Micron Technology

What if one of the biggest opportunities to improve AI infrastructure isn't adding more power, but using it more efficiently?​

New joint research from Micron and Meta explores how LPDDR5X performs on large-scale data center workloads using Meta's open-source DCPerf benchmark suite.​

The findings challenge conventional assumptions, demonstrating how low-power memory can help balance performance, capacity and energy efficiency for both general-purpose and AI workloads. Read the analysis https://bit.ly/4vIirLk

As data centers face increasing constraints around space, power, and cooling, maximizing every rack unit has become critical to supporting next-generation. .​

In our latest blog, Larry Hart, Micron Senior Director of Solution Marketing, Core Data Center BU, shares how Micron's industry-leading 245TB 6600 ION SSDs and WEKA's new WEKApod™ Prime Max system dramatically increase density, delivering up to 15.8PB in just 2U.​

The result is more room for AI infrastructure, more efficient use of real estate, and a stronger foundation for next-generation AI workloads.​ Because in an AI-first world, the ability to store and move data efficiently is what ultimately unlocks intelligence at scale. Learn how Micron and WEKA are solving one of AI’s biggest infrastructure challenges: https://bit.ly/4xeUGvV

The future of smarter vehicles is built together.

We’re expanding our automotive ecosystem collaboration through new Strategic Customer Agreements with global automotive leaders, including Qualcomm, Visteon, HARMAN, JOYNEXT, DENSO, Astemo and Hyundai Mobis.

As vehicles evolve into AI-driven platforms, memory and storage are essential to delivering safer, more connected and more personalized experiences on the road. By strengthening long-term supply and collaboration, we’re helping drive intelligence at scale for tomorrow’s vehicles.

Learn more: https://bit.ly/4f3qyxc

More flexibility for edge AI.

As reshapes how mobile and client PC products come to life, so does the need for memory that can keep pace.

That’s why Micron is expanding our 1γ LPDDR5X portfolio with new non-binary capacity options of 6GB, 12GB and 24GB — giving more room to tailor every tier from value to flagship.

With speeds up to 10.7 Gb/s, Micron’s 1γ LPDDR5X is built to support the next generation of intelligent, power-efficient devices.

See what’s next in Micron’s 1γ non-binary LPDDR5X: 👉 https://bit.ly/4f17oIk

Your computer doesn’t have one memory—it has many.​

They don’t all work the same way. Some are fast but hold less data, others have massive capacity but are slower. Together, they form a system designed to keep data moving.​

And at AI scale? It gets even more interesting.​

This video walks through the entire memory hierarchy — what it is, how it works, and why it’s critical not just for your laptop, but for the AI systems shaping the future.

How does Computer Cache, Memory, and Storage Work? 🖥️💿🛠️ To learn more about how Micron memory and storage help enable AI at...

Today in Clay, New York, we officially poured concrete for the foundation of our first New York fab — an important milestone in the construction of what will be the largest semiconductor manufacturing site in U.S. history.

We were honored to be joined by federal, state and local leaders, supplier partners, and other distinguished guests to celebrate the progress of this historic project.

A sincere thank you to those pictured: U.S. Secretary of Commerce Howard Lutnick, U.S. Small Business Administration Administrator Kelly Loeffler, U.S. Chief Technology Officer Dr. Ethan Klein, New York Governor Kathy Hochul, Onondaga County Executive Ryan McMahon, Congresswoman Tenney, Congressman John Mannion, Town of Clay Deputy Supervisor Joe Bick, and the CEOs of Bechtel, Jacobs, and Gilbane.