The automotive industry is changing faster and faster as the world moves towards a future of pure electric vehicles. Automakers are boldly asserting that the cars of 2030 will be very different from those in showrooms today. It's only a matter of t

As TI's innovators develop new applications that help unlock new applications for TI's millimeter-wave (mmWave) radar, engineers can apply cost-effective sensor technology in a variety of scenarios, including vehicles, factories, smart homes, and more, to build a more safe world. To learn more about the price/performan……

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

The trend towards electric vehicles is set as governments around the world commit to achieving the Sustainable Development Goals and the automotive industry plans to invest more than $330 billion by 2025 to advance vehicle electrification.

Jack Kilby was promoted to head the company's fledgling semiconductor lab shortly after two years after inventing the integrated circuit (IC). It was 1961, and he was about to sign three high-profile contracts, each of which was not easy.

Our aerospace-grade power management devices help aerospace engineers power advanced on-board (airborne) computing platforms for space missions, while we make small satellites smarter, bringing artificial intelligence to autonomous spacecraft possibility.

Maybe you have done research in the TI laboratory in the university, read TI's classic electronic engineering textbooks, applied for TI samples, used software and hardware tools provided by TI, and participated in TI-supported electronic design competitions.

Looking around, our world is changing with each passing day. Smarter, safer, more connected and more energy efficient. Behind all these changes, comes from tireless innovation. Innovation and iteration, continuous breakthroughs, make technology smaller, more efficient, more reliable, and more affordable. TI is alway……