ASM

🧩 Think you know semiconductors? Prove it. Test your industry knowledge with our crossword challenge and share your answers in the comments. Then head to our latest blog artilcle to see how you scored. Across : 2. Atomic Layer ___: Precision atomic layering mechanism 4. Unwanted current flow that reduces device efficiency Down : 1. Key component of PECVD where films are formed through a gas-phase chemical process. 3. Process of protecting surfaces from environmental or electrical damage. 5. Materials used to isolate and control electric fields in devices. 🔍 How many can you solve?

AI makes everyday life easier—but it starts with materials at scale. Behind every instant search and smart AI answer is a high-performance chip built with atomic precision. At ASM, we engineer the deposition, epitaxy, and advanced packaging technologies that make next-gen computing possible. ASM, ahead of what’s next.

🚀 The future of semiconductors won’t be defined by scaling alone. It will be defined by the technologies that make next-generation architectures manufacturable. PECVD is rapidly becoming one of them—enabling advances in advanced logic, memory, and packaging with the precision, throughput, and low-temperature processing required for tomorrow’s chips. As AI accelerates demand, PECVD is moving from an enabling technology to a strategic differentiator. 💡In our latest blog article, Tyler Sample, Vice President and Head of PECVD at ASM, shares his perspective on how PECVD is evolving to address the industry's toughest deposition challenges and unlock new opportunities for device innovation. The next era of semiconductor progress won't just be built by making devices smaller—it will be enabled by discovering what's possible with materials.

✨ Your Growth, Your Path ✨   At ASM, engineers can grow in different ways. 🔹 Technical Ladder: Deepen expertise and drive innovation. 🔹 Managerial Ladder: Lead teams and develop people.   Both paths offer opportunities to learn, grow, and make an impact.   💡 At ASM, technical excellence and leadership are equally valued.   Which path fits your ambitions?

Pioneers aren’t born. They are grown. 🚀 Behind every material innovation is an ASMer. These are the minds solving complex problems at the atomic scale.  They didn't start with all the answers. They built their expertise through relentless curiosity, global collaboration, and continuous learning. Here is how we invest in the future of our ASMers: 📈 Leadership development — From first-time managers to executive leaders. 🔬 Technical learning — Keeping pace with a fast-evolving semiconductor industry. 🌐 Global cohorts — Connecting diverse talent across functions and regions. For us, investing in our people is just as crucial as investing in our technology. Could you be next? Find your next opportunity in the comments below!👇

🌍 News: TIME has named ASM one of the world’s most sustainable companies in 2026. We’re proud to be recognized as #13 globally and #1 in the semiconductor industry among 750 of the world’s largest corporations evaluated for transparency, accountability, and environmental impact. This recognition reflects our commitment to responsible innovation and creating lasting value for our customers, people and communities. Sustainability isn’t just part of our strategy — it’s how we stay ahead of what’s next. 🚀

💡 Built from the Atom Up: Epitaxy's defining role in the AI age AI is changing everything — but the real magic happens at the atomic level. ASM’s latest article outlines how epitaxy delivers atomic-level precision and new materials essential for next-gen devices: 🔍 Key Insights from ASM's corporate VP, Steven Reiter: •    The heart of Next-Gen Scaling: GAA transistors and 3D-DRAM rely on precise epitaxial layer construction. •    Atomic-Level Control: ASM's Intrepid® tools, utilizing Turino™ CL technology, allow for high-precision, atomic-level control over layer growth. •    Efficiency Gains: Enhanced precision enables improved uniformity, faster production, and reduced energy use. 👉 Read the full article to learn more about materials-driven scaling. Check the link in the comment.

CFET. GAA. 3D DRAM. Three breakthrough technologies — all built on one critical process. A process that delivers the crystalline quality, uniformity and scalability needed for next‑gen logic and memory. Time to put your knowledge to the test. Swipe through, follow the clues, and see if you can crack the answer. Got it? Drop your guesses in the comments !👇

Think you have an eye for detail?    Hidden in this structure is one tiny imperfection. It may look small, but at atomic scale, small differences like these have a big impact.    As chips become three-dimensional, materials need to be uniform across increasingly complex structures. That level of control supports performance, efficiency and reliability.    Spot the flaw. Then imagine controlling that level of precision across billions of devices...    Found it? Drop “atom” in the comments. 

Breakthroughs start with materials. Scaling a semiconductor breakthrough from lab concept to high‑volume production isn’t just a challenge — it’s the ultimate test of innovation. ASM tackles the challenges through three core pillars:  🔬 Purpose – Anticipating the demands of next‑gen device architectures before the market even knows it needs them. ⚙️ Engineering – Designing custom material solutions with absolute atomistic precision to solve the industry’s toughest challenges. 🌍 Scale – Transforming the most complex atomic processes into reliable, high‑volume manufacturing. From concept to production, ASM delivers with purpose, precision, and unstoppable engineering.