AI data centers unboxed. Intelligence unlimited.
Boxes can be beautiful
Boxes are boring. They couldn’t possibly be beautiful, right? But, not all boxes are created equal. What if boxes could be a super-intelligent AI problem solver, taking on some of the world's most difficult challenges? Watch this video to see how beautiful boxes can be when they use Micron AI memory and storage solutions.
Micron technology helps usher in the AI data center of the future
AI data centers need a full memory and storage hierarchy
The future data center is one built from the ground up for AI. From the hardware architecture and cooling systems to the memory and storage solutions that support efficient AI workloads. AI is the driving force for purpose-built data centers.
The best partner with the best solutions for your AI data center
Micron offers a full portfolio of memory and storage solutions for AI training and inference. Our expertise makes Micron the easy, safe choice for implementing complex AI data center architectures.
Power efficient solutions to solve the most difficult data challenges
Micron’s industry-leading 1-gamma memory process node technology and G9 NAND storage offer more than superior performance, they create power-efficient memory and storage products for AI workloads, ensuring your data center is powerful and power-efficient to improve TCO.
From ingest to insight, Micron’s portfolio accelerates the AI data pipeline
To harness the power of AI, data must be stored, prepared and processed with exceptional speed and efficiency. Micron's industry-leading memory and storage portfolio for AI data centers ensures comprehensive data storage and preparation at every level of the data stack, creating a robust data-centric foundation for AI workloads. We accelerate AI, turning data into intelligence.
Unlocking the potential of AI data centers
Within every AI server box lives a pyramid or hierarchy of memory and storage to support fast groundbreaking AI. When built with Micron’s leading technology, data center bottlenecks are reduced, sustainability and power efficiencies are increased, and the total cost of ownership is improved.
Micron HBM3E
Industry-leading performance. Market-leading power efficiency
Up to 36GB enables higher precision training
> 1.2 TB/s fuels AI compute cores
~ 30% lower power consumption than competition
Visit HBM3E product page
Micron 9650 SSD
The world’s fastest data center SSD and first PCIe® Gen6 SSD
Up to 2x performance over Gen5 drives
Exceptional energy efficiency and lower carbon emissions for next-gen AI
Built with leading Micron G9 TLC NAND
LEARN MORE ABOUT 9650
Micron 7600 SSD
Class-leading superior Gen5 performance and energy efficiency
Exceptional workload responsiveness with best-in-class QoS and low latency
Available in E3.S, U.2 and E1.S form factors
Deploy with confidence with Micron innovation and leading G9 NAND
LEARN MORE ABOUT 7600
Frequently asked questions
Why is Micron the best memory and storage partner for AI data center solutions?
Micron excels in AI data center solutions due to its technology node leadership, resilient supply chain, AI expertise, leading product portfolio, and over 45 years of memory and storage experience.
Technology node leadership: Innovations like the 1β DRAM and G9 NAND ensure high performance and efficiency for AI workloads.
Resilient supply chain: Micron’s global supply chain protects operations from localized disruptions, such as natural disasters or geopolitical issues.
AI expertise: Micron's AI-powered smart manufacturing and specialized solutions enhance product quality, time-to-market and yields. Micron knows AI because we use AI.
Leading product portfolio: Products like the 36GB 12-High HBM3E to the world’s fastest data center SSD, the Micron 9550 NVMe SSD, positions Micron at the leading edge of memory and storage solutions.
45+ years of expertise: Micron's long history equips it with the knowledge and experience to develop cutting-edge solutions.
How do AI data centers differ from traditional data centers?
AI workloads demand high computational power and generate substantial heat, necessitating robust infrastructure updates. Consequently, modern AI data centers are designed with cutting-edge cooling technologies, renewable energy sources, and optimized layouts to ensure maximum performance and sustainability. Additionally, selecting appropriate CPUs and GPUs is crucial, as AI applications often rely on specialized hardware to handle complex computations efficiently. This careful selection helps maximize processing power while minimizing energy consumption, further contributing to the overall efficiency and effectiveness of AI data centers.