Lam Research

In the rapidly evolving world of semiconductor technology, digital twins enable engineers to optimize designs and processes before physical construction, speeding up development while ensuring quality and cost-effectiveness. Learn more about digital twins and the two forms the technology can take on the blog. https://bit.ly/3YqU869

We integrate augmented reality (AR) and virtual reality (VR) into our manufacturing processes to enhance our manufacturing operations. By using extended reality (XR) technologies to identify challenges early in the product development cycle, we reduce costs and response times for our customers. Learn more. https://bit.ly/48gUqkF

Virtual fabrication provides valuable insights by testing scenarios that would be too expensive or time consuming to execute in real life. Performing channel hole profile splits on a silicon wafer is an example of a costly and complex process. Learn how our SEMulator3D® software simulated and optimized different channel hole profiles, improving process margins and guiding real-world fabrication in 3D NAND manufacturing. https://bit.ly/48ICcYG

The 2021 launch of Lam Manufacturing Malaysia (LMM) in Penang marked a significant achievement driven by our global teams and their resilience during challenging times. Today, Lam Malaysia plays an essential role in our manufacturing ecosystem. Watch the video to learn how. https://bit.ly/48stOxj

Managing Director of Lam Capital, our corporate venture arm, Kevin Chen, PhD, sat down with Chris Reichhelm from Deep Tech Leaders to discuss the future of semiconductor startups and our strategy for making strategic investments through Lam Capital. Listen to the podcast now to learn how a well-structured leadership board provides invaluable support for growing startups looking to scale! https://bit.ly/3Y9w0F9

Deposition is a critical process in semiconductor manufacturing, where thin layers of materials are added to silicon wafers to create intricate patterns. Discover the different deposition methods, including chemical vapor deposition (CVD), physical vapor deposition (PVD), and more. https://bit.ly/4078QSi

Our new Yongin Campus in Gyeonggi Province, South Korea, is officially open! Located in the heart of Korea’s K-semiconductor mega cluster, this facility strengthens partnerships with customers, suppliers, universities, research institutions, and more. https://bit.ly/3YqxE6F

It’s official! Forbes recognized Lam as one of the World's Best Employers for 2024! Our people are at the heart of everything we do, and this award highlights the values we live every day—from inclusion and diversity, to mutual trust and respect. Here's to continuing our mission of shaping the future of technology, together. https://bit.ly/3zHToBr

As #AI continues to advance, the industry is looking to use high bandwidth memory (HBM) to meet its demands. Our Senior Director for Advanced Packaging Customer Operations Chee Ping Lee joined 3D InCites’ Françoise von Trapp to discuss how our advanced packaging solutions enable the next generation of HBM — listen in. https://bit.ly/4h7IGFc

Metal-Oxide-Metal (MOM) capacitors, a common component in semiconductor logic chips, take 3+ months to design, fabricate, and evaluate. By leveraging SEMulator3D® virtual process modeling, we designed and tested MOM devices faster and at a lower cost than traditional silicon-based methods. See how we did it. https://bit.ly/4epWE3f