The global semiconductor industry is undergoing a monumental transformation, driven by geopolitical shifts, supply chain vulnerabilities, and an insatiable demand for electronics. Against this backdrop, Texas Instruments (TI), a company with a rich history rooted in innovation, is embarking on an ambitious $60 billion expansion. This massive investment aims to significantly boost its domestic chip manufacturing capabilities, primarily focusing on analog and embedded chips. The accompanying video offers a compelling look inside TI’s newest facilities, showcasing the scale and strategic intent behind this significant wager on U.S. soil.
TI’s monumental commitment, officially announced in July, involves the construction of seven new semiconductor fabrication plants (fabs) across the United States. Four of these are slated for Sherman, Texas, one near Dallas, and two in Lehi, Utah. This aggressive build-out is projected to increase TI’s manufacturing capacity by more than fivefold, eventually producing hundreds of millions of chips every day.
Reshoring the Silicon Supply Chain: A Strategic Imperative
The decision by Texas Instruments to invest so heavily in domestic manufacturing is not isolated; it reflects a broader industry trend toward strengthening national semiconductor supply chains. Recent disruptions, such as the 2020 chip shortage that severely impacted the auto and industrial sectors, highlighted the fragility of relying heavily on overseas production. Major players like Apple have already committed to making critical foundational chips for products like iPhones at TI’s new fabs, reinforcing the drive to create an end-to-end silicon supply chain within America.
Government Incentives and Geopolitical Winds
This push for domestic production is significantly bolstered by federal and state incentives. The U.S. government’s CHIPS and Science Act of 2022 provides substantial financial support, with Texas Instruments alone receiving $1.6 billion in funding. Furthermore, a generous 35% investment tax credit under the act incentivizes companies that break ground on fabs before the end of 2026. State-level support from Governor Greg Abbott in Texas, offering tax liability offsets and water rate discounts, also played a crucial role in TI’s decision to expand in Sherman. This blend of federal and state incentives aims to mitigate the higher costs often associated with U.S. manufacturing compared to some international locations.
The geopolitical landscape further complicates global supply chains. Concerns about potential tariffs, such as Trump’s promise of a 100% tariff on chips from companies not manufacturing in the U.S., create uncertainty. While some industry analysts, like Stacy Rasgon, suggest a “pull forward” of demand as customers stockpile in anticipation of tariffs, others, such as Timothy Arcuri, position TI as a “tariff winner.” This perspective suggests that domestically produced chips would gain a cost advantage over those manufactured by competitors using overseas foundries, particularly in regions like Taiwan.
TI’s Niche: Analog and Embedded Semiconductors
While companies like TSMC and Samsung dominate headlines with their cutting-edge two and three-nanometer chips, Texas Instruments occupies a different yet equally crucial segment of the semiconductor market. TI specializes in analog and embedded chips, which are manufactured on what are considered “legacy nodes” — typically ranging from 45 to 130 nanometers. Mohammad Yunus, who oversees TI’s technology development and global manufacturing, highlights that these legacy nodes provide the “sweet spot” for performance, power efficiency, and voltage requirements for their diverse product portfolio.
The Advantage of 300 Millimeter Wafers
A key aspect of TI’s strategy is its aggressive transition to 300-millimeter (mm) wafer manufacturing. While some competitors in the analog space still rely on 200mm wafers, TI is making a significant shift. A 300mm wafer yields approximately 2.3 times more chips than a 200mm wafer, leading to substantial cost efficiencies. This approach allows TI to manufacture “lagging edge” technology on “leading edge” 300mm fabs, creating a significant cost advantage that few other companies can match at scale. This focus enables TI to sell billions of chips annually, albeit at a lower per-unit cost (around 40 cents) compared to high-end CPUs or GPUs that can cost tens of thousands of dollars.
These affordable, critical components are ubiquitous, found in everything from smartphones and cars to data centers powering generative AI. Key customers include industry giants like Apple, Nvidia, Ford, Medtronic, and SpaceX. In fact, TI is partnering with Nvidia to develop new chips that drive efficiency in power-hungry data centers, showcasing the vital supporting role TI’s components play even in the most advanced AI systems.
Operationalizing the Mega-Fabs: Inside SM1
The scale of TI’s investment is perhaps best understood by an inside look at one of its new facilities, such as the SM1 fab in Sherman, Texas. Two years ago, SM1 was merely a concrete shell. Today, it stands as a fully built, operational facility in its qualification phase, preparing for full production by the end of the year.
Entering the fab requires strict cleanroom protocols, with personnel donning “bunny suits” to prevent contamination of the ultra-precise chip-making environment. Inside, complex machinery and an extensive automated track spanning over 15 miles transport wafers through various stages. Mike Haggerty, a veteran with 16 years at TI, demonstrated tools like the Chemical Mechanical Polish (CMP), which are integral to the chip-making process. These tools are incredibly efficient, processing hundreds of wafers every hour, transforming designs into tangible reality on silicon.
Water, Power, and Talent: Navigating Infrastructure Challenges
Establishing such massive manufacturing operations in Texas comes with unique infrastructure challenges, particularly concerning water and electricity. Chip manufacturing is notoriously water-intensive; a single fully built-out factory like SM1 could consume around 1,700 gallons of water per minute. To mitigate this, TI is targeting an initial recycling rate of at least 50%, with aspirations to reach up to 80% at this facility. Sherman, Texas, benefits from its water rights and proximity to Lake Texoma, providing a crucial local resource.
Power consumption is another significant factor. While 300mm manufacturing inherently improves energy efficiency, producing 2.2 to 2.3 times more chips for roughly the same energy input, the overall demand remains high. TI’s SM1 factory is committed to being powered by 100% renewable energy when in full production. Furthermore, learning from past events like the 2021 Texas grid failure, TI has built in extensive redundancies for its facilities, including multiple transmission lines, large diesel storage tanks, and generators capable of powering the site for several days.
Securing a highly skilled workforce is equally vital. The dramatic decline in U.S. global semiconductor manufacturing share over the past three decades has strained the talent pipeline for analog engineers. To address this, Texas Instruments projects to create 60,000 U.S. jobs and is actively partnering with universities and military programs for skilled workforce development. This initiative aims to cultivate the talent necessary to sustain the rapid growth of domestic Texas Instruments semiconductor manufacturing.
Exploring TI’s $60 Billion Bet on Affordable U.S. Chips: Q&A
What is Texas Instruments doing with its $60 billion investment?
Texas Instruments is investing $60 billion to build new factories and significantly increase its chip manufacturing capabilities within the United States.
Why is Texas Instruments building new chip factories in the U.S.?
They are doing this to strengthen the U.S. supply chain for chips, reduce reliance on overseas production, and benefit from government support.
What kind of chips does Texas Instruments mainly produce with this expansion?
Texas Instruments specializes in manufacturing analog and embedded chips, which are essential components found in a wide variety of electronic devices.
What is the CHIPS Act and how does it relate to Texas Instruments’ plans?
The CHIPS Act is a U.S. government initiative providing financial support and tax credits to encourage domestic semiconductor manufacturing. This act helps Texas Instruments by partially funding its new U.S. factories.