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MARKET

GlobalFoundries to Build Chips Packaging Center
in New York.
The Facility, Located Within the Chipmaker’s Expansive Malta Campus, Will Aid The Company’s Plans to Create a U.S.-based, End-to-end Semiconductor Supply Chain.

Machine Nation News Team

February 11, 2025 at 11:15:00 AM

GlobalFoundries Expands U.S. Semiconductor Production with New Chip Packaging Center in New York

GlobalFoundries has announced plans to establish a new chip packaging and testing center within its existing Malta, New York, campus. This facility is a significant step in the company's strategy to create a comprehensive, U.S.-based semiconductor supply chain. The center will focus on advanced packaging and testing of U.S.-made essential chips used in various applications, including artificial intelligence, automotive, aerospace, and defense.

Source:

https://www.manufacturingdive.com/news/globalfoundries-to-build-chips-packaging-center-malta-new-york/738632/


The investment includes $575 million for the new center, with an additional $186 million allocated for research and development over the next decade. This expansion is expected to generate approximately 100 new full-time jobs, contributing to the local economy and strengthening the semiconductor manufacturing ecosystem in the region.


For the precision machining industry, this development presents new opportunities. The advanced packaging and testing processes require high-precision components and tooling, which are essential for ensuring the reliability and performance of semiconductor devices. As GlobalFoundries ramps up production to meet the growing demand for semiconductors, there will be an increased need for specialized machining services capable of producing intricate parts with tight tolerances.

Source:

GlobalFoundries Press Release


What is the Semiconductor Packaging?

Semiconductor Packaging: The final stage of semiconductor manufacturing, where individual chips are encased in protective packages that allow for proper integration into electronic systems. This process requires specialized tools and precision machining to ensure reliability, performance, and durability of the chips.

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