What does it really take to make the world's most advanced chips? Thousands of intricate manufacturing steps. Extraordinary engineering precision. And an industry working to meet growing global demand for computing. Get an inside look at Intel's semiconductor innovation as Chris Auth, Pushkar Ranade, and other Intel experts join @dwarkeshpodcast to explore the science, technology, and manufacturing expertise behind advanced chips. Watch the full conversation: ms.spr.ly/6014aaFMm

Precision comes from preparation. @mclarenf1 and @oscarpiastri, it’s go time.

Precision comes from preparation. @mclarenf1 and @oscarpiastri, it’s go time.

Building semiconductor leadership requires innovation and the manufacturing capacity to bring it to scale. In a new piece, Naga Chandrasekaran shares how Intel Foundry is expanding that capacity across the U.S., including progress on our Ohio site, where the initial major structural truss has been installed on first fab. Read more: ms.spr.ly/6015aauoh

Stuck in a stadium concession line when your team scores? The University of Alabama is using @TheWaitTimes' AI on Intel Xeon CPUs to monitor crowd flow in real time. Processing data locally at the edge provides secure, instant analytics, enabling the stadium to shift staff, open other entrances, and get fans back to their seats faster so they don’t miss a minute of the action. Learn more: ms.spr.ly/6015avYPW

Every prompt has its place. So how do we match each AI request to the right model and compute? Watch Nicolas Dube’s #OCPSummit26 keynote, “Put Every Prompt in Its Place,” to explore the role of open infrastructure in scaling AI: ms.spr.ly/6012avVQE

Look closely. Actually, good luck with that. Three days until our next launch with @mclarenf1.

Nanoseconds in the lab. Milliseconds on the track. The most detail-focused collab in engineering is heading to Austin with exciting news in the trunk. @mclarenf1

Gridiron, meet silicon. Intel, the San Francisco @49ers, and ai.io are rewriting how technology fuels human performance. Coming soon.

Deploying AI at the edge means solving for more than performance alone. In federal and aerospace environments, factors like connectivity, power, security, and reliability can all shape how AI is deployed. What is the biggest challenge when scaling AI at the edge?

Solve problems. Lead with value. Treat your people right. We can’t guarantee a good night’s sleep, but it’s a good start. Catch CEO @LipBuTan1’s thoughts on leadership and adding value here: ms.spr.ly/6015aUw2W

From tools and components to programs and partnerships, Intel's Federal and Aerospace AI Suite helps accelerate real-time edge AI for demanding environments. See how the ecosystem is advancing innovation at AUSA 2026: ms.spr.ly/6012aSAMG

Mission-critical environments demand mission-ready technology. See how Intel powers real-time AI, ruggedized edge computing, and secure, scalable solutions for aerospace and defense at AUSA 2026. Learn more: ms.spr.ly/6016aSykY

Advancing semiconductor innovation requires deep collaboration across the ecosystem. Proud to see @Intel_Foundry and @Applied4Tech working together to accelerate the next generation of AI-enabled technologies.

Software security is no longer enough. @Dell Pro PCs with Intel Core Ultra and Intel vPro offer hardware-rooted protections. Secure your business, manage your fleet, and protect your data with trusted technology partners.

From the first microprocessor to the age of AI, our 50-year journey in Japan has been built on partnership. Thank you to everyone who has trusted us, built with us, and innovated alongside us. We’re excited for what the next 50 years will bring.