How Samsung and Texas Instruments made the Lone Star State the hub of U.S. chip manufacturing
On a 1,200-acre plot of land in a small town 30 miles north of Austin, Texas, South Korean giant Samsung is spending $17 billion to build a semiconductor fabrication plant.
Four hours north by car, in the city of Sherman, Texas Instruments is at the early stages of a $30 billion project, the largest new chip investment in Texas.
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It’s not by accident.
As geopolitical tension between China and Taiwan drives chipmakers to turn to the U.S. for manufacturing, Texas has emerged as the place to do business, thanks to a combination of low taxes and new subsidies.
Since the $52 billion CHIPS and Science Act was first introduced in 2020, more than 50 new U.S. semiconductor projects have been announced totaling over $210 billion. More than $61 billion of that’s in Texas, with six projects expected to create more than 8,000 jobs.
“Because we have ports, because we have access to materials, because of our low cost of doing business, we are best situated to lead this next generation of chip manufacturing,” Republican Texas Gov. Greg Abbott told CNBC in an interview in April.
In June, Abbott signed the Texas CHIPS Act into law. It set aside $1.4 billion for chip companies to manufacture in the Lone Star State and for universities willing to build related research and development centers.
Samsung, Texas Instruments, Infineon, GlobalWafers, NXP, X-FAB and Applied Materials have all ramped up Texas operations in recent months. Apple and Amazon are also designing some of their custom chips in Texas.
When it comes to new chip investments, Arizona leads with a $20 billion fab coming from Intel and a $40 billion site from Taiwan Semiconductor Manufacturing Co., the world’s top advanced chipmaker. However, Texas has the highest number of total fabs and is a close second for new investments.
CNBC visited Texas for a rare look inside the clean rooms of three huge chip fabs, getting a glimpse of the manufacturing heart of the plant, where workers don special suits to protect the tiny microchips from skin particles and dust.
Melissa Hebert, Infineon’s senior manager of Austin site projects shows CNBC’s Katie Tarasov around inside the Infineon chip fabrication plant in Austin, Texas, on June 14, 2023.
Andrew Evers
We also toured the two biggest new projects under construction in the state.
Samsung’s new plant in the town of Taylor is scheduled to come online next year. It will be the location of Samsung’s first advanced chips produced in the U.S, but it’s not the company’s first foray in the state.
Samsung came to Texas in 1996, breaking ground on a big fab in Austin that’s now used entirely for foundry, making logic chips for outside customers. The company opened a second fab there in 2007.
“Our customers love to come to Texas,” said Jon Taylor, Samsung’s corporate vice president of fab engineering. “It’s equidistant from either coast and we know that some of the world’s most prominent fabless companies are actually in the United States.”
With the new facility near Austin, it will “increase their ability to source their chips domestically and not have to go into areas of the world where they may have some discomfort,” Taylor said.
Texas Instruments’ fab in Sherman, a town of 45,000 people 60 miles north of Dallas, is an even bigger investment. And it adds to the company’s legacy in Sherman, which dates back to a separate facility in 1966.
“Texas Instruments went a long way in putting Sherman on the map,” said David Plyler, the city’s mayor, adding that the new fab represents “a huge investment in our community.”
Plyler said Sherman’s “entire tax base was around $4 billion.”
Texas Instruments was founded in 1930 as Geophysical Service Inc., adopting its current name in 1951. Seven years after that, an engineer at the company named Jack Kilby filed for a patent for the integrated circuit. That invention opened up the possibility of miniaturizing chips by creating the entire circuit, not just the transistors, out of silicon.
Texas Instruments went on to design products like the first handheld electronic calculator in 1967, and is still known for graphing calculators that are used in classrooms around the world.
“It is very much so the calculator company to much of the world, but we are so much more than that,” said Kyle Flessner, senior vice president of Texas Instruments’ technology and manufacturing group. “If you have an electronic device, you almost certainly have a TI semiconductor chip inside of it. So we have 80,000 products that ship out to 100,000 different customers.”
Flessner said the company’s technology is in “about anything that you can plug into a wall or that has a cord in it.”
CNBC interviewed Flessner at Texas Instruments’ RFAB2 fab in Richardson, Texas, a suburb just north of Dallas. The plant came online in September and marks the company’s second plant in Richardson, where Texas Instruments plans to manufacture a combined 100 million analog chips per day.
Water and power
Texas Instruments’ $17 billion chip fab project in Sherman, Texas, on June 15, 2023.
Andrew Evers
Flessner also took us to the construction site in Sherman. Among the major draws there, he said, were water and power. Local lawmakers in the past have purchased water rights at the nearby Lake Texoma, which hovers over the Texas-Oklahoma border and is one of the largest reservoirs in the country.
“We have plenty of water, which is gold currency for cities and economic development right now,” Plyler said.
Making chips takes billions of gallons of water each year. Texas Instruments isn’t the only company taking advantage of the area.
GlobalWafers, based in Taiwan, is expanding in Sherman, with plans to spend $5 billion on the biggest silicon wafer factory in the U.S., producing the bare discs on which chips are made.
Meanwhile, about a quarter of the state remains in drought, leaving businesses vulnerable to a rapidly changing climate.
“We have the Texas Water Board that’s working on that and legislation that we’re working on this session to make sure that with a growing population in Texas, we will be able to provide for the water needs, not just of businesses, but also for our growing population,” said Abbott.
Texas Instruments and Samsung are both increasing water reuse goals at their new facilities.
Then there’s the power requirements. Each of the advanced chip-etching extreme ultraviolet (EUV) lithography machines that Samsung will use in Taylor is rated to consume about 1 megawatt of electricity, or 10% more than the previous generation.
Texas has a uniquely independent grid that largely cuts it off from borrowing power across state lines. In 2021, that grid failed during an extreme winter storm, leaving millions of Texans without power and causing at least 57 deaths.
“I already signed 12 laws to make the power grid more reliable, more resilient and more secure,” Abbott said. “We can definitely assure any business moving here they will have access to the power they need, but also at a low cost.”
Samsung, Infineon and NXP were forced to shut down their Austin fabs temporarily during the blackout in February 2021. Samsung, Infineon and others have since switched entirely to renewable power.
‘Texas is spacious’
Samsung is building a $17 billion chip fab on 1,200 acres in Taylor, Texas, 30 miles north of Austin. Construction site shown here on April 21, 2023.
Katie Brigham
Since the early days of Silicon Valley, the cost of making smaller and smaller transistors has skyrocketed, along with the size of the machines and amount of land needed for manufacturing. Texas has long been famous for plentiful land and policies that are favorable to new businesses.
“Texas is spacious, it’s huge, and then it has great support for ease of business,” said Jinman Han, the head of Samsung’s U.S. chip business. “At the same time we are having great support from our local governments in Texas, even from the Texas governor himself.”
Texas is one of only a handful of states with no income tax. Combine that with sales tax exemptions on manufacturing machinery and a variety of other tax waivers, and it’s understandable why Caterpillar, Charles Schwab, Hewlett-Packard and Oracle have all relocated their headquarters to Texas in recent years.
Germany’s Infineon, one of the world’s biggest providers of automotive chips, has been in the U.S. for 25 years and makes many of its semiconductors in Austin.
“The number of chips in an automotive, in an EV, in automotive in general is drastically increasing,” said Melissa Hebert, Infineon’s senior manager of Austin site projects. “And all the connectivity, everything communicating within the car, around the car is increasing the chip content in every vehicle.”
In 2020, Infineon expanded manufacturing in Texas, buying Cypress Semiconductor for about $10 billion.
“With the support we’ve had from the state legislature and then also the federal support in this industry, Texas continues to be a hub for where we can build this manufacturing,” said Hebert, before taking us inside Infineon’s clean room.
NXP Semiconductors, which is based in the Netherlands, also has two fabs in Austin and recently made plans for a $2.6 billion expansion that would add an additional four-story fab.
X-FAB, a chip company that’s been in Texas for more than two decades, recently announced a $200 million expansion of its silicon carbide fab in north Texas.
Suppliers are following.
“When you start bringing in a fab like that, you need to build the ecosystem,” said Samsung’s Taylor. “There’s a lot of discussion these days about onshoring supply chains.”
Of the $17 billion price tag for Samsung’s fab in Taylor, $11 billion is going to machinery and equipment. Texas Instruments said such tools will account for at least 65% of its new fab costs in Sherman, including the $200 million EUV lithography machines made by ASML, which has offices in Dallas and Austin.
The world’s next biggest provider of semiconductor equipment, Applied Materials, has been in Austin since 1992.
The boom in fab development in the U.S. comes as some major chip companies face a slowdown amid economic uncertainty. Intel, the third-biggest advanced chipmaker, aims to cut costs by up to $10 billion over the next three years, and is selling its 61-acre Austin research hub.
Samsung reported dismal first-quarter earnings in April and cut production of memory chips in response to falling prices. But it’s pouring more money into the foundry side of its business, making logic chips in Texas, and has plans to expand at its new facility near Austin.
“We have 1,200 acres and that first factory is taking up about 250 acres of it,” Taylor said. “So we have room to expand.”
Similarly, Texas Instruments is going big on fabs even after earlier this year reporting its first sales decline since 2020.
“We’re in the relatively early stages, but we are making tremendous progress towards having production out of this facility in 2025,” Flessner said.
Tesla robotics development rival Apptronik announced a $350 million Series A funding round Thursday morning to scale the production of artificial intelligence-powered humanoid robots.
The funding round was co-led by B Capital and Capital Factory, and included backing from Google, CEO Jeff Cardenas said in an exclusive Squawk Box interview Thursday.
Apptronik, a Texas-based robotics developer founded in 2016, previously raised $28 million and is currently working on deploying what the company calls a “groundbreaking” humanoid robot designed for industrial work named Apollo.
Jeff Cardenas, Apptronik Apollo and Yemi A.D. at the Featured Session: Robotic Renaissance: The Dawn of Humanoid Innovation as part of SXSW 2024 Conference and Festivals held at the Hilton Austin on March 14, 2024 in Austin, Texas. (
Mike Jordan | Sxsw Conference & Festivals | Getty Images
“What’s happening in robotics is robots, with the power of AI, are becoming much more versatile,” Cardenas said. “Now we’re getting these robots out into the world in a pretty big way and scaling them up and going from industry and into the home in the future.”
The new funding will allow the company to scale its robot development to potentially address applications like manufacturing and healthcare. The robots will be trained separately from humans on repetitive tasks, Cardenas said, before they begin integrating into human life.
Apptronik has partnered with NASA and NVIDIA as it works on iterations of robots that rival those of Elon Musk’s Tesla. The company has developed 15 robotic systems, including NASA’s humanoid robot Valkyrie.
“The target price is for these robots to be less than the price of a car, so we’ve been working over the years, we’re on our ninth iteration of human robot,” Cardenas said. “These robots are going to get much more affordable over time.”
The company is also working with Google DeepMind to work on developing the AI driving the robotics technology.
The Tesla Bot humanoid robot of Tesla ”Optimus” is displayed at the 2023 World Artificial Intelligence Conference in Shanghai, China, July 6, 2023.
Costfoto | Nurphoto | Getty Images
Tesla has also moved into the fast-evolving humanoid robotics industry with the Tesla Optimus robot. According to Goldman Sachs, the global market for humanoid robots could reach $38 billion by 2035.
“I think we’re right there in the race,” Cardenas said. “I think what this round represents is that our investors are really backing us and think that we have a real shot at winning this race.”
Technology
Prenuvo adds new health tests to flagship full-body scan, raises $120 million in fresh funding
Prenuvo’s clinic in New York City, New York.
Courtesy of Prenuvo
Preventative health startup Prenuvo on Thursday announced it will offer three new health assessments in addition to its flagship full-body MRI scan.
The company is launching a detailed blood test, neurological scan and body composition analysis that was approved by the U.S. Food and Drug Administration in recent weeks. Prenuvo said it wants to give customers an accurate picture of their health, and that its patients have been asking for more.
“They have come to the understanding and realization that the health system is not serving their needs as it relates to keeping them healthy,” Prenuvo CEO Andrew Lacy told CNBC in an interview. “Consumers are increasingly looking for alternate solutions so they can stay on top of their health.”
Prenuvo exploded in popularity because of its $2,500 full-body MRI scan that has been lauded by celebrities like Kim Kardashian. The company can check for hundreds of conditions like cancer, multiple sclerosis and aneurysms once its custom, FDA-approved MRI machines scan a person’s body in an hour.
The full-body scan and the new blood test, neurological scan and body composition report will be packaged together and offered to customers for $3,999, Lacy said.
Prenuvo MRI machine
Courtesy of Prenuvo
Prenuvo has surpassed 110,000 members, and the company generated $100 million in revenue last year. It owns and operates 17 clinics across North America and plans to expand to 15 more locations in the coming months, including sites in Europe and Australia, Lacy said.
Lacy said Prenuvo has grown quickly but is profitable.
Prenuvo has faced criticism for its steep prices, and some medical experts have warned that the scans aren’t meant to replace targeted screenings and could cause patients to seek out unnecessary care.
Investors are bullish anyway.
The company announced Thursday that it closed a $120 million funding round, co-led by Left Lane Capital, Forerunner Ventures and its existing investor, Felicis. Prenuvo will use its fresh financing to support its product expansion, its push into new regions and explore applications for artificial intelligence.
A competing full-body MRI startup Ezra announced a $21 million funding round last February.
Prenuvo has the largest repository of whole-body MRI imaging in the world, Lacy said, which means there are lots of opportunities for the company to build models that make its exams more accurate and its 80 board-certified radiologists more efficient.
The company’s new body composition analysis, which is called the Prenuvo Body Composition report, uses AI to assess the volume and symmetry of muscles and the distribution of fat in the abdomen. Lacy said muscle size and distribution is a leading indicator of mobility, and fat distribution can affect risk of metabolic disease and cardiovascular disease.
“This is really, really important information for patients who are looking to proactively manage their health,” Lacy said.
Patients will not need to undergo any additional imaging for the Prenuvo Body Composition report.
Prenuvo MRI machine
Courtesy of Prenuvo
Prenuvo’s new brain health scan is also imaging based, and it gives patients a glimpse into their cognitive health and function, the company said. The scan uses neurological sequences that Prenuvo developed in-house to assess blood flow, the brain’s microvascular structure and identify any repetitive trauma from activity like sports.
It requires an additional 10 minutes of imaging, and the sequences are already FDA approved, Lacy said.
The blood assessment is new territory for the company, and it will check patients’ biomarkers to provide insights into hormonal, cardiovascular, metabolic and immune health. Lacy said the test could help detect leukemia, a blood cancer that can’t be identified with imaging, for instance.
“Blood and imaging together is just incredibly powerful,” Lacy said. “It’s not a case of one plus one equals two, it’s one plus one equals five.”
Initially, a phlebotomist, a person who is trained to draw blood, will come to patients’ homes to collect the blood sample, Prenuvo said. The company also plans to draw blood inside its facilities eventually, but Lacy wants to provide a premium experience that is as calming and comfortable as possible.
Patients can access the new assessments at Prenuvo’s Silicon Valley, Los Angeles and New York locations starting Thursday. Additional locations will offer the tests this spring, the company said.
“No one is going to care about your health more than you do,” Lacy said. “When you diagnose things early, it’s empowering. You can do something about it.”
Watch: John Hancock CEO talks collaboration with Prenuvo and focus on longevity
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