NIST, Google partner to produce open-source chips for researchers
The U.S. Department of Commerce’s National Institute of Standards and Technology (NIST) has signed a cooperative research and development agreement with Google to develop and produce chips that researchers can use to create new nanotechnology and semiconductor devices. The chips will be manufactured by SkyWater Technology at its Bloomington, Minnesota, semiconductor foundry. Google will pay the initial cost of setting up production and will subsidise the first production run. NIST, with university research partners, will design the circuitry for the chips. The circuit designs will be open source, allowing academic and small business researchers to use the chips without restriction or licensing fees. The NIST-developed chip measures the performance of memory devices used by artificial intelligence algorithms.
Large companies that design and manufacture semiconductors often have ready access to these types of chips, but they can be expensive, which presents a hurdle to innovation by university and startup researchers. By increasing production to achieve economies of scale and by implementing a legal framework that eliminates licensing fees, the collaboration is expected to reduce the cost of these chips.
Laurie E. Locascio, NIST Director and Under Secretary of Commerce for Standards and Technology, said that this collaboration aims to unleash the innovative potential of researchers and startups across the nation by creating a new and affordable domestic supply of chips for research and development. While the collaboration was planned before the recent passage of the CHIPS Act, Locascio said that it is a great example of how government, industry and academic researchers can work together to enhance US leadership in this industry.
Modern microelectronic devices are made of components that are stacked like layers in a cake, with the bottom layer being a semiconductor chip. The NIST/Google collaboration will make available a bottom-layer chip with specialised structures for measuring and testing the performance of the components placed on top of it, including new kinds of memory devices, nanosensors, bioelectronics and advanced devices needed for artificial intelligence and quantum computing. NIST anticipates designing approximately 40 different chips optimised for different applications. Because the chip designs will be open source, researchers will be able to pursue new ideas without restriction and share data and device designs freely.
Will Grannis, CEO of Google Public Sector, said that Google has a long history of leadership in open source. “Moving to an open source framework fosters reproducibility, which helps researchers from public and private institutions iterate on each other’s work. It also democratises innovation in nanotechnology and semiconductor research,” Grannis said.
The chips will be produced in the form of 200-millimetre discs of patterned silicon, called wafers, which universities and other purchasers can dice into thousands of individual chips at their own processing facilities. The 200 mm wafer is an industry standard format compatible with the manufacturing robots at most semiconductor foundries. Giving researchers access to chips in this format will allow them to prototype designs and emerging technologies that, if successful, can be integrated into production more quickly, thus speeding the transfer of technology from lab to market.
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