Atomera Incorporated has signed a strategic marketing agreement with a global chip fabrication technology major to accelerate the adoption of its Mears Silicon Technology (MST) for next-generation technologies like AI, 5G, and advanced electronics.
Under this agreement, the two companies will collaborate to perfect the implementation of Atomera MST technology on the capital equipment provider’s cutting-edge machinery, therefore addressing some of the fundamental difficulties confronting the semiconductor industry today.
The two companies will combine their resources to create more targeted and mature solutions, allowing for faster adoption and smoother integration into advanced node production processes.
This partnership is aimed at giving customers with access to MST, a quantum-engineered advanced material that increases yields and decreases chip sizes on wafers, hence reducing power and production costs. Being able to bring solutions to market faster has major benefits for customers and the semiconductor industry as a whole.
Leadership Comments
“MST is recognized throughout the industry as a flexible, cost-effective solution for many different market segments,” said Scott Bibaud, President and CEO at Atomera. “Through this collaboration, Atomera can leverage the capital equipment company’s extensive salesforce and strong relationships with chipmakers to accelerate time to production. While Atomera’s material technology provides solutions to some of the most difficult challenges that leading edge customers are facing—it also drives the demand for our partner’s capital equipment tools, resulting in a real win-win-win situation.”
“The collaboration in materials and manufacturing equipment is critical to support the rapid semiconductor innovation in the AI era. The ability to leverage Atomera’s MST on the equipment of an industry-leading semiconductor vendor will allow for more efficient chips with minimal risk,” said Jim McGregor, Principal Analyst at TIRIAS Research. “While the collaboration will benefit everything from embedded/IOT to advanced server applications, the greatest benefit may be with the upcoming transition to Gate-All-Around (GAA) transistors, also referred to as RibbonFET and Nanosheet transistors.”
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