Intel Fab 62 Tool Install Begins as Ohio Chip Plant Sets First Truss

Two milestones on the same day

On Wednesday, Intel posted progress updates on two of its U.S. manufacturing projects, and the two updates mean very different things. Intel Vice President Naga Chandrasekaran wrote on the company's website that crews have started installing manufacturing equipment at Fab 62, on the Ocotillo campus near Phoenix. In New Albany, Ohio, workers set the first major roof truss at the company's planned semiconductor site.2 Bloomberg broke the news, and it was picked up widely the same day. Most outlets presented it as the company's stalled factory build-out starting to move again.68

The coverage agrees on the basic facts. Where it differs is on how much each milestone counts. Read closely, the Arizona news is the bigger one. Ohio is still a long-term option on future capacity, and the truss does not change that.

Why tool installation matters in Arizona

Putting tools into a fab is a far more serious commitment than pouring concrete or raising steel. Several outlets pointed out that equipping a plant is the most expensive stage of getting it ready, and that single tools can cost hundreds of millions of dollars.34 Tom's Hardware reported that Fab 62's outer building was finished some time ago. In its reading, moving tools in shows the project has gone beyond simply putting up a structure.7 Tech Times went further and called the step the point where a completed building becomes a committed factory.9

That matters because of how Intel now decides where to spend. The Los Angeles Times noted that chipmakers have traditionally built empty factory shells and held off on buying equipment until demand was clear.4 Paying for tools at Fab 62 now suggests Intel believes it will have work for the plant.

Fab 62 stands next to Fab 52, which is already running. Intel also keeps older factories nearby for mature process technologies.5 CNBC reported that Intel reached high-volume production of its most advanced 18A chips in Arizona by late 2025.1 Tech Times cited Intel's figure of about $32 billion in combined investment across Fabs 42, 52 and 62, with roughly $25 billion of that going to Fabs 52 and 62.9

Outlets gave slightly different start dates. Bloomberg-based coverage, including Investing.com and the Los Angeles Times, said Fab 62 would begin operating early in 2028.24 CNBC and Tom's Hardware said operations were expected by the end of 2028.17 Those are different promises, and the gap is not trivial. Tom's Hardware also noted that Intel has not said when high-volume production will start there.7

Open questions about Fab 62

Several basic facts about Fab 62 are still unknown. Tom's Hardware reported that Intel has not said which process nodes it will run, how many wafers it can handle, or what it will cost to finish.7 When Intel first announced Fabs 52 and 62, it said both would make its most advanced technologies. Fab 52 has since been assigned to 18A, but Fab 62 has not been assigned a node.7 Based on Intel's current roadmap, the outlet said the plant could run 18A, 18A-P or the next-generation 14A process.7

Intel also confirmed that High-NA EUV lithography will be used for high-volume manufacturing starting in 2028.7 Tech Times pointed out that 2028 is both the year Fab 62 is due online and the year 14A is supposed to reach volume production.9 Our read is that Intel is keeping Fab 62 open as the place to put 14A if a customer signs up. Leaving the node unassigned keeps that choice open without committing to it publicly.

Ohio: a real step on a much longer schedule

The Ohio news gets more space in headlines than it probably deserves. CNBC described the truss as the start of the next phase of construction. It also stressed that the project is at least five years late.1 When Intel announced the plant in 2022, it expected to ship chips in 2025. The company now plans to finish construction in 2030, and a second fab on the site is planned for 2031.1

That schedule has been in place for a while. In early 2025, Intel said the first plant would finish construction in 2030 and start operating that year or the next, with the second fab running in 2032.13 At the time, Chandrasekaran said construction would continue more slowly while Intel kept the option to speed up if customers wanted capacity.12

Coverage differed on whether Wednesday's announcement changed anything. Tom's Hardware said Intel gave no updated construction schedule for Ohio One and did not say when the first fab would start operating, which node it would use, or how much it could produce.7 Tech Times reported 2031 for Module 2 completion and 2032 for production, but also said the announcement did not mention a revised timeline.9 Those dates match what Intel said in 2025, so the safest reading is that Ohio's schedule has not moved.13

The scale of the project explains the attention. Ohio One is a $28 billion project with Bechtel as general contractor. It covers about 2.5 million square feet of buildings, including 600,000 square feet of cleanroom space.14 Earlier reporting put Intel's total construction spending through 2025 at $5.26 billion. That shows the site has not been abandoned, but it is less than a fifth of the planned initial investment. Ohio's leaders once pitched the campus as the world's largest chipmaking site. Work paused after initial construction and a 2022 visit from then-President Joe Biden.4

The delay also has a financial cost for the state's support. Tech Times reported that Ohio's grants of $300 million per factory depended on finishing construction by the end of 2028. The project can no longer meet that date, so the money could be forfeited.9

Lip-Bu Tan's demand-first approach

Both updates fit the approach of Lip-Bu Tan, who became CEO in March 2025. He has said projects like Ohio will go forward only when there is enough work to fill them.34 CNBC framed the Ohio delay as part of a broader rethink of the foundry plans that began under Pat Gelsinger.1

Several outlets read the timing as a sign that Intel is more confident about demand.456 What is actually driving that demand is more specific than the "improving outlook" in some headlines. The Los Angeles Times reported that Intel has announced few major foundry customers. The bigger change is a jump in orders for Intel's own data center processors used for AI services, which the company is struggling to keep up with.4

That matters for how to read Wednesday's news. CNBC noted that Intel still has no major outside customer for the 18A chips made in Arizona and uses them for its own processors.1 Fab 62's equipment purchases appear to be backed by demand for Intel's own products. Ohio is waiting for outside customers who have not committed yet.

The foundry opening

Intel may still have a chance with outside customers. CNBC reported that TSMC cannot make chips fast enough. Mizuho analyst Jordan Klein described the competition for TSMC capacity as extremely fierce, even for companies like Nvidia, AMD, Apple and Broadcom.1 TechInsights analyst Dan Hutcheson said large chip buyers want a second supplier partly to gain leverage on price with TSMC. He added that all the big ones have been testing Intel's process.1

Possible deals are being discussed but none are confirmed. CNBC said reports from September suggested SK Hynix might lease foundry space in Ohio to make memory, though neither company confirmed any plans.11 Other reporting has mentioned early talks with Apple and Intel's involvement in Elon Musk's Terafab project.8

The calendar adds pressure. Tech Times reported that the higher Section 48D advanced manufacturing tax credit, raised from 25% to 35% by the One Big Beautiful Bill Act, requires construction to begin by the end of 2026. It also pointed to a closing window for customers to commit to 14A.9

Our read

Wednesday's news is mostly about Arizona. Intel is paying for equipment at Fab 62, which suggests it expects the plant to be used and is giving itself a possible home for 14A. Ohio, by contrast, has a new piece of steel and the same schedule it had last year.

Briefs.co noted that Intel's capital spending is still far below TSMC's and Samsung's, which makes catching up hard.5 Building the plants is the part Intel can control. Whether outside customers sign up will decide whether Arizona's expansion turns into a foundry business and whether Ohio ever moves faster than its current 2030s schedule.