Company blog

Around the world, our company and TIers are carrying forward a legacy of innovation and impact by investing in programs and partnerships that are building girls’ STEM confidence to help shape the future

The U.S. CHIPS and Science Act and semiconductor investments in Texas will help build a more resilient and state-of-the-art semiconductor supply chain for now and the future

Celebrating 25 years since the first time DLP Cinema® technology debuted, DLP product innovators at our company reflect on digital cinema technology and its future

A global team of TIers persisted through challenges to develop the new MagPack™ packaging technology for power modules, a breakthrough that will help advance the future of power design

How a young problem-solver with a passion for music grew his career from intern to leader of our Analog Audio business

The leader of our Analog Signal Chain business discusses how general-purpose analog ICs are crucial for electronic designs

Rich and Mary Templeton have given two gifts totaling $91 million to their alma mater, Union College, to transform its engineering, computer science and liberal arts programs and help recruit more women into technology careers

How the design trend of zone architecture improves automotive communication

Why 45- to 130-nanometer process nodes matter

From helping refugees resettle into new homes to removing barriers to education for students, our employees are coming together to build stronger communities

Learn about our collaboration with NASA and industry leaders in developing radiation-hardened, plastic packaging for space electronics, known as QML Class P, to power missions with size, weight and power in mind

As demand for battery-powered applications continues to grow rapidly, low-I_Q technologies can help extend battery life without compromising system performance

Semiconductor innovations in battery systems are leading to energy storage adoption

Our company’s $9 million investment will help students in the Alpine School District become tomorrow’s innovators

From bumper to bumper and roof to wheels, there is more innovative, efficient semiconductor technology in cars than ever before

The leader of our Worldwide Environmental, Safety and Health team shares our company’s long history of environmental sustainability and how we’re reducing our environmental impact

Once a vision of the future, robots are helping humans become more productive, efficient and safe in almost any setting

Technology that measures temperature, current and voltage can help accelerate the transition from fossil fuels to renewable energy sources

The networking architecture of today’s factories is continuously evolving, unlocking better efficiency, safety and sustainability

Innovations in processors and software are making edge intelligence simpler and more accessible, and its broad implementation closer

His resume is unconventional – shepherd, camel herder, refugee and university student – but Hassan is now on the cusp of a new career as an electrical engineer and hopes to one day share his expertise to make an impact in his community in Chad

Technology that captures, converts and distributes energy effectively and efficiently will enable the shift from fossil fuels to renewable energy sources and help create a sustainable future

Fern Yoon, a leader in automotive systems, is passionate about paving the road ahead for women engineers and the future of vehicle electrification

We’re expanding our assembly and test operations in Kuala Lumpur and Melaka, Malaysia, as part of our long-term strategy to provide greater assurance of supply and support our customers’ needs

Innovations in low-noise and precision technologies are contributing to the vast performance improvements of sensitive medical, test and measurement, and electric vehicle battery-management systems

Andy Smith, leader of our Giving and Volunteering team and executive director of the TI Foundation, discusses how the philanthropic spirit is ingrained in TI’s culture, how we’re strengthening communities where we live and work, and what giving back means to him personally

Analog and embedded processing products are enabling electrification through smarter, reliable and more accessible solar, energy storage and electric-vehicle charging systems

An engineer from our wafer fab in Lehi, Utah, earned our Community Impact Award for demonstrating our company values and working toward broader, sustainable solutions for those without homes

Technology that’s making the future of embedded possible is transforming smart homes, cities, factories and vehicles, optimizing everyday electronics and unlocking new ways to create a better world

Gallium nitride is replacing silicon in a growing list of applications that require greater power density and energy efficiency

Take vehicle safety to the next level with integrated and connected communications protocols

The leader of our automotive power design services team discusses how he’s leading the Applied Power Electronics Conference and making it more accessible and why he’s excited about creating the future of automotive

Since our company’s founding more than 90 years ago, we’ve been committed to strengthening the communities where we work and call home. “We’re engrained and embedded in our communities,”...

As advancements in autonomy multiply the number of cameras and sensors on vehicles, drones, robots and more, a purely electrically driven method can help keep them all clean

As electrification becomes more common, semiconductor innovations enable us to interact with electric vehicles, renewable energy sources and other high-voltage systems safely and reliably

Current CEO Rich Templeton continues as chairman of the board

Semiconductor technology is powering electric vehicles through the innovation curve, eliminating barriers to EV adoption and enabling automakers to design affordable cars that consumers love

LFAB is our second 300-mm fab to start production in 2022, about one year after our company purchased the facility

As smart, connected devices become more integrated into our everyday lives, the Matter wireless connectivity protocol aims to unify the fragmented Internet of Things ecosystem

As rising demands are pushing electric grids to their limits, vehicle-to-grid (V2G) bidirectional charging can help smooth out peak capacity

Kyle Flessner, who leads our Technology and Manufacturing Group, discusses TI’s plans to expand internal manufacturing capacity for the long term

Innovative semiconductor design and packaging technologies are improving efficiencies in data centers as server power demands increase

We’re building the next era of semiconductor manufacturing to support the future growth in electronics

Step on the pedal of a modern electric vehicle (EV) and you’re rewarded with quick, smooth acceleration. Should you be satisfied? Absolutely not. And you don’t have to be, because higher...

How an ice storm in Kansas sparked Jack Kilby’s interest in electronics, fueling his work to develop the first integrated circuit

Innovations in isolation pave the way for more sophisticated electric vehicles, more intelligent factory sensors and robots, and more reliable medical devices

Enabled by semiconductor technology, vehicle-to-grid (V2G) bidirectional charging can provide battery power to reinforce electric grids during peak demand and power your home when electricity is expensive or out

As the popularity of renewable energy sources increases, semiconductors can enable the efficient and safe transportation of energy to more homes, buildings and cities

NASA has released the first images from its largest and most powerful space telescope as it looks into the universe with unprecedented resolution and sensitivity

Semiconductor technology is helping maximize productivity across a range of industrial systems, from robotics to factory automation, grid, home automation and more

As ADAS technology extends to critical, time-sensitive applications – such as emergency braking, front-collision warning and avoidance, and blind-spot detection – combining data from multiple sensors enables reliable, real-time decisions for safer autonomous driving

Performance improvements in power density, electromagnetic interference, isolation, quiescent current, and noise and precision are giving designers the capabilities to push power further

Sensors in robots that mimic human vision are accelerating automation, improving reliability and safety, and making our lives easier

In our electric-vehicle future, semiconductor technology will offer grid operators more flexibility to better manage energy infrastructure

As automakers consider new EV battery chemistries, battery management systems (BMS) with advanced semiconductor technologies are more critical than ever

Dan, a pioneer in millimeter wave radar applications, has a vision for the future of sensing technology

As the world drives toward vehicle electrification, semiconductors enable automakers to optimize performance, accelerate development and make electric vehicles (EVs) more affordable for more people

A collaboration between The University of Texas at Dallas, UT Southwestern Medical Center and TI will take biomedical engineering and research to new levels

Low quiescent current is extending battery life in devices ranging from smart watches to smoke detectors

Advanced driver assistance systems make cars safer and smarter, helping carmakers achieve their vision for a collision-free future

Whether it’s preventing systematic failures or anticipating and mitigating future risk, functional safety has changed the way engineers think about designing systems

Since leaving the rice fields as a young man and advancing his career, Jinrong Qian has been driven to be creative, solve problems, and do the right thing for customers and our company

As the need grows for real-time control, intelligence and communications at the edge of electronic systems, high-performance MCUs are now providing a simple, cost-effective solution

TI DLP® technology is making high-quality 3D printing more affordable for small business owners, hobbyists and others

For Charles “Bob” Cook, a project assigned by Jack Kilby led to the development of the first integrated circuits to ever orbit the Earth – and a foundation for future space electronics

The packages that encapsulate and protect integrated circuits have become increasingly critical as electronics get smaller and more components are integrated.

Integrating powertrain systems into a compact mechanical enclosure can lead to more affordable, more efficient electric vehicles (EVs)

As consumers expect better performance out of their electronics, mitigating electromagnetic interference (EMI) becomes a bigger problem to solve

From electric vehicle charging stations to solar energy solutions, cities are becoming more efficient through technology advances like real-time control

TI’s high-reliability space-grade power-management devices are helping power the next generation of smarter, smaller satellites, enabling NASA engineers to better understand our universe

Going wireless with the next generation of battery management systems (BMS) removes heavy communications cabling from inside EVs to help improve driving range and reliability

From developing groundbreaking innovations to mentoring new TIers, Pradeep Shenoy is passionate about pushing the next generation of automotive power technology forward

From remote work to home-based education, wireless connectivity allows us to quickly adapt and stay productive

New gallium nitride (GaN) technology can help electric and hybrid-electric vehicles charge faster and drive farther

Working alongside humans, collaborative robots create operational efficiencies and unleash ingenuity

3 ways machine learning helps companies react quickly to changing circumstances

The inside story of the world’s first millimeter-wave radar system on chip, part 2

The inside story of the world’s first millimeter-wave radar system on chip, part 1

TIer Jack Kilby’s invention of the integrated circuit, plus decades of subsequent innovation, demonstrate our passion to create a better world by making electronics more affordable through semiconductors.

Our insatiable appetite for electricity brings challenges to pack more power in a smaller space, all while reducing system costs

Cost-effective, accessible technologies – sensors, wearable monitors and data – are creating new opportunities to care for the senior population.

Xiaolin’s tenacity and passion for networks improves technology and people

The inside story of the microchip that helps sync Earth's largest radio-telescope, the Square Kilometer Array

Gina Hann walked into her son’s kindergarten class wearing zebra stripes and armed with enough black-and-white snack cakes to build a small fort. It was national Rare Disease Day, and Gina, an...

We are pleased to announce TI has selected Richardson, Texas as the location for our next 300mm analog wafer fab. The decision to build a second fab in Richardson furthers our ongoing commitment...

Everything changed for TI engineers Matt and Gina Hann on March 7, when they were told to prepare for the end of their son’s life. At 5, Joseph had been diagnosed with a rare, deadly form of...