Intel Foundry

America's semiconductor future is being built right here at home. Follow @BusinessInsider as they take you inside Intel Oregon—the heart of Intel's R&D network—to see how Intel Foundry is helping advance America's chipmaking leadership through innovation, investment, and manufacturing: ms.spr.ly/6013vexDL #IntelFoundry #Manufacturing

Intel is investing €5B to expand advanced semiconductor manufacturing in Europe. Upgrades to Intel Foundry's Ireland facilities will scale capacity for Intel Xeon 6 and next-gen Intel Xeon processors on Intel 3 while strengthening Europe's semiconductor supply chain. Learn more: ms.spr.ly/6019v0yux #IntelFoundry

Advanced packaging is driving the future of AI. At #ECTC2026, Intel Foundry shared the latest on developing technologies like EMIB-T, co-packaged optics, and glass substrates designed to enable higher-performance, more efficient computing. Learn more: ms.spr.ly/6015vIdj3 #IntelFoundry #AdvancedPackaging

From advanced packaging to next-generation process technologies, Intel Foundry's research helps shape the future of semiconductor innovation. Dive into Intel Foundry's cutting-edge research: ms.spr.ly/6013vxJ4F #IntelFoundry #Semiconductors

AI innovation requires more than leading-edge silicon. It takes world-class capabilities and collaboration throughout the industry. See how Intel Foundry is working with its ecosystem to create integrated solutions that enable the AI era. Yours for the making. ms.spr.ly/6012vaNFM #IntelFoundry

For 250 years, innovation has helped shape America's future. See how Intel Foundry is advancing leading-edge semiconductor R&D and manufacturing in the United States. ms.spr.ly/6011vQHxb #IntelFoundry

As America marks 250 years, we're inspired by the innovators imagining what's next and helping bring their ideas to life. Intel Foundry is Yours for the making. ms.spr.ly/6010vQHB8 #IntelFoundry

As America marks 250 years of innovation, see how the next generation of semiconductor technology is being developed and manufactured in Oregon. Take a look inside Intel Foundry with Business Insider. ms.spr.ly/6011vtUix #IntelFoundry

Yesterday we celebrated the next chapter of Intel Mask Operations in Santa Clara. Today, a closer look at why it matters: every advanced chip starts with a mask. Learn how Intel Mask Operations helps turn chip designs into reality through industry-leading mask technology and manufacturing expertise. #IntelFoundry

"Welcome to the next chapter of innovation." - Santa Clara Mayor Lisa Gillmor Yesterday, we celebrated the expansion of manufacturing capabilities at our Bowers Campus in Santa Clara, building on 40+ years of Intel Mask Operations and our longstanding partnership with the city of Santa Clara and state of California. This reflects our continued commitment to helping shape the future of U.S. semiconductor innovation. #IntelFoundry

Silicon Valley helped shape the modern technology industry, and Intel has been part of that story from the beginning. Today, we're building on more than four decades of Intel Mask Operations at our Bowers Campus with expanded manufacturing capabilities that will help support future semiconductor innovation and manufacturing capacity around the world. We are proud to celebrate this moment alongside our Intel leadership team Lip-Bu Tan, Naga Chandrasekaran, and Frank Abboud with support from Skanska, our local and Santa Clara partners Mayor Lisa Gillmor, and global suppliers who enable our technology. As America approaches its 250th anniversary, we're investing in what's next.

We're proud to see Intel Foundry's Fab 52 named @phxbizjournal's 2026 Project of the Year. A great recognition of the innovation and collaboration behind leading-edge manufacturing. ms.spr.ly/6014vsBZa #IntelFoundry #Manufacturing

Intel 18A-P has entered risk production. At #VLSI2026, Intel Foundry shared new platform innovations, including Power Boost technology, expanded device options, and co-optimization advancements that enhance performance and design flexibility. Plus, a look at the research shaping what's next. ms.spr.ly/6012vqYdO #IntelFoundry #Semiconductors

Want a closer look at EMIB? Watch the video: ms.spr.ly/6014voci4 #AdvancedPackaging

Advanced packaging is helping redefine what's possible in semiconductor design.​ Technologies like EMIB enable greater connectivity and integration by bringing multiple chiplets together in a single package.​ Learn more: ms.spr.ly/6016vocia #IntelFoundry

As the world becomes increasingly dependent on semiconductors, how they're designed, manufactured, and delivered matters. Intel's Corporate Responsibility Report highlights progress in sustainable manufacturing, renewable energy, water stewardship, community impact, and responsible innovation. Explore the full report: ms.spr.ly/6017voc3h #IntelFoundry #Sustainability

Intel is recognized on @TIME’s 2026 World’s Most Sustainable Companies list—an acknowledgment of the work our teams are doing every day to embed sustainability into how we operate, innovate, and grow. This recognition reflects steady progress and reinforces our focus on building technology responsibly, reducing our environmental footprint, and creating long-term value for customers and communities worldwide. Proud of the teams behind this work - ms.spr.ly/6014vod8E

Building advanced semiconductors requires world-class manufacturing. Intel Foundry fabs represent some of the most advanced manufacturing facilities in the world, bringing innovation and production together on U.S. soil. Take a closer look in this @BusinessInsider feature: ms.spr.ly/6018vojNQ #IntelFoundry #Manufacturing

💡Onshoring fabs is important, but it is not the same as semiconductor sovereignty. New research from @MattKimball_MIS examines why advanced-node control depends on transistor R&D, process IP, packaging, power delivery and roadmap ownership. 🔗Read more: moorinsightsstrategy.com/research-paper…

Seok-Hee Lee joins Intel as EVP, @Intel_Foundry, to lead advanced packaging and back-end manufacturing, strengthening our ability to deliver system-level innovation. Naga Chandrasekaran will continue to lead front-end technology development, manufacturing, design enablement, and the end-to-end customer and business-facing functions that support foundry’s growth. Navid Shahriari will retire after 37 years at Intel. His contributions helped advance Intel’s back-end technology leadership. Learn more: ms.spr.ly/6013vlagz

AI demands breakthroughs in packaging. Intel Foundry's Foveros Direct 3D uses copper-to-copper hybrid bonding to deliver ultra-high-density die stacking, increasing bandwidth and power efficiency for next-gen AI and HPC systems. Learn more: ms.spr.ly/6018vlBaq #IntelFoundry #AdvancedPackaging