Huge congrats to Intel on booting the 1st angstrom-era chips! It's great to see Intel regaining tech leadership and pushing the frontier with gate-all-around FETs and backside power. The industry and the world needs this! intel.com/content/www/us…

The future of Intel is happening NOW. Thank you GamersNexus for going behind the scenes with us to showcase all the amazing work happening in our U.S. manufacturing fabs. Check out the documentary below ⬇️.

.@Intel is showing off Panther Lake 18A ODM systems here at #CES2025. Quite contrary to 18A is a failure messaging.

Join Intel CEO Lip-Bu Tan and executives at Intel Foundry #DirectConnect for the latest on Intel Foundry strategy, process technology, advanced packaging and test. When: April 29, 2025 Where: San Jose Convention Center, San Jose, CA Details: intel.ly/42jIcFf

Driving customers straight to Intel’s door. I firmly believe 18A and 14A (and more on the roadmap) will be extremely competitive on the process front and this seems like TSMC is not worried but that seems unwise.

Great read on the technical advantages Intel Foundry brings to the table.

A centerpiece of Intel 18A is RibbonFET, which Intel’s Chung-Hsun Lin calls “probably the most difficult transistor ever built.” In a new story, Lin illuminates his job at the nexus of performance targets and the realities of physical silicon. > newsroom.intel.com/intel-foundry/…

AI is pushing the limits of chipmaking – literally, the physical area of silicon that can be manufactured. Intel Foundry is developing the future of advanced packaging technologies that will enable customers to achieve new levels of performance. How do we get there? 👇

Just met with President Trump to announce a historic agreement: the U.S. government is investing $8.9B in @Intel to boost American semiconductor leadership. I’m excited about the work ahead to ensure the most advanced silicon technology and computing products of the future are

@Intel and @NVIDIA are teaming up to jointly develop multiple gens of custom data center and PC products, seamlessly connecting NVIDIA and Intel architectures to enable new breakthroughs for the industry. Learn more: intel.ly/46Hlkmp

Meet the first system-on-chip design built on Intel 18A process technology: Panther Lake 👋 For consumer and commercial PCs, edge solutions and more, Panther Lake’s new multi-chiplet design gives hardware partners flexibility = more PC designs at more price points.

🏭 From Intel Arizona's new Fab 52 comes the future: Panther Lake PC processors with 50%+ faster performance, Clearwater Forest server processors with 288 E-cores, all on Intel 18A - America's most advanced semiconductor node. Gaming, AI, data centers, robotics - read more

CEO & Chief Analyst Patrick Moorhead shares an insightful breakdown of why Intel's onshore manufacturing isn’t just “nice to have”—it’s strategically essential for the U.S. 🇺🇸 📍Read the full article: moorinsightsstrategy.com/analyst-insigh…

From cutting-edge interconnects to system-level assembly and test, Intel Foundry delivers the scale and integration needed to power next-generation multichip platforms. ms.spr.ly/6018tow1u #IntelFoundry #Semiconductors

Kicking off CES: Intel CEO Lip-Bu Tan announces that Intel shipped its first Intel 18A product and is ramping all three #IntelCoreUltra Series 3 die packages. Intel 18A is the world’s first foundry node with RibbonFET + PowerVia, enabling lower power and higher density at scale.

Semiconductors have quietly become a strategic variable, not just for technology companies, but for economic stability and national security. In our latest Analyst Insight, VP & Principal Analyst Matthew Kimball explores how the future of semiconductors will be shaped as much

Built for chiplet flexibility, EMIB supports high-speed die-to-die signaling with simple I/O and per-link bridge customization—so every connection is optimized for performance. Learn more: intelfoundry.short.gy/EMIB-brief #IntelFoundry #Semiconductors

At SPIE ALP 2026, Intel Foundry is highlighting innovations in yield enhancement & next-gen lithography—from ML-driven inspection to High NA EUV readiness. Together, with our ecosystem partners, we’re building the foundation for the next era of AI & HPC. ms.spr.ly/6016QXJJs

Faulty dies? We catch them early. Only known-good dies move forward, so yields go up and risks go down. ms.spr.ly/6014Qkf6o #IntelFoundry #Semiconductors

Intel’s Fab 52 is helping drive the future of advanced chip manufacturing in the U.S. Learn more about our manufacturing sites: ms.spr.ly/6013Qj6aW #IntelFoundry #SupplyChain