The path to accelerating Super Intelligence demands a fundamental leap in memory and storage capabilities. Join us Wednesday, Oct. 21, at 8 a.m. MT for a technology webinar led by Scott DeBoer, Micron President and Chief Technology and Products Officer. Scott will detail how Micron’s technology foundation, multigenerational roadmap, close customer co-design and long-term research position the company to extend its technology leadership over the next decade and beyond. The webinar will be webcast live on Micron's Investor Relations website. Read the full announcement for details:

At Micron, manufacturing is about more than facilities. It's about creating opportunities, strengthening communities, advancing innovation, and helping build a more resilient semiconductor supply chain. Right now, Micron is expanding memory and storage manufacturing and advanced packaging across the globe, with new fabs in Idaho and New York, a modernized manufacturing facility in Virginia, manufacturing and advanced packaging investments in Singapore, a cleanroom expansion in Japan, expanded operations in Taiwan, and India’s first assembly and test facility in Sanand. In the United States alone, this includes more than $250 billion in manufacturing and R&D investments expected to create over 90,000 jobs while helping meet growing demand for the memory and storage that power AI and other transformative technologies. Semiconductor manufacturing is one of the most complex processes in the world, built by the engineers, technicians, construction teams and community partners at Micron sites everywhere we operate. Happy International Manufacturing Day. #InternationalManufacturingDay# #Manufacturing# #Innovation#

Following Micron's record fiscal Q4 and fiscal year 2026 results, Chairman and CEO Sanjay Mehrotra joined CNBC's Jim Cramer on Squawk on the Street to discuss the growing importance of memory and the strong demand environment driving Micron's momentum. "Memory is key in this era of AI or super intelligence. Micron has a comprehensive portfolio of technology, products, manufacturing capabilities, and we continue to address the fast growing opportunities ahead," Sanjay shared, highlighting Micron's technology leadership, expanding customer commitments and continued investment in the talent powering that success. Watch the full interview:

A human driver may need about 1.5 seconds to react. An AI-powered car can respond in a fraction of that time, but only if the hardware inside the vehicle is fast enough. That's why memory matters. It enables vehicles to process data from cameras, LiDAR and radar in real time, helping #AI# make decisions in milliseconds.

The promise of agentic AI is simple: less time spent managing tasks and more time focused on higher-value work. As Micron SVP & GM, Core Data Center Business Unit, Jeremy Werner explains, agentic AI runs on two compute stacks, not one. The GPU reasons and plans, while the CPU orchestrates actions. Technologies like KV cache keep AI context available, but growing context sizes and agentic workloads are driving memory needs far beyond reasoning alone. Learn more:

From personalized food recommendations to real-time translations to smarter on-device capabilities, these AI experiences all share one growing challenge: getting the right data to the right place, at the right time. Which memory architecture do you think is best suited for sustained edge #AI# inference as workloads become more demanding? A. Discrete memory architecture B. Shared memory systems C. UMA with GPU implemented D. NUMA architecture Drop your answer in the comments below. #EdgeComputing# #IntelligenceAccelerated#

How does AI know what comes next? A language model doesn't rely on experience the way humans do. Instead, it navigates an entirely different space: the embedding space. This is where words, concepts and relationships are encoded in ways that help AI recognize patterns and predict what comes next. It's also where the idea of AI "knowledge" becomes much more interesting. Discover how meaning is represented in this space and explore what "knowledge" really means for AI. 👉

AI that trains in the cloud and runs on your wrist needs one foundation: fast, efficient memory and storage. With Micron, #AI# builds, runs and accelerates. #IntelligenceAccelerated#

AI is raising expectations for personal computing. Users want intelligent experiences that are responsive, personal, and available wherever they work. Join Nirav Patel, CEO of Framework, and Chris Moore, VP of Marketing at Micron, as they discuss how AI is reshaping the future of PCs, from on-device AI and system design to the memory and storage innovations needed to deliver next-generation experiences at the edge. Watch the full conversation. #AI# #AIPC# #FutureOfComputing#

From ADAS to immersive digital cockpits, Micron memory and storage are where #automotive# AI comes alive on the road. We don’t just power #AI#. Micron is AI in your drive. #IntelligenceAccelerated#

We are thrilled to partner with @NY__Creates to officially welcome the first cohort of 10 apprentices to our joint workforce development program! Building a state-of-the-art megafab in Clay, New York, requires a world-class workforce. Together with NY Creates, @NYSLabor , @CEG_NY , and @MACNY, we are investing in the people who will power the future of semiconductor innovation for decades to come. Congratulations to our first cohort; we can't wait to see all that you will accomplish! 👏

What happens when AI no longer has to wait for the cloud? As AI moves closer to where data is created, local computing is unlocking faster insights, more responsive experiences and greater control over how information is processed. Memory and storage are at the heart of this shift, helping transform data into intelligence wherever it lives. See how local AI computing is redefining what’s possible on next-generation PCs and shaping the future of #AI# at the edge: #EdgeAI# #IntelligenceAccelerated#

Every summer, a new generation of innovators leaves its mark on Micron. This year was no exception. Over the past few months, interns contributed to meaningful projects, explored new technologies, built lasting connections, and gained hands-on experience with Micron team members across the company. As they head back to school, we're grateful for everything they brought to Micron and excited to see what comes next. Thank you for being part of our story this summer. #LifeAtMicron#

Every time an employee asks AI to summarize months of emails, analyze a 200-page contract, or answer questions across thousands of project documents, they expect one thing: memory. The AI isn't just responding to the latest prompt. It's recalling context, tracking details, and connecting information across massive amounts of data. Behind that experience is the KV cache, one of the fastest-growing challenges in AI infrastructure. See how memory and storage are enabling longer context, smarter agents, and more powerful AI experiences: #IntelligenceAccelerated#

🎈 The skies over Boise look a little brighter this week. For nearly five decades, Boise has been part of Micron's story. What began here has grown into innovations that help power everything from AI to the technologies people rely on every day around the world. As we celebrate the Spirit of Boise Balloon Classic, we're proud to recognize the community that has inspired generations of innovators, engineers and problem-solvers. As a proud sponsor, we're excited to help keep this special event free for our community to enjoy. It's one way we can give back to the place that has been part of Micron's story, celebrate the people who continue to inspire the future of innovation, and stay connected to the place we call home. #SpiritOfBoise# #LifeAtMicron#

The most interesting number here isn't capacity. It's what that efficiency enables. This article highlights how advances in storage can help unlock valuable power, space and operational efficiency across today's AI infrastructure. Great analysis from StorageReview.

A timely perspective on one of the most important infrastructure challenges shaping the future of AI. In his new blog, Micron's Jeremy Werner argues that agentic AI is changing the infrastructure conversation. As AI systems move from answering questions to carrying out complex tasks, memory and storage become critical to performance, efficiency, and scale.   The result? HBM, DRAM, and NAND can no longer be treated as independent layers. They need to work as a coordinated hierarchy to keep AI systems reasoning, acting, and scaling efficiently. Read more in his blog here: #IntelligenceAccelerated#

Micron congratulates our Chairman and CEO, Sanjay Mehrotra, on being named to the 2026 TIME100 AI list, recognizing the 100 most influential people in artificial intelligence. As #AI# continues to transform industries and create new possibilities, we're proud to deliver the memory and storage technologies that help power the next generation of AI-enabled experiences from the data center to the edge. Congratulations, Sanjay, on this well-deserved recognition. #TIME100AI# #AIInnovation# @MicronCEO