Several New York-based expertise firms are accelerating next-generation semiconductor manufacturing with assist from the NY THRIVE Innovation Voucher program, together with initiatives in collaboration with Cornell University’s world-class analysis amenities.
The NY THRIVE (Technology Hub for Revolutionary Innovation and Viable Ecosystems) Innovation Voucher program gives firms entry to superior educational analysis infrastructure, specialised gear and technical experience to hurry growth and commercialization of semiconductor applied sciences.
The initiative is a part of the NY SMART I-Corridor Tech Hub and is run by Syracuse University’s Collaboration and Commercialization Center (C3) in partnership with Cornell, Rochester Institute of Technology, the University of Rochester and the University at Buffalo.
At Cornell, a number of awardees are working intently with the Cornell NanoScale Science & Technology Facility (CNF), a National Nanotechnology Coordinated Infrastructure (NNCI) web site that gives open-access nanofabrication instruments, course of experience and workforce coaching important to semiconductor innovation.
Cornell-Enabled Innovation
OWiC Technologies (Ithaca) is utilizing its NY THRIVE voucher to broaden manufacturing of its small photoelectronic electrochemical synthesizers (SPECS), millimeter-scale wi-fi semiconductor gadgets that allow high-throughput electrosynthesis for pharmaceutical and chemical functions.
“The NY THRIVE Innovation Voucher will enable OWiC Technologies to scale production of our SPECS product line to meet growing interest from pharmaceutical customers,” mentioned Alejandro Cortese, CEO and co-founder of OWiC Technologies. “CNF’s world-class nanofabrication capabilities, from advanced lithography to comprehensive etch and deposition tools, have been essential to our company from the start. This partnership allows us to keep semiconductor manufacturing in New York State while accelerating commercialization of technology that’s helping drug discovery teams work faster and more efficiently.”
Menlo Micro (Ithaca) will collaborate with CNF on next-generation through-glass by way of (TGV) options for its high-performance microelectromechanical system (MEMS) switches. While these gadgets are already in industrial use throughout RF, high-speed digital, and quantum computing functions, Menlo is positioning its expertise for next-generation energy electronics functions, together with AI information facilities and industrial automation programs.
“Menlo Micro will collaborate with Cornell University’s Nanoscale Science and Technology Facility on next-generation through-glass via solutions for our high-performance Microelectromechanical System switches, MEMS,” the corporate mentioned in an announcement. “This award strengthens Menlo Micro’s market leadership and ongoing scaling efforts, leveraging CNF’s world-class capabilities to advance glass substrate technologies critical for next-generation MEMS and microelectronic solutions.”
Strengthening New York’s Semiconductor Ecosystem
Through packages like NY THRIVE, Cornell researchers and facility workers are working side-by-side with business companions to translate superior supplies science, microfabrication and gadget engineering into scalable manufacturing options.
By connecting firms to shared analysis infrastructure and technical experience, this system lowers limitations for startups and small producers whereas reinforcing New York state’s rising semiconductor provide chain. Cornell’s position – by means of CNF and its broader semiconductor analysis ecosystem – helps be sure that cutting-edge innovation, workforce coaching and manufacturing growth stay anchored within the area.
About NY SMART I-Corridor
The NY SMART I-Corridor is a federally designated Tech Hub uniting greater than 100 organizations throughout business, larger schooling, financial growth and neighborhood teams. The coalition is working to place upstate New York as a world chief in semiconductor manufacturing, innovation and workforce growth.