Electrification. Driver-assist technologies. Whatever your automotive design challenge, our analog and embedded processing products, design resources and easy sourcing and purchasing help you deliver innovation faster and prepare for the road ahead.

Why TI for automotive?

Deliver continuous innovation
Product longevity and assurance of supply
Accelerate design time

Putting you in the driver's seat

Streamline your ISO 26262 certification

Efficiently achieve ISO 26262 safety system certification by using TI Functional Safety-Compliant analog and embedded processing products, documentation and resources. Our products adhere to accredited development processes to help you achieve the highest Automotive Safety Integrity Level (ASIL) and Safety Integrity Level  (SIL) that your design requires.

Changing customer preferences fuel higher levels of autonomous driving and driver assistance systems.

Enable safer and improved driving experience with advanced sensing technologies.

Accelerating vehicle electrification and fueling new technology development to meet global environmental goals.

Drive sustainable electric vehicle innovation and maximize driving range while making EVs more affordable.

Decoupling hardware and software architecture to enable software driven optimization of features and performance.

Stay ahead of consumer needs with over-the-air (OTA) updates.

Simplify your supply chain and get to production faster

Simplify your supply chain with our high-quality and reliable semiconductors, documentation and Production Part Approval Process (PPAP). From RoHS to material content to FIT estimates and more, our data download tool gives you a quick and efficient way to gather the environmental, reliability and packaging information that you need. 

Take your automotive design to production faster with our Production Part Approval Process (PPAP) tool. Easy access to levels 1-4 industry-standard PPAP documentation for all AEC-Q100-qualified TI products released to market on TI.com.

Semiconductors are helping auto manufacturers remove barriers, lower costs, reduce complexity and meet safety requirements to create the vehicle of the future. As we work together to drive automotive innovation forward, collaboration between semiconductor suppliers, system engineers and automakers will be vital to accelerate time to market and meet ever-evolving regulatory demands.

– Keith Ogboenyiya | Texas Instruments Senior vice-president of marketing