Taiwan’s Foxlink Group picks Fort Worth for first U.S. AI Factory, bringing 900 jobs to AllianceTexas

When the Taiwanese Foxlink Group sought to establish its first facility in the U.S., the company came to Fort Worth, Texas.

Foxlink Group, a global advanced technology manufacturer, has purchased Alliance Gateway 17 at the burgeoning AllianceTexas, where it will establish a new printed circuit board assembly (PCBA) manufacturing operation expected to create approximately 900 jobs at full capacity. The company celebrated its grand opening Tuesday. 

The company acquired the 147,780-square-foot facility at 4600 Alliance Gateway Freeway as part of an expansion of its U.S. manufacturing footprint.

Production is expected to begin in August.

Foxlink said the facility will be converted into an advanced manufacturing site supporting key phases of its surface mount technology (SMT) and final assembly, testing and packaging (FATP) production processes. The operation will integrate AI-driven robotics and intelligent automation directly on the production floor.

According to the company, the facility is designed for long-term scalability and will serve as a replicable model for Foxlink’s AI Factory deployments across its global manufacturing network.

“The launch of our Texas facility marks a monumental milestone in Foxlink’s steadfast commitment to the U.S. market,” Freddy Kuo, CEO of Foxlink Group, said in a statement. “We are deploying Physical AI directly on the production floor — embedding intelligent automation into every workstation, enabling flexible manufacturing that can be replicated rapidly across our global sites. This is not just a new factory. It is Foxlink’s first AI Factory in the United States, and it will not be the last.”

Founded in 1986, Foxlink Group designs and manufactures high-precision components for technology brands around the world. The company said it is also advancing the use of Physical AI through its subsidiaries — SYNCROBOTIC, UBILINK, and Luminys — which integrate AI-driven robotics, high-performance computing, and intelligent security solutions into its manufacturing operations.

Kuo added that the company’s expansion in Texas reflects its belief that the manufacturing solutions it develops internally can also be deployed for customers around the world.

Foxlink said it selected AllianceTexas because of its strategic location, transportation access, skilled workforce, and proximity to North Texas’ growing advanced manufacturing ecosystem.

Located within Hillwood’s 27,000-acre AllianceTexas development, the site offers access to major regional transportation corridors and infrastructure designed to support large-scale industrial and manufacturing operations.

The project adds to continued advanced manufacturing investment at AllianceTexas, which is home to more than 600 companies, more than 73,000 direct jobs and an estimated $142.9 billion in regional economic impact since 1989.

Foxlink noted that recent investments in the development include AI supercomputing facilities and MP Materials’ rare earth magnet manufacturing campus, which is under construction.

“Foxlink’s decision to establish its new U.S. AI Factory at AllianceTexas reinforces the strength of our platform for advanced manufacturing,” said Jack Barkley, vice president at Hillwood. “This transaction reflects what global manufacturers need — strategic location, infrastructure, workforce access, and connectivity that support speed, scale, and long-term growth.”

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BRINC Raises $125 Million to Expand Public Safety Drone Platform and U.S. Manufacturing

BRINC, a developer of public safety drone technology, has raised $125 million in a financing round led by Motorola Solutions, with participation from Index Ventures and Figma CEO Dylan Field, to expand manufacturing and accelerate deployment of emergency response drones across the United States.

The latest financing brings the company’s total funding to more than $250 million and will support its goal of equipping 80,000 police and fire stations nationwide with 911 response drones.

The capital will fund expanded U.S. manufacturing, new product development, and go-to-market growth. BRINC said it will move into a new manufacturing facility by year-end that is three times larger than its current factory, significantly increasing production capacity.

“Every second matters in an emergency,” said Blake Resnick, Founder and CEO of BRINC. “Our 911 response drones put eyes on scene before first responders arrive, giving everyone the situational awareness they need to act decisively and keep people safe.”

The company reported strong commercial momentum, with revenue more than tripling in 2025 while monthly production capacity increased fivefold. BRINC also said it has signed nearly four times as many 911 response drone contracts this year compared with the same period in 2025, including deployments with the Los Angeles Fire Department, St. Louis Police Department, and hundreds of other public safety agencies.

BRINC’s product lineup includes the Lemur 2 indoor drone, the Responder drone designed for extended on-scene operations, and the Guardian, a 911 response platform intended to provide rapid aerial situational awareness. The company’s drones integrate with Motorola Solutions’ public safety technologies and interoperate with other emergency response platforms.

Founded to develop technology for emergency responders, BRINC manufactures its products in the United States through a vertically integrated supply chain. Its systems are now used by more than 900 public safety agencies, including over 20% of U.S. SWAT teams, according to the company.

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Bmw Group Has Opened Electric Vehicle And Battery Manufacturing Facilities In South Carolina

BMW Group has opened expanded vehicle and battery manufacturing facilities in Spartanburg and Woodruff, South Carolina. The company, which assembles BMW vehicles and produces BMW X models, invested $1.7 billion in its South Carolina operations and said its business activities in the U.S. support more than 120,000 jobs nationwide.

The investment included the expansion of Plant Spartanburg and the construction of Plant Woodruff, creating the foundation for assembling fully electric BMW vehicles in South Carolina. BMW confirmed that the BMW iX5 will be the first fully electric BMW assembled in the United States, with production scheduled to begin at Plant Spartanburg before the end of 2026.

Plant Spartanburg assembled 412,799 BMW X models in 2025, marking the seventh time the facility exceeded 400,000 units of annual production. Since 1994, the plant has assembled more than 7.3 million BMW vehicles, with approximately half of its current production exported to nearly 120 countries.

The new BMW X5 assembled at Plant Spartanburg will become the first vehicle offered with five drivetrain technologies, including internal combustion, battery electric, plug-in hybrid electric, diesel, and soon, fuel cell electric powered by hydrogen. Plant Spartanburg will also become the first facility in BMW Group’s global production network capable of assembling a single vehicle with five different drivetrain technologies on one assembly line.

BMW said the facilities implement the principles of its BMW iFACTORY production concept through smart automation, end-to-end data integration and virtual planning. The plants use digital twins and 3D virtual simulations to optimize processes, while artificial intelligence supports self-correcting robotics, vision-based quality controls, and the AIQX platform, which uses sensors and camera systems to automate quality processes and provide real-time feedback to employees.

Plant Spartanburg is also deploying humanoid robots from Figure AI to support workers in physically demanding and repetitive tasks. At Plant Woodruff, the company is implementing a “Cell-to-Pack” manufacturing approach that assembles battery cells directly into housings without cell coating and cell module production processes.

In a recent quote, Milan Nedeljković, chairman of the board of management, BMW AG, said, “When we announced our investment plans for South Carolina in 2022, we made a clear commitment to the future of the BMW Group in the United States. Today, we are delivering on that commitment. The completion of our investments in Plant Spartanburg and Plant Woodruff demonstrates our confidence in the United States and reinforces South Carolina’s role at the center of BMW Group’s global operations.”

In a recent quote, Dr. Robert Engelhorn, president & CEO, BMW Manufacturing Co., said, “From highly efficient combustion engines and plug-in hybrid systems to battery-electric and future hydrogen-powered vehicles, Plant Spartanburg will be able to assemble a broad range of drivetrain technologies for customers in the U.S. and around the world.”

AmbioPharm to spend $119 million on South Carolina expansionThe peptide manufacturer plans to hire for 202 new jobs at the site.

Red Metals to build new $70 million copper factory in South CarolinaThe company expects to make 45 new jobs there.

USA Rare Earth to build new $1.2 billion magnet plant in South CarolinaThe factory will produce neodymium-iron-boron magnets for use in electrolysis and industry.

Suniva to open new South Carolina solar cell factoryThe $350 million plant is expected to create 564 new jobs.

George Utz. Inc. to spend $40 million on new South Carolina factoryThe Sumter County site will be home to 50 new jobs.

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No, 50 Robots Didn’t Replace 1,000 General Motors Workers | Blogs | Jul 13, 2026

A recent article by Futurism highlights how some of the most powerful labor unions in the United States claim that General Motors (GM) fired more than 1,000 workers from its all-electric vehicle facility following the installation of 50 AI-integrated manufacturing robots. However, the claim from union officials that these robots are “taking away jobs from people” is misleading for three reasons. First, the layoffs were far more likely driven by GM scaling back electric vehicle (EV) production because of weaker-than-expected demand and changing production priorities than by the installation of robots. Second, even if these robots did automate certain tasks, that does not mean they replaced the workers who perform the many responsibilities involved in manufacturing vehicles and can instead increase worker efficiency. Finally, even when automation can lead to job displacement, workers are not left permanently unemployed. Policymakers should focus on building workforce retraining programs that help displaced workers develop the skills needed to find new jobs in growing industries.

First, the claim that 50 AI-integrated robots caused the elimination of 1,000 jobs overlooks the broader economic context surrounding GM’s Factory Zero facility, whose primary focus is the production of EV vehicles. While labor unions argue that these robots left 1,000 workers idle before they were eventually fired, the evidence suggests that GM’s factory idled workers because of slower-than-expected EV demand amid changes in EV policy, most notably the end of the federal EV tax credit. Rather than expanding production at Factory Zero, GM has shifted its focus toward heavy-duty pickup truck production, leaving less work available for those at its EV facility.

As explained in an Autoblog article, “Factory Zero temporarily laid off 1,300 workers on March 16, with employees expected to return on April 13. This follows a previous idling late last year, as well as a reduction to a single shift in January 2026. The production halt affects GM’s large all-electric models.” In other words, the workforce reduction coincided with a reduction in EV production. If Americans are buying fewer electric GMC Hummers, Cadillac Escalades, or Chevy Silverados, GM simply does not need as many workers at its EV manufacturing facility. The evidence suggests that weaker demand and changes in production priorities—not simply the installation of 50 robots—were the primary drivers of the layoff.

Second, even if these robots did automate certain tasks, that does not mean they replaced 1,000 employees. Like many jobs in the United States, manufacturing jobs consist of a variety of tasks rather than one single responsibility. Workers at GM’s Factory Zero are no different. They perform quality control, troubleshoot production issues, assemble components, handle materials, and complete numerous other responsibilities throughout the manufacturing process.

By contrast, the 50 robots installed at the facility reportedly perform one specific task: bolting body panels. It is therefore misleading to suggest that these robots replaced 1,000 workers who perform a wide range of activities. Automating one task does not eliminate the need for workers who perform the many other tasks required to manufacture vehicles. Instead, automation changes the composition of work by removing repetitive tasks while allowing workers to focus on activities that require greater problem-solving and technical judgment.

Moreover, if robots did take over this one task, the result could be higher worker and economic productivity. Research has shown that automation increases productivity and economic output. A 2018 study found that greater robot density in manufacturing was associated with higher output and, in turn, stronger GDP growth and improved living standards. Similarly, research from the International Federation of Robotics (IFR) found that collaborative robots can benefit small and medium-sized manufacturers because they are flexible, easier to deploy, and adaptable to changing production requirements. The IFR concluded that robot assistants can “significantly increase workers’ productivity.” For example, when Canada’s Paradigm Electronics implemented collaborative robots, employee productivity increased by 50 percent.

If the objection is that technology enables fewer workers to complete a given task, then why stop at robots? By the same logic, one could just as easily oppose workers using power tools, since they too reduce the number of workers needed to perform a task while increasing productivity.

Finally, even if these robots did contribute to some job loss at Factory Zero, those workers would not remain permanently unemployed. Research on automation suggests that technological change tends to reallocate labor rather than permanently eliminate it. Workers displaced by automation frequently move into new occupations, including jobs created by automation themselves.

As ITIF has previously explained, automation increases productivity, allowing firms to lower prices, raise wages, or both. Lower prices leave consumers with more disposable income, while higher wages increase purchasing power. In either case, consumers and businesses spend and invest more, creating demand for workers throughout the broader economy.

Consider a worker at a cellular phone manufacturing plant. If robots automate many routine phone manufacturing tasks, phones become less expensive to produce, leaving consumers with more money to spend elsewhere, whether on restaurant meals, home renovations, health care, recreation, or other goods and services. Businesses in those sectors would respond to rising demand by hiring additional workers, creating new employment opportunities that help offset job displacement in phone manufacturing.

This dynamic helps explain why studies have found limited evidence that technology-driven automation leads to permanent economy-wide job losses. Instead, productivity growth expands economic output, raises incomes, and supports higher employment over the long run.

Labor union opposition to GM’s use of AI, robots, and automation—which one official called “a fight for humanity”—highlights the broader challenge policymakers will face as the United States seeks to strengthen its economic competitiveness through technological progress. The goal should not be to prevent automation or to preserve every existing task indefinitely. A competitive manufacturing sector depends on adopting technologies that improve productivity, reduce costs, and strengthen U.S. competitiveness.

Rather than opposing technological advancements, union officials should help ensure that workers have pathways to benefit from technological change. To support that transition, policymakers should focus on building workforce retraining programs that help displaced workers develop the skills needed for growing industries. This includes stronger partnerships between manufacturers, community colleges, and technical training programs; expanded apprenticeships in advanced manufacturing; and increasing access to training in areas such as robotics maintenance, industrial automation, and engineering technologies. The solution to technological change is not slowing innovation—especially as the United States is losing leadership to China in critical industries—but ensuring that workers have the skills and support needed to succeed alongside it.

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Hiltzik: So much for Trump’s ‘manufacturing wins’

Based on the words of President Trump, America is well on the way to becoming a “global superpower in manufacturing” — indeed, as he declared in a Father’s Day social media post, we are already experiencing the “BEST ECONOMY EVER.” (Capitalization’s his.)

Here’s what the government’s own statistics tell us: Manufacturing investment has crashed during his watch, with construction spending in the manufacturing sector down 26.4% from Trump’s inauguration through May, to $174.8 billion. That’s the lowest figure since February 2023, when the economy was in the midst of a post-pandemic recovery.

White House spokesman Kush Desai told me by email that “the last two jobs reports” showed manufacturing job growth. The Bureau of Labor Statistics reported a seasonally-adjusted decline of 2,000 manufacturing workers in May and a gain of 3,000 in June. But the June 2026 figure was 38,000 jobs, or about 0.3% below the level in June 2025, and 75,000 or about 0.6% below the level in January 2025, when Trump took office.

Desai said that “thanks to President Trump’s proven agenda of tariffs, deregulation, and tax cuts, American manufacturing will continue to rebound.”

There’s little mystery about what has come between Trump’s ambition and the real world. To a large extent it’s Trump’s economic program, particularly his tariff policies and, more recently, his war with Iran. Those have injected a level of uncertainty for corporate managements pondering whether to spend money on expansion that they haven’t had to confront in years.

From where we’re standing, we are not seeing signs of a manufacturing renaissance in the U.S.

— Didi Caldwell, Global Location Strategies

The tariffs and the war have driven up manufacturers’ costs for raw materials and overseas shipping. The general economic atmosphere doesn’t help. U.S. gross domestic product growth came in at a 2.1% annualized rate in the first quarter of this year, but the Federal Reserve Bank of Atlanta expects it to have fallen to 1.3% in the second quarter ended June 30.

Meanwhile, the University of Michigan consumer confidence index reached 44.8 in May, its lowest level ever (though it improved to 49.5 in June). Wages have been rising modestly, according to the Bureau of Labor Statistics, but those gains have been eaten up by higher prices, especially for gasoline and food.

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To put things another way, the actual figures show the U.S. economy to be sputtering, and the “vibe economy” as measured by consumer confidence is doing even worse.

Now that Trump’s second term is about to reach its 18-month mark, let’s unpack the factors causing the discrepancy between his ambitions and claims, and the reality.

Trump declared economic victory just as his term was starting. On March 20, 2025, he proclaimed a “manufacturing renaissance” in the U.S. That was based on what he said were “trillions of dollars in new investments” he had “already secured in tech-based manufacturing.”

A White House statement said “the list of manufacturing wins is endless.” The provided list was a roster of announcements, not groundbreakings, much less completed ventures.

Business executives quite properly have taken these pledges with mounds of salt. “Announcements are what people say they’re going to do, but dollars spent is what’s actually happening,” Didi Caldwell, chief executive of a firm that helps companies find factory sites, told the Financial Times. “From where we’re standing, we are not seeing signs of a manufacturing renaissance in the U.S.”

Indeed, at least some of these announcements have had the flavor of performative efforts to satisfy Trump’s amour propre and extract government concessions.

For example, Apple Chief Executive Tim Cook appeared with Trump at the White House in August to announce a $600-billion U.S. spending plan to take place over four years. That was a $100-billion increase over its previously-announced program.

More to the point, however, it incorporated spending with suppliers that Apple had been working with for years. Mentioned in the news announcement was a commitment to buy cover glass for iPhones from Corning. But Corning has been supplying that glass since the first iPhone appeared in 2007. In any case, the announcement appeared to secure a commitment from Trump to exempt Apple from tariffs imposed on imported chips.

Apple’s announcement Wednesday that it will spend $30 billion to buy chips from Broadcom was similarly ambiguous. The announcement didn’t provide details about the terms of the commitment or the timing of its expenditures. I asked Apple for details and whether the deal was related to a desire to remain in Trump’s favor, but didn’t hear back.

A similar phenomenon occurred during Trump’s first term; Trump had built much of his 2016 presidential campaign on a promise to increase manufacturing jobs in the United States. He blamed shrinkage in the manufacturing sector on trade agreements such as NAFTA and the policies of the Chinese, and took credit when an American manufacturer agreed to create or save jobs in the United States.

As I reported in 2019, many of those arrangements turned out to be exaggerated or bogus, or predated Trump’s claim. Some disappeared as soon as public attention turned elsewhere, or were outweighed by job cuts made elsewhere by the same companies.

Trump’s tariffs appear to have had a direct effect on manufacturing employment in the U.S. Since Trump’s inauguration, the manufacturing sector has shed about 75,000 jobs, or 0.6%. After April 2, 2025, when he announced global “liberation day” tariffs supposedly as a response to years of unfair treatment of American exports, the decline picked up pace, with a shrinkage of 68,000 manufacturing jobs.

The Supreme Court invalidated those tariffs in February, but others are still in place, including tariffs on imported steel and aluminum and on goods from China. Nor has he ceased threatening partners with trade wars. As recently as Tuesday, he said he would cut off all trade with Spain because of that country’s disagreement with him over its defense spending and its criticism of his Iran war.

As it happens, Spain is one of the few countries with which the U.S. has a trade surplus. That means that any cutoff, which trade experts think will be unlikely, would come at a cost to the U.S.

One might have hoped that Trump had learned a lesson from his first-term trade war with China. That conflict provoked a sharp contraction in the manufacturing economy, with the Institute for Supply Management’s purchasing managers index falling to 49.1 by mid-2019. (A reading below 50 signifies contraction.)

The ISM index began to recover toward the end of Trump’s term but fell again during the pandemic. Lately it has been falling again, to 53.3 in June from 54 in May.

The Iran war is another deadweight on domestic manufacturing. That’s partially the consequence of blockages of the Strait of Hormuz, the crucial thoroughfare not only for middle eastern oil, but also for such industrial inputs as fertilizer and aluminum. Cement, concrete, olive oil and spices are also among commodities produced in the region that use the strait as an outlet to reach the outside world.

Uncertainties in the region, tensions between the U.S. and China, and heightened concerns over the safety of shipping overall have driven up shipping costs between the far east and the U.S. The price of shipping a benchmark 40-foot container from China to the West Coast has nearly quadrupled to $6,687 now from about $1,700 just before the Iran war began, according to an index maintained by the cargo firm Freightos — even though shipping prices typically decline during this time of year.

There can be little doubt that the U.S. would benefit from an industrial policy — if it’s coherent. China supplanted America as the world’s leading exporter of manufactured goods in 2010, and the gap has only widened since then. China’s dominance may be hard to reverse, as it’s built on lower labor costs and transport infrastructure that enjoys focused government investment.

Tariffs could be a component of a new industrial policy, but Trump’s tariffs aren’t rationally geared to protecting domestic industries that need protection. They’re expressions of his whims, and as such they’re totally ineffective. If there are government investment policies targeting industries that need assistance, they’re not apparent to economists or industrialists.

Trump can talk as much as he likes about a golden age for U.S. manufacturing, but from his first term through this one, it’s nothing but talk. And talk, of course, is cheap.

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3 US Manufacturing Stocks Facing Tariff Costs And Supply Chain Shifts

Uncertainty around US tariffs and trade rules is reshaping how import-heavy manufacturers plan production, manage costs, and build inventory. For investors, that mix of front-loaded imports, shifting supply chains, and volatile freight costs can create both pressure and opportunity in selected stocks that are closely exposed to this news. This article looks at three large US manufacturers from an Import-Heavy US Manufacturers screener that could be affected by these developments, helping you consider whether they might fit, or be worth avoiding, in a portfolio that is sensitive to trade policy risks.

Hexcel (HXL)

Overview: Hexcel is a US materials company that supplies advanced carbon fiber composites, honeycomb structures, and engineered parts used in commercial aircraft, defense programs, space, and industrial products.

Operations: Hexcel generates most of its revenue from Composite Materials at about US$1.6b, with a further US$394.3m from Engineered Products and a reported corporate and other loss of US$92.4m.

Market Cap: US$7.5b

Hexcel provides exposure to the long-term shift toward lighter, more efficient aircraft and defense platforms. At the same time, it is directly affected by evolving US tariff policy on imported raw materials. The company is working to offset estimated tariff headwinds of about US$3m to US$4m per quarter through regional sourcing and contract pass throughs. It still faces pressure from high debt, long fixed price contracts, and heavy reliance on Airbus and Boeing. With earnings forecasts stronger than revenue growth and ongoing R&D and capacity investments, the key question is whether Hexcel’s aerospace cycle, pricing power, and tariff mitigation efforts can justify its P/E and support more durable cash flows over time.

Hexcel’s tariff headwinds, heavy Airbus and Boeing exposure, and fixed price contracts could be masking the real story around its earnings potential, so reviewing the 2 key rewards and 2 important warning signs might change how you see the stock’s risk reward profile.

NYSE:HXL Earnings & Revenue Growth as at Jul 2026

Astec Industries (ASTE)

Overview: Astec Industries builds equipment and systems for road construction, aggregates, and mining, supplying everything from asphalt and concrete plants to crushers, screens, and material handling gear used by contractors, producers, and government agencies worldwide.

Operations: Astec generates about US$893.8m of revenue from Infrastructure Solutions and US$623m from Materials Solutions, partly offset by US$39.5m of intersegment revenue.

Market Cap: US$1.3b

Astec Industries sits at the crossroads of US infrastructure spending and global trade policy, which makes it especially relevant if you are watching tariff sensitive stocks. The company has been working to offset tariff related cost pressure through pricing, dual sourcing, and reshoring where feasible. Management describes Astec as well positioned as a US manufacturer against imported competitors that may face higher duties. At the same time, investors need to weigh high debt levels, a recent one off loss of US$30.2m, and relatively low returns on equity. The potential investment case is shaped by how these factors interact with expectations for earnings and margin performance supported by infrastructure demand and higher margin parts and service revenue.

Astec Industries appears to be an import-exposed manufacturer whose tariff offsets, higher-margin parts exposure, and US footprint might be masking a very different earnings story, so it is worth reading the 4 key rewards and 2 important warning signs

NasdaqGS:ASTE Revenue & Expenses Breakdown as at Jul 2026

Allison Transmission Holdings (ALSN)

Overview: Allison Transmission Holdings designs and sells fully automatic transmissions and electrified propulsion systems for commercial trucks, buses, off‑highway vehicles, and U.S. defense platforms, while also supporting a large installed base through remanufactured units and aftermarket parts.

Market Cap: US$9.5b

Allison Transmission Holdings provides exposure to critical commercial and defense vehicle demand at a time when tariff uncertainty is front and center. Around 85% of its direct material spend is sourced within the USMCA region, which management says limits direct tariff cost pressure and can even support demand for its U.S. made content. Recent moves, including the Off Highway acquisition and a record US$250m CV90 transmission contract with BAE Systems, are expanding its reach into higher margin, more durable revenue streams. However, high debt, softer North America On Highway volumes, and industry electrification remain important risks to track. The key question is how this mix of contract wins, cost discipline, and tariff positioning ultimately shows up in margins, cash flow, and valuation resilience.

Allison Transmission’s mix of record defense contracts and US-sourced materials hints at a story the headline numbers do not fully explain. As a result, the full narrative for Allison Transmission Holdings might surface one risk or upside twist investors are missing

NYSE:ALSN Earnings & Revenue Growth as at Jul 2026

The three import-heavy US manufacturers in this article are just the starting point. The full Import-Heavy US Manufacturers screener surfaces 9 more companies that each have their own tariff, sourcing, and margin story worth comparing through the Import-Heavy US Manufacturers screener. Use Simply Wall St to identify and analyze the specific catalysts, contract profiles, and trade related narratives that matter most so you can focus on the import exposed manufacturers that best fit your highest conviction ideas.

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What a Monopoly vendor learned when making things in America : NPR

In an effort to sidestep President Trump’s tariffs, the WS Game Company decided to build a special edition Monopoly game in the United States. But the experiment almost didn’t pass go.

WS Game Company

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WS Game Company

The board game Monopoly has always taught some important economic lessons: The benefits of owning real estate. The profit potential of railroad mergers. The value of a get-out-of-jail-free card.

Now a special edition of the board game is teaching a new lesson—about how hard it is to make things in the USA.

The game is being marketed by the WS Game Company, which produces most of its high-end board games in China, just like almost every other toy maker.

After getting hit with a seven-figure tariff bill last year, CEO Jonathan Silva decided to see if it was possible to produce a profitable board game in the United States.

He opted for a custom version of Monopoly, pegged to the country’s 250th birthday. But the experiment almost didn’t pass go. One big problem: No dice.

“We turned over every single leaf trying to find someone who would make 10,000 dice for us in the U.S.,” Silva says. “It requires special machinery. It requires investment. And that type of stuff just can’t happen on a random Tuesday and be ready in a couple of months.”

Silva ultimately had to settle for imported dice.

He was able to find the rest of what he needed domestically, but it wasn’t easy. A former Hasbro factory in Massachusetts prints the Monopoly board. A company called Pioneer Packaging makes the tray that holds he Monopoly money. And a small business in Indiana cranked out custom metal game tokens, in all-American shapes like a cowboy hat, a covered wagon and an apple pie.

Stateline Industries in Liberty, Indiana fabricated the custom game pieces for the Monopoly Americana edition, with special shapes like a cowboy hat and an apple pie.

WS Game Company

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WS Game Company

Just assembling all those different players took more than a year, so Silva missed the first half of the 250th birthday selling season. And the cost to manufacture the games — which retail for $80 — was at least double what it would have been in China.

“When I place a purchase order in China, they have all those capabilities under one roof,” Silva says. “For one item, it took up way too much of our resources and time to bring it to market.”

Why so many things are made in China

There’s a reason nearly 80% of all toys and games sold in the U.S. are made in China. That country has spent decades building a factory ecosystem to supply not only finished products, but all the specialized parts that go into them.

“That’s why the re-shoring and the looking at bringing it back into the U.S. or even looking at other countries and moving it is not as easy as it sounds,” says Greg Ahearn, president and CEO of the The Toy Association, an industry trade group.

Ahearn says it makes sense for the U.S. to manufacture some strategically important products, but probably not when it comes to most toys and games, which tend to carry both low prices and low profit margins.

“Even if you could, who in their right mind would take their capital and invest it into creating a toy manufacturing plant?” Ahearn says. “Of all the things you could pick, we’d probably be pretty low on that list.”

Instead, the toy industry is lobbying to get a carve-out from future tariffs. The new U.S.—China Board of Trade is considering allowing up to $30 billion worth of Chinese products to enter the U.S. tariff-free. But toys are competing for the tax break with shoes, apparel and many other products.

For now, Silva is busy marketing his Made in the U.S.A. Monopoly game. But he’s still making the rest of his company’s board games in China. And that’s not likely to change.

“We’re really good at a lot of great things here in America.” Silva says. “But we’re not really great at making certain items that are consumable goods. And that’s OK.”

He’s now awaiting a shipment from China of about $6 million worth of games for the upcoming holiday season. He has no idea what the tariff bill might be. But he’s prepared to roll the dice.

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Fulflex Acquires 300,000-Square-Foot Texas Medical Manufacturing Facility to Expand U.S. Healthcare Platform

Fulflex Acquires 300,000-Square-Foot, Fully Automated Medical Products Manufacturing Facility In Texas

Fulflex has completed the acquisition of a 300,000-square-foot medical products manufacturing facility in Jacksonville, Texas, significantly expanding its North American production capacity and reinforcing its strategy to build a larger global healthcare manufacturing platform.

Located on a 30-acre campus, the facility becomes one of Fulflex’s largest and most advanced manufacturing sites worldwide. The acquisition also brings more than 250 employees into the company, strengthening its manufacturing workforce while establishing a larger operational presence in East Texas.

The Jacksonville facility produces a broad range of medical products used by healthcare providers and patients globally. Its manufacturing capabilities include plastics injection molding, blow molding, thermoforming, extrusion, automated assembly and other advanced production technologies, enabling Fulflex to increase output while supporting customers with scalable, high-quality manufacturing solutions.

“This is an exciting day for Fulflex and for the Jacksonville community,” said Diya Garware Ibanez, Chairperson of Fulflex. “We are delighted to officially welcome the Jacksonville team into the Fulflex family. This acquisition reflects our confidence in the exceptional people, the advanced manufacturing capabilities of this facility, and the long-term future of healthcare manufacturing in East Texas. We are committed to investing in this facility, creating new opportunities for our employees, supporting our customers with world-class manufacturing, and contributing positively to the Jacksonville community for many years to come.”

The acquisition expands Fulflex’s manufacturing footprint across North America while increasing capacity in polymer processing, medical device manufacturing and automated production. The additional facility also enhances supply chain resilience by providing greater geographic diversification and production flexibility for customers operating in global healthcare markets.

The investment aligns with Fulflex’s long-term strategy of expanding through advanced manufacturing assets that strengthen operational scale and support growing demand for medical products. The company said it plans to build on the Jacksonville facility’s existing capabilities through continued investments in manufacturing technology, quality systems, operational excellence and workforce development.

“Every acquisition begins and ends with people,” Garware Ibanez said. “The dedication, experience, and commitment of the Jacksonville employees are the foundation of this facility’s success. We are honored that so many talented people have chosen to continue this journey with us, and we look forward to building an organization where our employees can grow, our customers can succeed, and our community can thrive.”

The transition was formally marked with a community event attended by employees, customers, local officials and business leaders, underscoring the company’s commitment to maintaining the facility’s operations while investing in its long-term growth.

Following the acquisition, Fulflex operates 14 locations worldwide, including four manufacturing facilities in the United States, one manufacturing facility in the Dominican Republic, two manufacturing facilities in India, and seven sales offices and distribution centers across eight countries. The company’s global network serves customers in more than 85 countries, providing medical products and engineered polymer solutions for applications spanning medical devices, patient care, rehabilitation and personal protective equipment.

By expanding its U.S. manufacturing base with one of its largest production facilities, Fulflex is positioning itself to support increasing demand from healthcare customers while strengthening its role as a global contract manufacturing partner with enhanced capacity, operational flexibility and regional supply chain capabilities.

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Apple $30B Broadcom US Chips Deal: Supply Chain Reshoring

Apple has announced a multi-year agreement worth more than $30 billion with longtime supplier Broadcom to design and produce custom silicon components and advanced wireless connectivity technologies entirely in the United States. This commitment will result in the production of more than 15 billion US-made chips and marks the largest single pledge under Apple’s American Manufacturing Program to date.

The deal includes a $1.5 billion expansion of Broadcom’s facility in Fort Collins, Colorado, focusing on advanced radio frequency components such as FBAR filters. It directly supports Apple’s goal of building an end-to-end silicon supply chain on American soil while creating hundreds of domestic jobs.

The Landmark Broadcom Agreement

Apple and Broadcom have collaborated for decades on components that power connectivity in iPhones, Macs, and other devices. The new agreement shifts a substantial portion of production to US facilities, moving beyond previous reliance on overseas manufacturing for these specialized parts.

Under the terms, Broadcom will supply custom chips for a wide range of Apple products through 2031. This volume represents a significant scale-up from prior arrangements and positions Broadcom as a key anchor in the domestic ecosystem.

Tim Cook highlighted the partnership’s role in American manufacturing and innovation, noting the components’ importance for performance and connectivity. Hock Tan of Broadcom emphasized the shared commitment to US-based innovation and the expansion of the Fort Collins footprint.

This agreement stands out as Apple’s largest US manufacturing commitment so far within its broader investment framework. It demonstrates how anchor customers like Apple can drive supplier investments in advanced fabrication capabilities.

Industry observers note that such deals help de-risk supply chains by localizing production of components previously sourced internationally. The scale of 15 billion chips underscores the depth of Apple’s bet on domestic capacity.

Understanding Apple’s American Manufacturing Program

Apple launched its American Manufacturing Program in 2025 as part of a $600 billion four-year US investment commitment. The program incentivizes suppliers to expand or establish manufacturing operations in the United States for components used in Apple products sold globally.

Initial partners included companies such as Corning, Coherent, GlobalWafers America, Applied Materials, Texas Instruments, Samsung, GlobalFoundries, Amkor, and Broadcom. Subsequent expansions added Bosch, Cirrus Logic, and TDK for sensors and integrated circuits.

Since its launch, the program has enabled Apple to source more than 20 billion US-made chips from 24 factories across 12 states. This momentum shows measurable progress toward reducing dependence on concentrated overseas production hubs.

The initiative also includes direct hiring plans, with Apple targeting 20,000 new US roles focused on R&D, silicon engineering, software development, and AI/machine learning. These positions complement the supplier-side job creation.

Participants benefit from Apple’s purchasing power and long-term contracts, which provide the revenue certainty needed for capital-intensive facility expansions. The program explicitly aims to create an end-to-end silicon supply chain within the country.

Expansion at Broadcom’s Fort Collins Facility

Broadcom’s existing site in Fort Collins, Colorado, will undergo a $1.5 billion modernization and expansion specifically tied to the Apple agreement. The investment targets production of advanced radio frequency components essential for wireless performance.

Key outputs include FBAR filters, which enable precise signal filtering in mobile devices, and other advanced wireless connectivity technologies. These parts support the high-speed, reliable connections required in modern smartphones and wearables.

The facility expansion will create hundreds of American jobs in manufacturing, engineering, and related roles. This localized production reduces lead times and transportation risks compared to overseas sourcing.

Fort Collins benefits from Colorado’s established semiconductor ecosystem and skilled workforce. The project aligns with state-level incentives that complement federal efforts to boost domestic chipmaking.

Modernization efforts likely incorporate updated cleanroom standards and process technologies to meet Apple’s quality and volume requirements. Such upgrades can improve yields and efficiency over time.

Apple’s Broader US Investment Strategy

The Broadcom deal forms one pillar of Apple’s $600 billion US commitment spanning manufacturing, job creation, and technology development. Additional elements include server production facilities and expanded R&D centers.

Apple has exceeded early targets by sourcing substantial volumes of US-made chips and components. This approach builds resilience against disruptions from geopolitical events or natural disasters affecting single regions.

Long-term contracts with suppliers like Broadcom provide stability that encourages further private investment in US capacity. The strategy extends beyond chips to materials, sensors, and packaging.

By anchoring demand, Apple helps attract talent and capital to the domestic semiconductor sector. This creates a virtuous cycle where increased production capacity attracts more customers and suppliers.

The overall program supports Apple’s product roadmap by securing access to components tailored for features like advanced connectivity and AI processing. Secure domestic sourcing becomes particularly valuable for sensitive technologies.

TSMC’s Arizona Fabs and Apple’s Chip Sourcing

Apple is also a major customer at TSMC’s Arizona facility, with plans to purchase well over 100 million advanced chips in 2026 alone. The first fab produces 4nm process chips, with additional fabs under construction for more advanced nodes.

TSMC Arizona represents a significant step in bringing leading-edge logic manufacturing to the US. Apple’s commitment as the largest customer there helps anchor the site’s viability and expansion.

Production from Arizona complements the Broadcom RF and wireless components. Together they illustrate progress toward a more complete domestic supply chain for Apple’s silicon needs.

Challenges remain, including the need for advanced packaging capabilities that are still largely located overseas. Plans for packaging facilities at the Arizona site aim to address this gap over time.

Apple’s diversified approach—pairing TSMC Arizona with Broadcom Colorado and other partners—reduces single-point dependencies. This multi-supplier model enhances overall resilience.

The Geopolitical Drivers Behind Reshoring

Global tensions, particularly around Taiwan and China, have accelerated efforts to diversify semiconductor supply chains. Apple’s moves reflect a strategic response to risks of disruption in concentrated production regions.

US policy, including the CHIPS and Science Act and administration priorities, provides incentives and pressure for domestic investment. Apple’s announcements align with these broader national goals.

Reshoring advanced components like wireless chips helps mitigate vulnerabilities in critical technologies. Policymakers view semiconductor self-sufficiency as essential for economic and national security.

Similar pushes appear in other countries, such as South Korea’s semiconductor initiatives. South Korea’s massive semiconductor push highlights parallel global efforts to secure domestic capacity.

Apple’s strategy balances commercial interests with geopolitical realities. Long-term contracts signal commitment that encourages suppliers to invest despite higher US operating costs.

Enhancing Supply Chain Resilience in the AI Era

Explosive demand for AI hardware has intensified competition for advanced chips and components. Apple’s investments help ensure steady supply for its own AI-enabled devices and services.

Localized production of RF and connectivity chips reduces exposure to shipping delays, tariffs, or export controls. This matters for products requiring consistent high-volume availability.

The AI boom drives needs for specialized silicon, including custom accelerators and efficient wireless modules. US-based manufacturing supports faster iteration and customization.

Broader industry trends show Big Tech companies pursuing similar localization strategies. Secure supply chains become a competitive advantage in an era of rapid technological change.

Apple’s approach demonstrates how major purchasers can catalyze ecosystem development. By committing volume, the company makes US facilities economically viable for specialized production.

Economic Benefits: Jobs and Regional Development

The Broadcom expansion alone supports hundreds of new jobs in Colorado. Broader AMP efforts have already contributed to job growth across multiple states through supplier investments.

High-skill manufacturing and engineering roles in semiconductors offer strong wages and long-term career paths. These positions help revitalize regional economies with advanced industry clusters.

Apple’s direct hiring of 20,000 US employees focuses on innovation roles that complement manufacturing. Silicon engineering and AI development create high-value employment.

Indirect effects include demand for supporting services, training programs, and infrastructure. Semiconductor clusters often spur additional economic activity in surrounding areas.

Quantifiable impacts include the sourcing of over 20 billion US-made chips since the program’s start. This volume translates into sustained supplier revenues and workforce stability.

Technical Details: RF Components and Wireless Tech

FBAR filters represent a specialized technology for separating radio frequency signals with high precision. These components are critical for 5G/6G connectivity, Wi-Fi performance, and interference management in compact devices.

Advanced wireless connectivity technologies from the Fort Collins facility will support evolving standards in Apple’s product lineup. Integration with custom silicon enables optimized power efficiency and speed.

Producing these parts domestically allows tighter collaboration between Apple designers and Broadcom engineers. Proximity can accelerate development cycles for next-generation features.

The $1.5 billion investment likely funds updated equipment for higher throughput and yield improvements. Such upgrades are necessary to meet Apple’s rigorous quality standards at scale.

These components play a foundational role in device performance, often unseen by consumers but essential for reliability. Their US production strengthens the overall technology stack.

Challenges in Scaling US Semiconductor Production

US manufacturing costs remain higher than in established Asian hubs due to labor, energy, and regulatory factors. Long-term contracts help offset these differences but do not eliminate them entirely.

Building a complete ecosystem requires not only fabs but also materials suppliers, equipment makers, and packaging capabilities. Gaps persist in some upstream and downstream segments.

Talent shortages in specialized semiconductor engineering pose ongoing hurdles. Apple’s hiring plans and supplier expansions aim to address this through training and attraction programs.

Timelines for new facilities and process qualifications can span years. Rapid scaling to meet AI-driven demand requires sustained investment and policy support.

While progress is evident, full independence from global supply chains remains distant. Hybrid models combining domestic and international production will likely persist.

Lessons for Other Tech Companies

Apple’s model shows the power of large-scale, multi-year purchase commitments to drive supplier investments. Smaller firms can pursue similar strategies through consortia or government-backed initiatives.

Diversifying across multiple US locations and partners reduces risk compared to single-site reliance. The combination of TSMC Arizona and Broadcom Colorado illustrates this principle.

Engagement with federal and state incentive programs amplifies private capital. Companies evaluating reshoring should map available CHIPS Act funding and tax credits early.

Focus on high-value, specialized components yields quicker wins than attempting to replicate entire overseas ecosystems overnight. RF and wireless technologies represent one such targeted area.

Transparency in announcements, as seen with Apple’s news releases, builds stakeholder confidence and attracts further partnerships. Clear metrics like chip volumes and job numbers help track progress.

Future Implications for Global Supply Chains

Apple’s $30 billion commitment signals a lasting shift toward regionalized production for critical technologies. Other major tech firms are likely to follow with comparable announcements.

Over time, increased US capacity could influence global pricing, lead times, and innovation patterns. Domestic fabs may prioritize certain process nodes or component types.

Continued policy support will determine the pace of further expansion. Sustained incentives and trade frameworks that favor domestic sourcing will be key.

Consumers may eventually see more “Made in USA” labeling on components, though final assembly often remains international. The focus remains on securing the silicon foundation.

This trend contributes to a more distributed global semiconductor landscape, potentially improving overall system resilience against future shocks.

Practical Advice for Businesses Monitoring These Trends

Supply chain professionals should track Apple and peer announcements for signals on capacity availability and pricing trends. Early engagement with new US suppliers can secure allocations.

Companies reliant on wireless or RF components may explore partnerships with Broadcom or similar domestic players. Long-term contracts similar to Apple’s can provide stability.

Monitor TSMC Arizona output and packaging developments for opportunities in advanced logic chips. Diversification across US and allied-nation sources reduces exposure.

Invest in workforce development programs to build internal expertise in semiconductor-adjacent skills. Talent pipelines will be critical as capacity grows.

Evaluate total cost of ownership, including resilience benefits, when comparing domestic versus offshore sourcing options. Short-term premiums may deliver long-term risk mitigation.

Conclusion

Apple’s $30 billion Broadcom agreement represents a concrete advancement in US semiconductor localization. Combined with TSMC Arizona sourcing and the wider American Manufacturing Program, it builds meaningful domestic capacity for critical components.

While challenges around costs, talent, and ecosystem completeness remain, the scale of commitments demonstrates feasibility. The AI era’s demand pressures make such investments strategically timely.

Businesses across tech and manufacturing can draw lessons on using purchasing power to shape supply chains. Continued momentum will depend on sustained private and public sector alignment.

This development strengthens America’s position in a vital industry and offers a model for secure, resilient production in an interconnected world.

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Micron’s $250 Billion Semiconductor Plant: Trump Highlights Historic Investment in U.S. Manufacturing – News and Statistics

Jul 11, 2026

Liz Claman delivered a live report from Clay, New York, where Micron is developing a memory chip fabrication facility with a price tag of $250 billion.

On Friday, President Donald Trump promoted Micron Technology‘s intention to allocate $250 billion toward U.S. semiconductor production, which the firm claims will become the biggest chip manufacturing site ever built in the country.

The enterprise headquartered in Boise, Idaho, revealed on Thursday that it is speeding up its domestic manufacturing and research expenditures, targeting 40% of its DRAM memory chip output to occur within the United States.

Trump posted on Truth Social that the move exemplifies what he called the Trump Effect, asserting that his administration is cutting regulations and reviving American industry after years of obstruction by prior Democratic leadership.

Micron anticipates spending over $250 billion by 2035, fueled by rising need for memory chips amid the artificial intelligence boom. The company noted that erecting the New York plant will demand thousands of skilled laborers, offering roles for union members, apprentices, graduates of local training initiatives, specialized contractors, and suppliers.

The project achieved its initial concrete placement at the Clay, New York, location on Thursday. Micron described it as the most substantial private investment in New York state history, projected to generate 50,000 jobs across the state, including 9,000 positions directly with Micron.

Micron further stated that its semiconductor operations in Idaho and Virginia, together with the New York endeavor, are anticipated to sustain an extra 90,000 jobs while bolstering U.S. economic and national security interests.

Trump also pointed to remarks from Micron President and CEO Sanjay Mehrotra, who indicated the company is raising its planned U.S. manufacturing and research outlay from $200 billion to $250 billion. Mehrotra explained that due to Trump’s leadership and policies, Micron is progressing ahead of schedule and expanding its investment, resulting in 100,000 American jobs. He characterized this as further proof of the Trump Effect driving unprecedented private-sector investment, domestic manufacturing, and employment growth.

Commerce Secretary Howard Lutnick applauded the announcement, stating that the Trump economic approach demonstrates there has never been a more favorable moment to invest in the United States. Kelly Loeffler, head of the U.S. Small Business Administration, remarked that the $250 billion commitment represents precisely the kind of daring, American-made pledge that President Trump’s strategy was intended to unleash.

Interactive table based on the Store Companies dataset for this report.

Sort: Rank
Sort: Company A-Z
Sort: Headquarters A-Z

#
Company
Headquarters
Focus
Scale
Note

1
Micron Technology
Boise, Idaho
DRAM, NAND Flash
Global leader
Major memory IC producer

2
Intel Corporation
Santa Clara, California
3D XPoint, Optane memory
Global giant
Developed advanced memory solutions

3
Western Digital
San Jose, California
NAND Flash, SSDs
Global leader
Flash memory via SanDisk

4
Seagate Technology
Fremont, California
Storage, HDD/SSD controllers
Global leader
Memory systems and controllers

5
Microchip Technology
Chandler, Arizona
Serial memory, EEPROM
Major supplier
Broad memory portfolio

6
SkyWater Technology
Bloomington, Minnesota
Foundry, memory IP
US-based foundry
Produces memory circuits

7
Rambus
San Jose, California
Memory interface IP, chips
IP and chip provider
High-speed memory interfaces

8
Lattice Semiconductor
Hillsboro, Oregon
FPGA, embedded memory
Mid-size
Devices include on-chip memory

9
Monolithic Power Systems (MPS)
San Jose, California
Power management, memory power
Major analog
ICs for memory modules

10
Marvell Technology
Santa Clara, California
Storage controllers, memory interconnect
Global fabless
SSD and memory controller chips

11
Analog Devices (ADI)
Wilmington, Massachusetts
Analog, memory interface ICs
Global giant
ICs for memory systems

12
Texas Instruments
Dallas, Texas
Embedded memory in MCUs/SoCs
Global giant
Memory integrated in devices

13
ON Semiconductor
Phoenix, Arizona
Power management for memory
Global supplier
Supporting memory ICs

14
MaxLinear
Carlsbad, California
RF, analog, memory interface
Fabless supplier
ICs for data storage

15
Integrated Silicon Solution Inc. (ISSI)
San Jose, California
SRAM, DRAM, Flash
Acquired by Chinese firm
US HQ, now subsidiary

16
Cypress Semiconductor (Infineon)
San Jose, California
SRAM, Flash, FRAM
Acquired
Was major US memory vendor

17
Macronix America
San Jose, California
NOR Flash memory
Subsidiary
US arm of Taiwan company

18
Integrated Device Technology (IDT)
San Jose, California
Memory interface, RISC-V
Acquired by Renesas
Was US-based

19
Silicon Motion Technology
San Jose, California
NAND flash controllers
Fabless, US HQ
Taiwanese-founded, US HQ

20
Netlist
Irvine, California
Hybrid memory modules, IP
Design and IP
Memory subsystem technology

21
Vishay Intertechnology
Malvern, Pennsylvania
Discrete, memory modules
Global manufacturer
Produces memory modules

22
SMART Modular Technologies
Newark, California
Memory modules, SSDs
Module manufacturer
Designs memory products

23
Adesto Technologies (Dialog)
Santa Clara, California
Low-power memory, CBRAM
Acquired
Was innovative memory vendor

24
Everspin Technologies
Chandler, Arizona
MRAM, persistent memory
Specialist
Leading MRAM producer

25
Aehr Test Systems
Fremont, California
Test systems for memory ICs
Equipment supplier
Critical for memory production

26
Rogue Valley Microdevices
Medford, Oregon
Foundry, memory prototyping
Small foundry
US-based memory IC maker

27
Nantero
Woburn, Massachusetts
NRAM, carbon nanotube memory
Startup
Developing novel memory ICs

28
Crossbar
Santa Clara, California
ReRAM, resistive RAM
Startup
Developing advanced memory ICs

29
Mythic
Austin, Texas
AI, analog in-memory compute
Startup
Memory-based AI chips

30
Weebit Nano
San Jose, California
ReRAM, embedded memory
Startup
US HQ for Israel-based tech

This report provides a comprehensive view of the memories industry in the United States, tracking demand, supply, and trade flows across the national value chain. It explains how demand across key channels and end-use segments shapes consumption patterns, while also mapping the role of input availability, production efficiency, and regulatory standards on supply.

Beyond headline metrics, the study benchmarks prices, margins, and trade routes so you can see where value is created and how it moves between domestic suppliers and international partners. The analysis is designed to support strategic planning, market entry, portfolio prioritization, and risk management in the memories landscape in the United States.

Quick navigation

Key findings

• Domestic demand is shaped by both household and industrial usage, with trade flows linking local supply to imports and exports.
• Pricing dynamics reflect unit values, freight costs, exchange rates, and regulatory shifts that affect sourcing decisions.
• Supply depends on input availability and production efficiency, creating a distinct national cost curve.
• Market concentration varies by segment, creating different competitive landscapes and entry barriers.
• The 2035 outlook highlights where capacity investment and demand growth are most aligned within the country.

Report scope

The report combines market sizing with trade intelligence and price analytics for the United States. It covers both historical performance and the forward outlook to 2035, allowing you to compare cycles, structural shifts, and policy impacts.

• Market size and growth in value and volume terms
• Consumption structure by end-use segments
• Production capacity, output, and cost dynamics
• Trade flows, exporters, importers, and balances
• Price benchmarks, unit values, and margin signals
• Competitive context and market entry conditions

Product coverage

• Prodcom 26113023 – Multichip integrated circuits: memories
• Prodcom 26113027 – Electronic integrated circuits (excluding multichip circuits): dynamic random-access memories (D-RAMs)
• Prodcom 26113034 – Electronic integrated circuits (excluding multichip circuits): static random-access memories (S-RAMs), including cache random-access memories (cache-RAMs)
• Prodcom 26113054 – Electronic integrated circuits (excluding multichip circuits): UV erasable, programmable, read only memories (EPROMs)
• Prodcom 26113065 – Electronic integrated circuits (excluding multichip circuits): electrically erasable, programmable, read only memories (E.PROMs), including flash E.PROMs
• Prodcom 26113067 – Electronic integrated circuits (excluding multichip circuits): other memories

Country coverage

Country profile and benchmarks

This report provides a consistent view of market size, trade balance, prices, and per-capita indicators for the United States. The profile highlights demand structure and trade position, enabling benchmarking against regional and global peers.

Methodology

The analysis is built on a multi-source framework that combines official statistics, trade records, company disclosures, and expert validation. Data are standardized, reconciled, and cross-checked to ensure consistency across time series.

• International trade data (exports, imports, and mirror statistics)
• National production and consumption statistics
• Company-level information from financial filings and public releases
• Price series and unit value benchmarks
• Analyst review, outlier checks, and time-series validation

All data are normalized to a common product definition and mapped to a consistent set of codes. This ensures that comparisons across time are aligned and actionable.

Forecasts to 2035

The forecast horizon extends to 2035 and is based on a structured model that links memories demand and supply to macroeconomic indicators, trade patterns, and sector-specific drivers. The model captures both cyclical and structural factors and reflects known policy and technology shifts in the United States.

• Historical baseline: 2012-2025
• Forecast horizon: 2026-2035
• Scenario-based sensitivity to income growth, substitution, and regulation
• Capacity and investment outlook for major producing companies

Each projection is built from national historical patterns and the broader regional context, allowing the report to show where growth is concentrated and where risks are elevated.

Price analysis and trade dynamics

Prices are analyzed in detail, including export and import unit values, regional spreads, and changes in trade costs. The report highlights how seasonality, freight rates, exchange rates, and supply disruptions influence pricing and margins.

• Price benchmarks by country and sub-region
• Export and import unit value trends
• Seasonality and calendar effects in trade flows
• Price outlook to 2035 under baseline assumptions

Profiles of market participants

Key producers, exporters, and distributors are profiled with a focus on their operational scale, geographic footprint, product mix, and market positioning. This helps identify competitive pressure points, partnership opportunities, and routes to differentiation.

• Business focus and production capabilities
• Geographic reach and distribution networks
• Cost structure and pricing strategy indicators
• Compliance, certification, and sustainability context

How to use this report

• Quantify domestic demand and identify the most attractive segments
• Evaluate export opportunities and prioritize target destinations
• Track price dynamics and protect margins
• Benchmark performance against leading competitors
• Build evidence-based forecasts for investment decisions

This report is designed for manufacturers, distributors, importers, wholesalers, investors, and advisors who need a clear, data-driven picture of memories dynamics in the United States.

FAQ

What is included in the memories market in the United States?

The market size aggregates consumption and trade data, presented in both value and volume terms.

How are the forecasts to 2035 built?

The projections combine historical trends with macroeconomic indicators, trade dynamics, and sector-specific drivers.

Does the report cover prices and margins?

Yes, it includes export and import unit values, regional spreads, and a pricing outlook to 2035.

Which benchmarks are included?

The report benchmarks market size, trade balance, prices, and per-capita indicators for the United States.

Can this report support market entry decisions?

Yes, it highlights demand hotspots, trade routes, pricing trends, and competitive context.

1. 1. INTRODUCTION

   Report Scope and Analytical Framing

   1. Report Description
   2. Research Methodology and the Analytical Framework
   3. Data-Driven Decisions for Your Business
   4. Glossary and Product-Specific Terms

2. 2. EXECUTIVE SUMMARY

   Concise View of Market Direction

   1. Key Findings
   2. Market Trends
   3. Strategic Implications
   4. Key Risks and Watchpoints

3. 3. DOMESTIC MARKET SIZE AND DEVELOPMENT PATH

   Market Size, Growth and Scenario Framing

   1. Market Size: Historical Data (2012-2025) and Forecast (2026-2035)
   2. Growth Outlook and Market Development Path to 2035
   3. Growth Driver Decomposition
   4. Scenario Framework and Sensitivities

4. 4. CATEGORY SCOPE, DEFINITIONS AND BOUNDARIES

   Commercial and Technical Scope

   1. What Is Included and How the Market Is Defined
   2. Market Inclusion Criteria
   3. Product / Category Definition
   4. Exclusions and Boundaries
   5. Distinction From Adjacent Products and Substitute Categories

5. 5. CATEGORY STRUCTURE, SEGMENTATION AND PRODUCT MATRIX

   How the Market Splits Into Decision-Relevant Buckets

   1. By Product Type / Configuration
   2. By Application / End Use
   3. By Customer / Buyer Type
   4. By Channel / Business Model / Technology Platform
   5. Segment Attractiveness Matrix
   6. Product Matrix and Segment Growth Logic

6. 6. DOMESTIC DEMAND, CUSTOMER AND BUYER ARCHITECTURE

   Where Demand Comes From and How It Behaves

   1. Consumption / Demand: Historical Data (2012-2025) and Forecast (2026-2035)
   2. Demand by End-Use and Buyer Group
   3. Demand by Customer / Consumer Segment
   4. Purchase Criteria, Switching Logic and Adoption Barriers
   5. Replacement, Replenishment and Installed-Base Dynamics
   6. Future Demand Outlook

7. 7. DOMESTIC PRODUCTION, SUPPLY AND VALUE CHAIN

   Supply Footprint and Value Capture

   1. Production in the Country
   2. Domestic Manufacturing Footprint
   3. Capacity, Bottlenecks and Supply Risks
   4. Value Chain Logic and Margin Pools
   5. Distribution and Route-to-Market Structure

8. 8. IMPORTS, EXPORTS AND SOURCING STRUCTURE

   Trade Flows and External Dependence

   1. Exports
   2. Imports
   3. Trade Balance
   4. Import Dependence
   5. Sourcing Risks and Resilience

9. 9. PRICING, PROMOTION AND COMMERCIAL MODEL

   Price Formation and Revenue Logic

   1. Domestic Price Levels and Corridors
   2. Pricing by Segment / Specification / Channel
   3. Cost Drivers and Margin Logic
   4. Promotion, Discounting and Procurement Patterns
   5. Revenue Quality and Commercial Levers

10. 10. COMPETITIVE LANDSCAPE AND PORTFOLIO POWER

    Who Wins and Why

    1. Market Structure and Concentration
    2. Competitive Archetypes
    3. Segment-by-Segment Competitive Intensity
    4. Portfolio Breadth and Product Positioning
    5. Capability Matrix
    6. Strategic Moves, Partnerships and Expansion Signals

11. 11. DOMESTIC MARKET STRUCTURE AND CHANNEL LOGIC

    How the Domestic Market Works

    1. Core Demand Centers
    2. Local Production and Distribution Roles
    3. Channel Structure
    4. Buyer and Procurement Architecture
    5. Regional Imbalances Within the Country

12. 12. GROWTH PLAYBOOK AND MARKET ENTRY

    Commercial Entry and Scaling Priorities

    1. Where to Play
    2. How to Win
    3. Distributor / Partner / Direct Entry Options
    4. Capability Thresholds
    5. Entry Risks and Mitigation

13. 13. WHERE TO PLAY NEXT: MOST ATTRACTIVE GROWTH OPPORTUNITIES

    Where the Best Expansion Logic Sits

    1. Most Attractive Product Niches
    2. Most Attractive Customer Segments
    3. White Spaces and Unsaturated Opportunities
    4. High-Margin and Underpenetrated Pockets
    5. Most Promising Product Adjacencies

14. 14. PROFILES OF MAJOR COMPANIES

    Leading Players and Strategic Archetypes

    1. Leading Manufacturers and Suppliers
    2. Production Footprint and Capacities
    3. Product Portfolio and Segment Focus
    4. Pricing Positioning and Indicative Price Logic
    5. Channel / Distribution Strength
    6. Strategic Archetypes

15. 15. METHODOLOGY, SOURCES AND DISCLAIMER

    How the Report Was Built

    1. Modeling Logic
    2. Source Register
    3. Publications, Regulatory and Industry References
    4. Analytical Notes
    5. Disclaimer

Loading News content from Store report…

Micron Technology

Major memory IC producer

Intel Corporation

Developed advanced memory solutions

Western Digital

Flash memory via SanDisk

Seagate Technology

Memory systems and controllers

Microchip Technology

Broad memory portfolio

SkyWater Technology

Produces memory circuits

Rambus

High-speed memory interfaces

Lattice Semiconductor

Devices include on-chip memory

Monolithic Power Systems (MPS)

ICs for memory modules

Marvell Technology

SSD and memory controller chips

Analog Devices (ADI)

ICs for memory systems

Texas Instruments

Memory integrated in devices

ON Semiconductor

Supporting memory ICs

MaxLinear

ICs for data storage

Integrated Silicon Solution Inc. (ISSI)

US HQ, now subsidiary

Cypress Semiconductor (Infineon)

Was major US memory vendor

Macronix America

US arm of Taiwan company

Integrated Device Technology (IDT)

Was US-based

Silicon Motion Technology

Taiwanese-founded, US HQ

Netlist

Memory subsystem technology

Vishay Intertechnology

Produces memory modules

SMART Modular Technologies

Designs memory products

Adesto Technologies (Dialog)

Was innovative memory vendor

Everspin Technologies

Leading MRAM producer

Aehr Test Systems

Critical for memory production

Rogue Valley Microdevices

US-based memory IC maker

Nantero

Developing novel memory ICs

Crossbar

Developing advanced memory ICs

Mythic

Memory-based AI chips

Weebit Nano

US HQ for Israel-based tech

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