Redefining the commute: The advanced audio technology transforming your drive
[BLOG]
From surround-sound to noise cancellation, get ready for the future of automotive audio that will enhance your vehcile experience.
READ MORE
Fundamentals of
Automotive Systems
Welcome to the Automotive Design Center. Here you will find the products and resources you need to design smarter, safer vehicles. From electric to software-defined vehicles and higher levels of autonomy, whatever your automotive design challenge, our analog and embedded processing products and design resources help you deliver innovation faster and prepare for the road ahead.
Reducing in-cabin sensing complexity and cost with a single-chip 60GHz mmWave radar sensor
[TECHNICAL ARTICLE]
ETo meet consumer demands for a more comfortable, feature-rich driving experience, original equipment manufacturers (OEMs) are facing a growing challenge…
READ MOREMaximize driving range and efficiency with isolated voltage sensing
[White paper]
Help realize the goal of a net-zero emissions future with small, efficient, accurate and cost-effective power converters and motor controllers.
READ MOREZone architecture demonstration of TI technology managing eight aggregated door functions
[VIDEO]
Critical for enabling lighter, software defined vehicles, implement zone architectures enabled by TI technology to optimize power distribution and vehicle networking.
WATCH NOW3 ways software-defined vehicles will transform the automotive industry
[COMPANY BLOG]
The industry is in the early stages of SDV adoption, but its growth is momentous. Manufacturers are embracing SDV architectures, which will soon change the driving experience for consumers and the automotive industry.
READ MORE
How MCUs Built With Innovative C29 Cores Increase Real-Time Performance in High-Voltage Systems
[TECHNICAL ARTICLE]
Explore how real-time control MCUs and their C29 cores help engineers deliver increased processing capabilities and power efficiency in…
READ MORECharging ahead: How voltage sensing innovation is improving driving range and charge times for Evs
[VIDEO]
Watch how next-generation integration in isolated voltage sensing solutions help solve common design challenges in EVs.
WATCH NOWPowering next-generation ADAS processors with TI Functional Safety-Compliant buck regulators
[TECHNICAL ARTICLE]
Power and protect the next generation of SoC processors with TI’s TPS62883-Q1 stackable buck converter and LM5137-Q1 multiphase controller.
READ MOREUnlock accurate ranging with our Bluetooth® 6.0 wireless MCUs for Channel Sounding
[VIDEO]
See how our SimpleLink™ 2.4GHz CC27xx family of devices enable improved ranging technology for Channel Sounding, introduced in the Bluetooth® Core Specification version 6.0.
WATCH NOWSmart fuse high side switch controller reference design
[Reference design]
This reference design overcomes challenges commonly associated with replacing the standard melting fuse and contains many configuration options, including bidirectional current sense, that allows engineers to run a variety of tests…
READ MOREAutomotive power over data lines reference design for 100/1000Base-T1 Ethernet applications
[Reference design]
This reference design demonstrates an implementation of Power over Data Lines for automotive use cases.
READ MOREHow a zone architecture paves the way to a fully software-defined vehicle
[White paper]
Software-defined vehicles are creating new opportunities for automotive manufacturers to decrease the time and cost involved in developing new vehicles and functions, continue improving the driver experience…
READ MOREBringing you one step closer to your vision of a software-defined vehicle
[PORTAL PAGE]
The automotive industry is undergoing a software-centric transformation. With the vision towards a software-defined vehicle, automakers are redefining the vehicle’s architecture and shifting from domain to zone…
READ MOREDesigning smarter automotive systems with MSPM0 AEC-Q100 MCUs
[WEBINAR]
The growing adoption of electric and hybrid vehicles has spurred demand for compact, cost-effective embedded controllers that prioritize safety and reliability. Watch our webinar…
WATCH NOWSimplify automotive interface design with fully interoperable and EMC-compliant 3.3V CAN transceivers
[Technical article]
Vehicles are evolving to include more advanced features enhancing safety, comfort and convenience.
READ MOREAutomotive ultra-low-power precision voltage reference design
[Reference design]
The REF35-Q1 supplies up to 10 mA current with 3.3 ppm p-p noise and 20 ppm/mA load regulation. This feature set creates a strong low-noise, high-accuracy power supply for precision sensors and 12–16b data converters.
READ MOREDesigning smarter power distribution with eFuses
[VIDEO]
TI’s eFuse technology supports the most critical power distribution functions: overcurrent protection with sophisticated I2T settings, low power mode with automatic load wakeup settings, and capacitive charging modes.
WATCH NOWHow eFuses enable zone architecture
[Technical article]
Bringing you one step closer to your vision of a software-defined vehicle by redefining vehicle architecture.
READ MORESoftware-defined vehicle design resources
[portal page]
Bringing you one step closer to your vision of a software-defined vehicle by redefining vehicle architecture.
READ MOREReducing in-cabin sensing complexity and cost with a single-chip 60GHz mmWave radar sensor
[TECHNICAL ARTICLE]
ETo meet consumer demands for a more comfortable, feature-rich driving experience, original equipment manufacturers (OEMs) are facing a growing challenge…
READ MOREPowering next-generation ADAS processors with TI Functional Safety-Compliant buck regulators
[TECHNICAL ARTICLE]
Power and protect the next generation of SoC processors with TI’s TPS62883-Q1 stackable buck converter and LM5137-Q1 multiphase controller.
READ MOREUnlock accurate ranging with our Bluetooth® 6.0 wireless MCUs for Channel Sounding
[VIDEO]
See how our SimpleLink™ 2.4GHz CC27xx family of devices enable improved ranging technology for Channel Sounding, introduced in the Bluetooth® Core Specification version 6.0.
WATCH NOWSimplify automotive interface design with fully interoperable and EMC-compliant 3.3V CAN transceivers
[Technical article]
Vehicles are evolving to include more advanced features enhancing safety, comfort and convenience.
READ MOREMaximize driving range and efficiency with isolated voltage sensing
[White paper]
Help realize the goal of a net-zero emissions future with small, efficient, accurate and cost-effective power converters and motor controllers.
READ MOREHow MCUs Built With Innovative C29 Cores Increase Real-Time Performance in High-Voltage Systems
[TECHNICAL ARTICLE]
Explore how real-time control MCUs and their C29 cores help engineers deliver increased processing capabilities and power efficiency in…
READ MORECharging ahead: How voltage sensing innovation is improving driving range and charge times for Evs
[VIDEO]
Watch how next-generation integration in isolated voltage sensing solutions help solve common design challenges in EVs.
WATCH NOWSmart fuse high side switch controller reference design
[Reference design]
This reference design overcomes challenges commonly associated with replacing the standard melting fuse and contains many configuration options, including bidirectional current sense, that allows engineers to run a variety of tests…
READ MOREDesigning smarter automotive systems with MSPM0 AEC-Q100 MCUs
[WEBINAR]
The growing adoption of electric and hybrid vehicles has spurred demand for compact, cost-effective embedded controllers that prioritize safety and reliability. Watch our webinar…
WATCH NOWAutomotive ultra-low-power precision voltage reference design
[Reference design]
The REF35-Q1 supplies up to 10 mA current with 3.3 ppm p-p noise and 20 ppm/mA load regulation. This feature set creates a strong low-noise, high-accuracy power supply for precision sensors and 12–16b data converters.
READ MORERedefining the commute: The advanced audio technology transforming your drive
[BLOG]
From surround-sound to noise cancellation, get ready for the future of automotive audio that will enhance your vehcile experience.
READ MOREZone architecture demonstration of TI technology managing eight aggregated door functions
[VIDEO]
Critical for enabling lighter, software defined vehicles, implement zone architectures enabled by TI technology to optimize power distribution and vehicle networking.
WATCH NOW3 ways software-defined vehicles will transform the automotive industry
[COMPANY BLOG]
The industry is in the early stages of SDV adoption, but its growth is momentous. Manufacturers are embracing SDV architectures, which will soon change the driving experience for consumers and the automotive industry.
READ MOREAutomotive power over data lines reference design for 100/1000Base-T1 Ethernet applications
[Reference design]
This reference design demonstrates an implementation of Power over Data Lines for automotive use cases.
READ MOREHow a zone architecture paves the way to a fully software-defined vehicle
[White paper]
Software-defined vehicles are creating new opportunities for automotive manufacturers to decrease the time and cost involved in developing new vehicles and functions, continue improving the driver experience…
READ MOREBringing you one step closer to your vision of a software-defined vehicle
[PORTAL PAGE]
The automotive industry is undergoing a software-centric transformation. With the vision towards a software-defined vehicle, automakers are redefining the vehicle’s architecture and shifting from domain to zone…
READ MOREDesigning smarter power distribution with eFuses
[VIDEO]
TI’s eFuse technology supports the most critical power distribution functions: overcurrent protection with sophisticated I2T settings, low power mode with automatic load wakeup settings, and capacitive charging modes.
WATCH NOWHow eFuses enable zone architecture
[Technical article]
Bringing you one step closer to your vision of a software-defined vehicle by redefining vehicle architecture.
READ MORESoftware-defined vehicle design resources
[portal page]
Bringing you one step closer to your vision of a software-defined vehicle by redefining vehicle architecture.
READ MORE