There is no product that matches the search criteria.
Your cart is empty.
The Micron 9400 SSD sets a new performance benchmark for PCIe® Gen4 storage. Decades of experience have led to an SSD that packs in over 30TB of usable capacity, outperforms competitors up to 2.3 times in mixed workloads and improves power efficiency up to 77%.
Take advantage of an SSD designed for high capacity, leading performance and power efficiency. Manage critical workloads like caching, database acceleration, online transaction processing (OLTP), high-frequency trading (HFT), and artificial intelligence (AI) training.
The Micron 9400 SSD enables these workloads and more for flexible deployment in hyperscale, cloud, data centre, OEM and system integrator designs.
The Micron 9400 SSD brings the storage density modern workloads and data centres demand. It offers up to 30TB, twice the maximum capacity of our prior-generation SSD. Increased capacity per SSD simplifies data management by using half as many servers to help reclaim valuable rack space (and reduce maintenance costs).
A standard 2U 24-drive server with 24x 30.72TB Micron 9400 SSDs provides a storage density of 368TB per rack unit (U). Extending this extreme capacity across the data centre enables additional room to make growth easier to manage.
The Micron 9400 SSD is optimized for high-performance workloads that require strong mixed performance and massive capacity. These workloads cover a large range of core data centre needs: caching, database acceleration, online transaction processing, high-frequency trading, artificial intelligence training, content delivery (caching), and performance-focused databases that thrive on extreme performance.
The Micron 9400 SSD produces mixed workload performance that is up to 2.3X greater than the leading competitor.
• 90% read, 10% write: 1.7X higher IOPS
• 80% read, 20% write: 2.0X higher IOPS
• 70% read, 30% write: 2.3X higher IOPS
Higher power efficiency means getting more performance for the energy consumed. This is a major contributor to reducing TCO. The Micron 9400 SSD has up to 77% better power efficiency than our prior-generation SSD. Increasing power efficiency can lower your carbon footprint and reduce environmental impact.
Leading Capacity Requires Fewer Servers to Capitalize on Immense Data: The Micron 9400 SSD has industry-leading capacity of 30TB, doubling the maximum capacity of Micron’s prior-generation performance NVMe SSD.3 Increased capacity per SSD means that the same amount of data can be stored in half as many servers. That means half as many servers to procure and half as many servers to manage. Free IT resources to innovate — not manage hardware.Leading Storage Performance That Impacts Real-World Applications: The Micron 9400 SSD enables up to 2.3X higher mixed workload IOPS than the other leading competitor.4Micron’s mixed, random performance frees workloads to power through demand spikes in content delivery networks (caching), AI training and performance focused databases.Higher Power Efficiency That Reduces Total Cost of Ownership (TCO) Compared to Prior SSD Generation: A major component of the total cost of ownership is a combination of workload results (IOPS) and the amount of power consumed (in watts). Higher power efficiency means you get more throughput (higher IOPS) for the energy consumed (watts) to do that work. The Micron 9400 has up to 77% better power efficiency than our prior-generation SSD. The 9400 SSD improves power efficiency and helps you save money while reducing your environmental impact.
