Dallas, Texas, is at the center of a modern technological revolution and is a key hub for the global semiconductor industry. The Dallas Fort Worth Metroplex is much more than just a group of corporate headquarters. It is a center of advanced manufacturing, research and design that turns silicon into the brains of our digital world. The region is important for making the chips that power everything from smartphones and electric cars to defense systems and medical devices. It has big fabrication plants in its suburbs and innovation hubs in its business parks. This concentration of knowledge makes North Texas not only a player but also a leader in one of the world’s most strategically important and technically difficult industries.
The importance of semiconductor manufacturing in Dallas goes far beyond the local and national economy. These facilities cost billions of dollars to build, create thousands of high-skilled engineering and technical jobs and support a giant network of suppliers and service providers. In a time when chip shortages can stop production lines all over the world, the manufacturing that takes place in and around Dallas is a key part of the United States’ supply chain resilience. The presence of the industry pushes forward new ideas in related fields like materials science, robotics and artificial intelligence. This keeps the region at the forefront of the next wave of technological progress. Semiconductors are not just another industry for Dallas; they are a key part of what makes it a tech city in the 21st century.
The planned growth of semiconductor manufacturing in North Texas
The semiconductor industry in North Texas is going through a historic period of growth and strategic investment, thanks to both economic and national factors. The CHIPS and Science Act is a major catalyst. It is a federal law that aims to improve semiconductor manufacturing, research and national security in the U.S. This act has opened up record levels of public and private investment, with Texas being one of the biggest beneficiaries because of its business friendly climate, strong infrastructure and skilled tech workforce. Businesses are not only adding to their existing sites; they are also starting to build brand new, cutting edge fabs that will set the standard for the next generation of chipmaking.
Furthermore, the constant need for chips in all areas, from the rise of AI and 5G to the electrification of everything, means that the US needs to make a lot more chips at home. Dallas’s central location, with major interstate highways and the international logistics hub of DFW Airport, makes it very easy to supply the whole country. This growth is creating a virtuous cycle: new fabs draw in skilled workers, which in turn draws in more suppliers and research and development centers, further solidifying the region’s status. The expansion is also focused on advanced process nodes and specialized analog/power chips, which are areas where Texas-based companies are the best in the world. This strategic positioning makes sure that Dallas’s role as a manufacturer will be important for many years to come.
The Top 5 Semiconductor Fabrication Companies in Dallas
The list below shows five of the most important companies in the Dallas-Fort Worth area that make semiconductors in person. These companies are the heart of the local manufacturing ecosystem. They range from global giants with multiple fabs to specialized leaders in important niche technologies.
- Texas Instruments Incorporated
- GlobalFoundries
- NXP Semiconductors
- Infineon Technologies
- STMicroelectronics
1. Texas Instruments Incorporated
Texas Instruments is the clear leader in the semiconductor industry in Dallas and around the world. TI is based in Dallas and makes a wide range of analog and embedded processing chips that are essential parts of almost all electronic devices. Its chips handle power, connect with sensors, boost signals and let control systems work in the automotive, industrial, personal electronics and communications markets. TI’s huge manufacturing presence in the U.S. shows that its integrated device manufacturer model works, since it controls the whole process from research to silicon.
Contact Details & Background
- Official Website: https://www.ti.com/
- Corporate Headquarters: 12500 TI Boulevard, Dallas, TX 75243
- Key Local Fabs: RFAB & RFAB2 (Richardson), DMOS6 (Dallas) and the monumental new Sherman campus (under construction).
- Founding Year: 1930 (incorporated 1951)
- Local Employee Strength: Over 10,000 in the Dallas area across multiple sites.
Awards and Honors
TI is always one of the top semiconductor companies in the world when it comes to sales. It has won many awards for its great engineering, being a good corporate citizen and having a good workplace culture. For instance, it consistently ranks among the top employers in Dallas and leads the industry in environmental sustainability.
Important Features of Manufacturing
- Analog & Embedded Focus: World leader in high-volume manufacturing of analog and mixed-signal semiconductors.
- Vertical integration means that a leading IDM has a lot of internal manufacturing capacity, which gives them control and reliability over the supply chain.
- Historic & Cutting-Edge Fabs: Operates some of the industry’s most advanced 300mm wafer fabs for analog (RFAB) and is building one of the largest semiconductor manufacturing campuses in the U.S. in Sherman, TX.
- Long-Term Capacity Investment: Committed to expanding its manufacturing footprint to support customer demand for decades, with a focus on strategic internal growth.
Industry Standing and Effect
TI is seen as a model of manufacturing excellence and a leader in the industry. The company’s choice to build next-generation fabs in North Texas is a huge vote of confidence in the area’s infrastructure and pool of skilled workers. Customers and partners see TI as a dependable, long-term supplier that is essential to making electronics around the world.
2. GlobalFoundries
GlobalFoundries is one of the best specialty semiconductor foundries in the world. They design, develop and make chips for a wide range of customers. GF has a big and important advanced manufacturing and technology development center in Allen, Texas, which is a suburb of Dallas. Its main U.S. factory is in Malta, New York. This The main goal of the facility is to create and boost the production of GF’s latest radio-frequency and analog/mixed-signal technologies, which are essential for 5G, automotive radar, and
Contact Details & Background
- Official Website: https://gf.com/
- Allen Fab Location: 3500 North Star Road, Allen, TX 75002
- Founding Year: 2009
- Local Employee Strength: Hundreds of engineers, technicians and support staff at the Allen technology campus.
Awards and Honors
GF is an important partner in U.S. government efforts to ensure a steady supply of semiconductors. The company is known for its cutting edge work in specialty process technologies, especially in RF silicon on insulator (SOI) and FDX™ platforms.
Important Features of Manufacturing
- The pure-play foundry model makes chips that other companies design (fabless companies like Qualcomm, AMD, etc.), making it a key supplier to the tech ecosystem around the world.
- Specialty Technology Leader: Instead of competing in cutting-edge logic, they focus on making chips for applications that need a lot of features and connectivity, which gives them a high-value niche.
- Advanced Development Hub: The Allen site is very important for developing, qualifying and starting production on new nodes before moving to other GF fabs for mass production.
- Strategic U.S. Presence: A key part of the country’s manufacturing base for specialized semiconductors that are important for defense and critical infrastructure.
Industry Standing and Effect
Clients value GF as a flexible and creative manufacturing partner that lets them bring unique products to market without having to pay for a fab. The Allen facility is a center of excellence in the company’s global network and it directly enhances the Dallas area’s reputation for cutting-edge research and development in semiconductor processes.
3. NXP Semiconductors
NXP Semiconductors is the world’s leading provider of secure connectivity solutions for embedded applications and they have a giant presence in Texas. NXP has its main office and a major design center in Austin, but it also has two important wafer fabrication facilities in the Dallas Metroplex: one in Oak Hill and a bigger, more advanced fab in Richardson. These fabs are crucial for making NXP’s specialized chips for the automotive, industrial and Internet of Things (IoT) markets. These chips include microcontrollers, radar processors and secure elements.
Contact Details & Background
- Official Website: https://www.nxp.com/
- Texas Fabs: Oak Hill Fab (Austin) and Richardson Fab (Dallas area).
- U.S. Headquarters: Austin, TX
- Founding Year: 2006 (spun off from Philips)
- Local Employee Strength: Several thousand across Texas, with hundreds dedicated to fab operations in Richardson.
Awards and Honors
NXP is always at the top of the list of semiconductor suppliers to the global automotive market and it is known for being a leader in edge processing and security. Its fabs meet the highest standards for quality in the automotive industry.
Important Features of Manufacturing
- Automotive Semiconductor Powerhouse: Our local fabs produce chips essential for advanced driver-assistance systems (ADAS), electrification and networking within vehicles.
- Mixed-Signal and Power Manufacturing: We know how to put digital, analog and power management functions on the same chip so that it can be used in real-world situations.
- High-Reliability Focus: We design our manufacturing processes to meet the high standards of quality, safety and durability set by the automotive and industrial sectors.
- The Strategic Texas Cluster benefits from and adds to the Austin-Dallas corridor’s dense network of semiconductor talent and supply.
Industry Standing & Impact
Almost all major car companies need NXP as a partner. Its investment in local manufacturing capacity makes sure that chips, which are essential for modern vehicles, are always available. The business is a key part of the advanced manufacturing community in North Texas.
4. Infineon Technologies
Infineon Technologies is a world leader in power systems and the Internet of Things (IoT). The company has a large and growing presence in the Dallas-Fort Worth area. Infineon’s presence in Texas is crucial to its business, even though most of its wafer fabrication in the U.S. takes place at its facility in Villach, Austria and through partners. The company has a big design, application engineering and sales center in Dallas that supports its main markets. Infineon’s purchase of Cypress Semiconductor in 2020 also brought a silicon carbide (SiC) wafer fab in Allen, Texas, into the company. This was Infineon’s first step into advanced manufacturing for next-generation power semiconductors in the US.
Contact Details & Background
- Official Website: https://www.infineon.com/
- Dallas Office: 6550 Chase Oaks Blvd, Plano, TX 75023
- Allen SiC Fab: Part of the former Cypress Semiconductor campus.
- Founding Year: 1999 (spun off from Siemens)
- Local Employee Strength: Several hundred in the DFW area across engineering, sales and fab operations.
Awards and Honors
Infineon is the world’s top maker of power semiconductors. It has been praised for its work on silicon carbide technology, which is crucial for electric cars and renewable energy systems.
Important Features of Manufacturing
- Power Semiconductor Authority: The best at IGBTs and MOSFETs for power conversion and they are putting more money into wide-bandgap materials like silicon carbide (SiC).
- Strategic Acquisition for Manufacturing: The Allen SiC fab provides a crucial beachhead for manufacturing next-gen power chips in the U.S., aligning with trends in electrification.
- Design and Systems Expertise: The teams in the Dallas area work on making complete system solutions for customers in the automotive, industrial and IoT fields. They do this by closely linking design and manufacturing Commitment to Electrification: The company’s products and investments in local manufacturing are directly linked to the global move toward electric cars and better use of energy.
Industry Standing and Effect
People see Infineon as a leader in technology, especially when it comes to power electronics, which is a field that changes quickly. Its technical center in Dallas is a key place for customers to interact with the company and its Allen fab makes it possible for the company to supply the efficient SiC chips that will be needed for America’s electric vehicle future.
5. STMicroelectronics
STMicroelectronics is a world leader in semiconductors and serves customers in all kinds of electronics applications. ST has a large and important presence in the United States, with its state of the art 300 mm wafer fab in Richardson, Texas, as its main manufacturing hub. This state-of-the-art facility, built in partnership with Samsung, is focused on making chips for ST’s most important growth areas, such as FD-SOI-based technologies for the Internet of Things (IoT), cars and industry.
Contact Details & Background
- Official Website: https://www.st.com/
- Richardson Fab Location: 1300 E. Arapaho Rd, Richardson, TX 75081
- Americas Headquarters: Coppell, TX
- Founding Year: 1987 (from merger of SGS Microelettronica and Thomson Semiconducteurs)
- Local Employee Strength: Hundreds of engineers, technicians and operational staff at the Richardson fab and Coppell headquarters.
Awards and Honors
ST is one of the top ten semiconductor companies in the world and is well-known for its work on MEMS sensors, power and energy management and FD-SOI technology. ST’s commitment to environmental sustainability has earned it high marks in industry rankings.
Important Features of Manufacturing
- Advanced FD-SOI Manufacturing: The Richardson fab is where ST makes its unique FD-SOI platform, which gives smart, connected devices the best performance, power efficiency and integration.
- Joint Venture Model: The fab started out as a partnership with Samsung, which shows how working together can help share the huge costs and risks of making advanced semiconductors.
- Smart Power and MEMS Integration: We are experts at combining power, analog and digital functions, as well as micro-electromechanical systems (MEMS), into system-on-chip solutions.
- Strategic U.S. Advanced Node Presence: This is an important part of the U.S. semiconductor manufacturing capacity that is not cutting-edge but very advanced.
Companies that manufacture smart, energy-efficient systems view ST as a reliable and innovative partner. The Richardson fab is a strategic asset because it gives regional customers access to advanced, specialized manufacturing technology and strengthens Texas’s position in the global semiconductor supply chain.
The semiconductor manufacturing scene in Dallas is more than just a bunch of factories; it’s a living, interconnected and strategically important ecosystem. Texas Instruments, GlobalFoundries, NXP Semiconductors, Infineon Technologies and STMicroelectronics are five companies that show how strong this ecosystem is in different ways. TI is the best at analog technology and has the biggest factories. GF specializes in foundry services, NXP focuses on cars, Infineon makes power technology and ST makes advanced FD-SOI. Each company has a unique and important role to play. Together, they constitute the industrial backbone that makes Dallas the real capital of semiconductors.
This foundation is ready for growth over the next few generations. The CHIPS Act, constant demand for technology and strategic location advantages are all driving an unprecedented wave of investment in new fabrication capacity in North Texas. This expansion will protect the region’s economic future, create tens of thousands of high-value jobs and make national and global technology supply chains stronger. Dallas is a great place for businesses, talent and investors because it is where the silicon that powers the modern world is not only designed but also made on a large scale. It has a history of innovation and a clear plan for the future.
