On February 19, Lam Research unveiled two new tools designed for constructing advanced artificial intelligence chips, positioning itself to capitalize on the increasing demand for AI-driven semiconductors.
One of the tools, ALTUS Halo, is a deposition tool that incorporates molybdenum into chip layers to enhance performance and scalability for future semiconductor devices.
According to Micron Technology executive Mark Kiehlbauch, Lam's ALTUS Halo tool has enabled Micron to implement molybdenum in mass production successfully.
The second tool, Akara, is an etching tool that removes excess materials from semiconductor wafers to create intricate chip structures.
Lam Research competes with key suppliers of wafer fabrication equipment, such as Applied Materials, ASML, and KLA Corp, which provide sophisticated and costly tools for chip production.
Noteworthy customers of Lam Research include Micron Technology, Samsung Electronics, and Taiwan Semiconductor Manufacturing Co (TSMC).
TSMC's Vice President of Research and Development, Simon Jang, highlighted the need for innovative technological solutions from partners to support the development of advanced device architectures in response to the growing global semiconductor demand.
Lam Research reported third-quarter revenue above market expectations in January, indicating a rising demand for chips from semiconductor companies.