Intel Advances Construction at Ohio Chip Factory

Intel has recently marked a significant milestone by completing the installation of the first major structural truss at its new chip manufacturing facility in New Albany, Ohio. This is particularly noteworthy for the company after facing multiple delays with the project. They are aiming to establish what they call a new “Silicon Heartland.”

The site, situated just northeast of Columbus, was first announced in 2022, with initial production expected to kick off in 2025. However, that timeline has since shifted. Intel now anticipates that construction for the first fabrication plant will be completed by 2030, and a second facility is projected for 2031.

Naga Chandrasekaran, who leads Intel Foundry, expressed on the company’s website that this achievement is a crucial step toward enhancing the U.S.’s capacity for cutting-edge semiconductors.

The revised timeline reflects a shift in Intel’s strategic approach under CEO Lip-Bu Tan, who took over in 2025. While the Ohio development started under the guidance of former CEO Pat Gelsinger, Tan has adopted a more conservative strategy, opting to wait for confirmed demand from customers before proceeding with further expansion.

Intel’s caution is evident in other plans as well. On October 21, the company announced that its upcoming fabrication plant in Arizona is expected to begin operations by late 2028. At present, Intel has already started high-volume production at an existing facility in Arizona, manufacturing 18A chips, having achieved that milestone by late 2025. However, Intel hasn’t yet secured a major client for these chips and is largely using them in its own processors.

That said, there are indicators of external interest. In September, reports suggested that SK Hynix might consider leasing space at the Ohio facility for memory chip production, though no official agreement has been confirmed by either party.

According to Dan Hutcheson, an analyst with TechInsights, large chip manufacturers are exploring options beyond Taiwan Semiconductor Manufacturing Co., which is the leading firm in the sector but has struggled to keep up with the growing demand for chips driven by AI. He notes that companies are looking for alternative sources to ensure they have leverage over TSMC and maintain competitive pricing. “All the big ones have been testing there,” he added, highlighting interest in Intel’s facilities.

In a related note, Donald Trump orchestrated a 10 percent stake in Intel for the U.S. in 2025. This raises discussions about whether such actions align with socialist principles. According to Julius Krein, editor of American Affairs, the U.S. capital markets fail to fund necessary industries effectively. He describes this deal as a relevant case study in a broader argument regarding corporate strategies that prioritize shareholder value over essential profits.

Krein contends that this emphasis on maximizing shareholder value often leads to chronic underinvestment in critical sectors like semiconductors, aerospace, and defense, as firms gravitate toward low-investment, high-margin software industries. This trend has resulted in the outsourcing of core production capabilities to Asia, undermining the U.S. position in tech manufacturing.

The impact on the semiconductor landscape is apparent, with Intel facing significant challenges and Taiwan’s TSMC dominating the market. Krein believes that traditional subsidies fail to penetrate the core issue: the inherent structure of the market discourages investment regardless of available funding.