The move aligns with the urgent imperative for faster chip design and manufacturing cycles. The trend is driving interest in Multibeam’s direct-write EBL technology for its proven ability to speed time to production and radically cut operational costs. Demand is especially evident in the advanced packaging arena where the system can be used to enable a scalable path beyond Moore’s Law, transcend conventional mask reticle limits, and drive much higher chip-to-chip performance levels than previously achievable. In addition, there is growing interest from the power, photonics and MEMs sectors for the system’s significant depth of focus capability which allows for faster, seamless patterning over warped wafers and high-topography surfaces.
“A dedicated sales presence in Japan will help us better serve our local customers while giving us a strong position in this thriving IC innovation ecosystem,” said Dr. David K. Lam, Multibeam CEO. “It’s an essential part of our strategy to harness the surging interest in our technology’s unique enabling capabilities from semiconductor companies in the U.S. and international markets. We’re excited to take this significant step.”
Multibeam’s platform revolutionizes EBL with new productivity advantages, while enabling high resolution, fine features, wide field of view, and large depth of focus. The chief productivity driver is the novel architecture which employs multiple miniature columns that operate individually and in parallel, with an advanced control system directing the beams to achieve maximum accuracy, quality, and speed. Throughput is more than 100 times greater than conventional EBL systems, making the MB platform the highest productivity high-resolution maskless lithography system on the market. With Synopsys EDA embedded into the systems, a mix and match dynamic can also be employed, where a portion of layers are printed with masks and others are patterned with Multibeam. It gives manufacturing leaders a breakthrough solution to enable rapid development of new IC designs, rapid time to market, and accelerated IC innovation.