The 30 TB drive enables denser storage configurations, lowering total cost of ownership by reducing the number of individual drives required and simplifying capacity planning, lifecycle management, and energy consumption per terabyte stored. It is a strong fit for modern data-center strategies that emphasize scale, efficiency, and predictable budgeting.

Technical Details of Micron 9400 30 TB Solid State Drive

• Capacity: 30 TB
• Interface: PCIe NVMe 4.0 x4
• Form Factor / Connection: Internal U.3 drive
• Drive Type: Solid State Drive (SSD)
• Application Focus: Data center storage for analytics, databases, virtualization, and AI workloads

How to install Micron 9400 30 TB Solid State Drive

To install the Micron 9400 30 TB SSD into a compatible server or storage array, follow these general guidelines. Always refer to your hardware vendor’s documentation for model-specific steps and safety precautions.

• Power down the host system, unplug power sources, and discharge any static electricity. Ground yourself using a proper anti-static strap before handling the drive.
• Identify an available U.3 (NVMe) drive slot or backplane that supports internal 2.5-inch U.3 drives and confirms PCIe 4.0 x4 compatibility.
• Carefully align the Micron 9400 with the backplane connector, ensuring the drive is seated fully and the connectors engage securely. Slide the drive into the slot until it is flush and stable, then secure it with screws or appropriate mounting hardware as dictated by the chassis.
• Reconnect any power and NVMe backplane cables, reassemble the server, and power it on. Enter the system BIOS or the storage controller utility to verify that the drive is detected and is healthy.
• Within the operating system or hypervisor, initialize and format the new drive using the appropriate storage management tools. Plan your partitioning, filesystem type, and storage policies to optimize performance for your specific workloads (e.g., databases, analytics, or virtualized environments).

Frequently asked questions

• Q: Is the Micron 9400 30 TB SSD suitable for data-center workloads?
• A: Yes. Designed for enterprise environments, it provides high-capacity storage and NVMe performance suitable for analytics, databases, virtualization, and AI workloads.
• Q: What interface does this drive use?
• A: It uses an internal U.3 interface with PCIe 4.0 x4 NVMe, delivering high throughput and low latency for demanding applications.
• Q: How much capacity does it provide?
• A: It provides 30 terabytes of usable capacity, enabling large-scale data storage in a single drive and reducing the need for frequent tiering.
• Q: Can this drive be used in backplanes or storage arrays?
• A: Yes. The U.3 form factor and NVMe interface are designed for enterprise backplanes and storage arrays, facilitating deployment in data centers and hyperscale environments.
• Q: Does this drive support data protection features?
• A: Enterprise SSDs typically include data protection features and power-loss protection; verify exact options with Micron documentation for your firmware version and system configuration.