We are making the investments that
help fuel the technology of the future
Lam Research Capital (Lam Capital) invests in innovative companies that are addressing some of today’s most challenging, high-impact business problems. From the industrialization of life sciences to the advancement of industrial automation, we support important, disruptive technologies where we can make a real impact through our expertise in advanced nanoscale systems engineering and technologies that bring new capabilities to established industries or create new realities for an ever-changing world.
We invest in companies that extend our core technologies into new markets and in synergistic technologies that help solve some of the hardest challenges across multiple disciplines. We partner with and invest in disruptive companies that are making a big impact in the following areas:
Enhance molecular profiling technologies that operate across the genomic, proteomic, or metabolic workflow, creating new insights into the inner workings of biological entities
Advance systems engineering innovation to address next-generation industrial automation
Develop innovations that advance the semiconductor ecosystem to enable the continuation of Moore's Law
Leverage our core skills and technology to create innovative products and new market opportunities
We look for companies that have the potential to transform their respective industries. Here are some of the companies in which we've invested:
The mission of startup Antheia, Inc., is to make and fairly provide medicines to all who need them. The company combines founding intellectual property with world-leading expertise in synthetic biology, informatics, and fermentation technology to provide a stable and cost-competitive supply of plant-based medicines and to transform the discovery, manufacture, and distribution of medicines.
Echopixel is building a new world of patient care with its interactive, 3D medical visualization software. The True 3D system allows medical professionals to interact with patient-specific organs and tissue in an open 3D space emanating from a display, enabling doctors to immediately identify, evaluate, and dissect clinically significant structures.
kaiaTech is dedicated to the success of its customers by being the world-class leader in providing innovative, sustainable, and cost-effective “nano-glass” barrier and coating solutions to the packaging industry. It uses semiconductor technology and applies it to food and beverage packaging to increase product shelf life. The packaging is 100% sustainable and uses a low-cost BPA-free process.
Reno Subsystems’ mission is to lead the semiconductor industry in developing radio frequency (RF) matching system/power generator and flow subsystem technologies to optimize process control for volume production. For 10 nm technology nodes and below, these products provide original equipment manufacturers (OEMs) differentiating performance on deposition and etch tools without requiring tool redesign. For device manufacturers, they provide an order-of-magnitude improvement in process control to enable manufacturing of leading-edge devices. Reno’s patented technologies enable the short process times necessary in plasma processes for both planar and 3D device architectures and facilitate “always on” plasma management, improving particle control, film properties, and cost efficiency.
Meet Our Team
Our strategic team of top technologists and business leaders have a range of backgrounds spanning multiple disciplines. Leveraging their collective expertise, they work together to identify companies with innovative technologies that address important business needs.
Jeff has spent the past three decades in the semiconductor industry, focusing on advanced process equipment development and business growth. He joined Lam Research in 1999 and is currently the corporate vice president responsible for emerging businesses and Lam’s venture investment activity. Before that, he was chief technology officer of the Global Products Group. Jeff also managed Lam’s spin, linear, and bevel clean products and the dielectric etch business during his first 12 years at the company. He holds numerous patents and has authored several technical publications in the areas of semiconductor processing and thin-film applications. He earned his Ph.D. in chemistry from Stanford University and his B.S. degree in chemistry from the University of California, San Diego.
Faran is responsible for overall operations for Lam Capital. She joined Lam Research after more than two decades in the semiconductor and clean technologies industries, which included experience at multiple startups. She has a solid track record of developing commercially successful products, strategic relationships, and new business opportunities at both startups and large companies and is currently a Board Observer for EchoPixel, Inc., and Reno Subsystems. Faran has been an invited speaker, has served on several technical committees, has authored more than 60 peer-reviewed papers, and has been granted 26 patents. She earned M.S. and B.S. degrees in electrical engineering and solid state physics at the University of Colorado in Boulder and an M.S. in management at the Stanford Graduate School of Business.
Hash develops and executes strategies for entering new business areas that leverage Lam’s core capabilities and technology. He also identifies target companies and businesses in these market areas for investments and partnerships. Prior to joining Lam Research, he was president and CEO of SBA Materials. He has also held numerous executive-level positions at technology startups and multi-nationals, including managing MEMS Microphones P&L at Knowles Electronics/Dover Corporation and serving as vice president of business development at Cambrios Technologies. Hash is an author on more than 20 patents and patent applications and has written more than 40 peer-reviewed publications. He earned his Ph.D. and B.S. degrees in physics from the University of California, Santa Barbara.
Vikram leads Lam Capital’s life sciences investments, focusing on technologies that leverage Lam’s expertise. Prior to joining Lam Research, he led McKinsey and Company’s Life Sciences Tools practice and was a technical contributor to the Personalized Medicine practice, where he worked with pharmaceutical, medical device, and biotechnology companies on a range of operational and business development strategies. He also led product development for genomics and proteomics platforms and business development for high-potency pharmaceuticals. He has been an invited speaker and reviewer and has authored 24 peer-reviewed publications. He earned his Ph.D., M.S., and B.S. degrees in electrical engineering and biological systems instrumentation from the University of Illinois-Urbana Champaign.
Rajesh is responsible for Lam Capital’s venture investment activities across all targeted sectors. Prior to joining Lam Research, he was a technology investment banker, where he executed multiple merger and acquisition and capital-raising transactions in the semiconductor, clean technology, and software sectors. He began his career as a technologist at Applied Materials, where he gained broad experience in marketing and product management, venture investing, and business development. Rajesh earned an MBA degree from the University of California, Berkeley, an M.S. degree in mechanical engineering from Purdue University, and a B.S. degree in mechanical engineering from the Indian Institute of Technology.
What we do
We focus on young companies involved in life sciences, industrial automation and manufacturing, the extension of semiconductor technologies into new markets, and our core ecosystem. Funding ranges from $1-3 million per round for Series A and B investments. We also co-invest with other venture capital firms and corporate investors who share our interests.
In addition to investing financially, we create value by offering operational expertise and access to our diverse pool of technology experts and our supply chain. Our goal is to partner with our portfolio companies and help them grow and scale by leveraging our global infrastructure.