The 2025 3D InCites Yearbook

Empowering the Future: New York's Semiconductor Surge in 2024 By Scott Sikorski, Ph.D., IBM In 2024, New York's semiconductor industry experienced substantial growth, driven by increased funding from both the U.S. government and the expansion of IBM along with other key industry suppliers. As a result of these recent public and private initiatives, the NY CREATES’ Albany NanoTech Complex—the largest non- profit semiconductor R&D facility of its kind in the nation—is expanding in size and capabilities. This state-of-the-art facility has been instrumental for over two decades in fostering advancements in chip technology through collaboration among industry leaders, academic institutions, and international partners. The growth of the semiconductor sector in New York and throughout what is now referred to as the Northeast Corridor has been evident, with numerous announcements throughout 2024. Below is a summary of a portion of 2024's news from the region. Key 2024 New York Semiconductor Developments: IBM Quantum System One Launch

IBM Expansion at NY CREATES’ Albany NanoTech Complex In September, IBM announced plans to lease an additional 30,000 square feet at the Albany NanoTech Complex. This expansion is designed to accommodate a significant increase in the workforce, with plans to grow from 700 employees to between 850 and 999. The new agreement allows IBM to lease space in the ZEN building, which offers a total of 365,000 square feet, already fully occupied by IBM on its top floor. Federal Funding for NORDTECH Also in September, Governor Hochul celebrated the award of over $30 million from the U.S. Department of Defense to support the NORDTECH research teams. This funding establishes the Northeast as a Department of Defense Innovation Hub and is intended to stimulate the development of a domestic microelectronics manufacturing industry. NORDTECH, formed in September 2023, is a regional coalition that includes key institutions like NY CREATES, the University at Albany, Cornell University, RPI, and IBM, all focused on creating a pathway from research ("lab") to production ("fab"). NSF Grant for Workforce Development On September 30, NY CREATES announced it received a $4.7 million grant from the National Science Foundation to launch a Semiconductor Workforce Development Program. Senate Majority Leader Charles Schumer emphasized that this funding, part of the CHIPS & Science Act will provide college students nationwide with hands-on training at Albany NanoTech, preparing them for careers in the semiconductor industry. Overall, these initiatives highlight New York's strategic position as a key player in the semiconductor landscape, driving innovation and workforce development in this critical field. IBM is proud to play a crucial role in this growth, supported by our world-class labs and manufacturing facilities in Albany, Yorktown Heights, the mid-Hudson Valley, and other parts of the thriving Northeast Corridor.

In April, Rensselaer Polytechnic Institute (RPI) and IBM unveiled the world’s first IBM Quantum System One located on a university campus. This groundbreaking installation aims to enhance quantum computing research, workforce development, and educational initiatives in New York, further solidifying the partnership between RPI and IBM. ASMPT and IBM Partnership Renewal In July, ASMPT and IBM renewed their collaboration to advance chiplet packaging technologies. This partnership focuses on enhancing thermocompression and hybrid bonding techniques for chiplet packages, utilizing ASMPT's advanced Firebird TCB and Lithobolt hybrid bonding tools. This renewed effort builds on previous developments in hybrid bonding, aiming to create lighter, faster, and more energy-efficient semiconductor packaging solutions. Investing in Next-Gen Chips Research As part of the FY 2025 budget, New York State Governor Kathy Hochul secured a $500 million capital investment for NY CREATES’ Albany NanoTech Complex to jumpstart a $10 billion partnership and bring a cutting- edge High NA EUV Lithography Center to the complex.

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3D InCites Yearbook

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