Company blog

Advanced driver assistance systems (ADAS) are expanding to more mainstream vehicles. Our Jacinto™ 7 processor platform is helping fuel the technology shift, enabling manufacturers to create better ADAS technology and automotive gateway systems that act as communication hubs.

Multiple sensing and processing technologies are enabling a new wave of last-mile delivery service on college campuses – automated, wheeled robots. But automated delivery could mean much more on a global scale, improving urban congestion and air quality.

Since learning about her son’s rare disease, Batten, Gina Hann has been on a nonstop journey to bring hope to other families dealing with a similar diagnosis and to make gene therapy for rare diseases more accessible.

Data moves at almost the speed of light, but groceries don't. As the spread of high-speed internet renders information transmission ever-faster, the efficiency of the necessary physical transactions involved in buying and selling goods has lagged behind. That's about to change.

Smart headlights may soon brighten America’s roads and safety prospects. Using pixelated light sources, sensors, cameras and sophisticated software to direct a vehicle's high beams, the headlights provide the optimal light for every driving condition, while eliminating blinding glare.

The TI Robotics System Learning Kit family – with the TI-RSLK MAX being its newest addition – is a low-cost robotics kit and curriculum for the university classroom that is simple to build, code and test with solderless assembly. 

On Sept. 12, 1958, Jack Kilby presented his invention: An electronic oscillator formed from a small slice of the semiconductor material germanium. The first integrated circuit was born, bringing with it the exponential growth of the electronics industry and the spread of electronic devices throughout every aspect of our lives.

Jacob Day took a five-year break from his career as an analog design engineer at our company to teach students that the best way to learn engineering is through trial and error.  “The educational system tends to teach kids to solve problems based on a recipe that leads to a single, correct solution," he said. “But the real world isn't like that. There’s more than one right answer.”