Multibeam Unveils Major Initiative to Develop Full-Wafer, All-Maskless Patterning at 45nm and Larger Nodes on Its MEBL Production System
$38 Million DoD Contract Awarded to Multibeam to Develop New MEBL Application
SANTA CLARA, CA вЂ“ September 10, 2020
Multibeam Corporation todayconfirmed it has embarkedupon an ambitious project to apply its innovative Multicolumn E-Beam Lithography (MEBL) technology to pattern entire wafers at 45nm and larger nodes, without the use of any masks, for back-end-of-line (BEOL) processing. Funded by the Department of Defense (DoD) and program-managed by the Air Force Research Lab (AFRL), Wright-Patterson Air Force Base, the $38 million contract award includes an option for the U.S. Government to purchase another MEBL production system from Multibeam.
вЂњThis contract award along with the Secure Chip ID application we have been developing under an earlier DoD contract highlights the versatility of our innovative MEBL platform,вЂќ said Dr. David K. Lam, Chairman/CEO of Multibeam. вЂњBoth applications are designed to run on our MEBL production systems.вЂќ
вЂњLow-Volume, High-MixвЂќ Chips Need Help
Assured and Trusted foundries typically produce a вЂњlow-volume, high-mixвЂќ of chips for the DoD. But optical lithography equipment leaders have little interest in such small quantities of chips with a large variety because their businesses are geared toward high-volume production. Moreover, there continues to be a need for early-generation chips with вЂњmatureвЂќ nodes. While masks for such nodes are less expensive, mask-related costs do add up. Masks in less demand often have long lead-times, negatively impacting fab productivity in production as well as cycles of learning in new-chip development.
IoT Chip Production Faces Similar Challenge
IoT chips are generally small, simple SoCs that perform specific tasks and are ubiquitous on the Internet. Such chips have been credited for the dramatic rise in IC content in most Government, commercial, industrial, and consumer products. As a whole, IoT chipmakers are high-volume producers. But their batch sizes are relatively small because IoT applications are diverse and the IoT market is fragmented. Competing in this cost-sensitive market is a real challenge. Yet, low-volume, mature-node IoT chipmakers get little support from optical litho equipment leaders focused on high-volume manufacturing at cutting-edge nodes. As a result, there have been scant advances in DUV (193nm ArF dry or immersion) litho systems since 2007 when optical resolution reached its limit.
вЂњAs ICs proliferate, legendary вЂkiller appsвЂ™ such as PCs and cell phones are being eclipsed by a multitude of IoT applications, digital and analog,вЂќ noted Dr. Lam. вЂњWhile litho equipment leaders ignore вЂlow-volumeвЂ™, Multibeam sees this segment as a huge opportunity. We support these underserved but fast-growing markets with our innovative, versatile MEBL platform. The full-wafer all-maskless patterning initiative announced today and the Secure Chip ID embedding already underway will lead the charge.вЂќ
About Multibeam Corporation
Multibeam Corporation is a leader in multicolumn electron-beam lithography (MEBL). With a robust IP portfolio comprising 43 patents, Multibeam is building MEBL production systems and developing major applications under DoD contracts. The company is led by Dr. David K. Lam, the founder and first CEO of Lam Research. Widely recognized as a key contributor to the growth of the semiconductor industry, Dr. Lam was inducted into the Silicon Valley Engineering Hall of Fame in 2013.