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.
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ADAS
Electrification
Software-Defined Vehicles
Enabling a safer, more automated driving experience
[ PORTAL PAGE ]
We are helping automakers achieve their vision for a collision-free future. Explore our extensive catalog of ICs, reference designs and supporting content to help you design efficient ADAS functionality for any vehicle.
Inside Tomorrow’s SDVs: Integrating Remote-Controlled Edge Nodes
[ WHITE PAPER ]
Read our white paper to learn how remote-controlled edge nodes differ from traditional edge nodes and the different design considerations for implementing remote-controlled edge nodes in centralized SDV architectures.
High-voltage battery management system pyro-fuse driver design
[ REFERENCE DESIGN ]
The battery junction box of EVs protects the battery from excessive currents, permanent damage, or thermal runaway. This reference design demonstrates how to build an automotive-grade, functional safety-compliant singular dual-squib driver design.
Designing Safer, Smarter and More Connected Battery Management Systems
[ WHITE PAPER ]
This paper examines trends that are changing the structure of hybrid electric vehicle (HEV) and EV powertrains and how the technologies within battery management system (BMS) are shifting to support the requirements of safer, smarter vehicles.
Powering next-generation ADAS processors with TI Functional Safety-Compliant buck regulators
[ TECHNICAL ARTICLE ]
The rapid evolution of advanced driver assistance systems increases the complexity and demand for real-time data processing. Learn how TI is addressing the resulting power management challenges.
Low-power in-cabin sensing design
[ REFERENCE DESIGN ]
This low-power, small form factor reference design is based on AWRL6432, TI's single-chip 60GHz automotive radar sensor and is targeted for in-cabin sensing applications like child presence detection (CPD) and intruder detection (ID).
An Introduction to Automotive Lidar
[ WHITE PAPER ]
As vehicles are becoming more autonomous, lidar is emerging as an important sensing technology. Learn about the advantages of lidar and recent innovations making it smaller and more affordable.
How a Zone Architecture Paves the Way to a Fully Software-Defined Vehicle
[ WHITE PAPER ]
Take a look into the transition to software-defined vehicles and how moving to a zone architecture addresses power distribution, sensor and actuator and data communication challenges.
Paving the way for the 48V in automotive
[ PORTAL PAGE ]
The transition from 12V to 48V in the automotive market unlocks opportunities to enhance vehicle features, improve drive range and fuel efficiency, and reduce wire harness cost and weight. Learn how TI's intelligent and scalable solutions enable a seamless transition to 48V architectures.
Smarter power distribution: Shaping the future of automotive technology
[ WHITE PAPER ]
Read this white paper to learn how the emergence of zone architectures, 48V systems and other trends has enabled smarter, safer, more optimized power distribution in vehicles.
Enhancing automated parking applications with VinFast and TI
[ VIDEO ]
Watch to see the automated parking from Vinfast and how the system’s high-detection rate is powered by advanced camera inputs using TI processors. The advanced obstactle detection...
At the wheel with TI: trends in vehicle autonomy
[ VIDEO ]
NCAP and R79 regulations are standardizing emergency braking and backup cameras in more economical classes of vehicles. While semiconductors have been in cars for decades, hear from our experts in how TI is helping to proliferate enhanced safety, convenience and comfort...
Looking for the future of autonomous driving? It’s in your car today
[ BLOG ]
Read to learn how today’s semiconductors are powering the current and future landscape of autonomous driving.
BAW clocks: A better FIT for ADAS
[ TECHNICAL ARTICLE ]
Learn how BAW clocks are redefining ADAS designs with precise timing and superior reliability across any vehicle architecture.
Lidar leaps forward: Enabling more precise, longer-range detection
[ TECHNICAL ARTICLE ]
Read how innovative lidar technology helps vehicles autonomously detect objects quicker and more accurately.
The importance of hardware emulation when developing a next-generation automotive BMS
[ TECHNICAL ARTICLE ]
Implement zone architectures to optimize power distribution and vehicle networking, which are critical functions for software-defined vehicles.
48V Automotive Systems: Why Now?
[ WHITE PAPER ]
In recent conversations with auto manufacturers, 48V low-voltage rail has come up frequently. But why now ? 48V systems aren’t new. They’ve helped improve efficiency and performance in mild hybrid electric vehicles (MHEVs) for years.
Automotive 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.
Software-Defined Vehicles Shift the Future of Automotive Electronics Into Gear
[ 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...
Bringing 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...
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Enabling a safer, more automated driving experience
[ PORTAL PAGE ]
We are helping automakers achieve their vision for a collision-free future. Explore our extensive catalog of ICs, reference designs and supporting content to help you design efficient ADAS functionality for any vehicle.
Powering next-generation ADAS processors with TI Functional Safety-Compliant buck regulators
[ TECHNICAL ARTICLE ]
The rapid evolution of advanced driver assistance systems increases the complexity and demand for real-time data processing. Learn how TI is addressing the resulting power management challenges.
Low-power in-cabin sensing design
[ REFERENCE DESIGN ]
This low-power, small form factor reference design is based on AWRL6432, TI's single-chip 60GHz automotive radar sensor and is targeted for in-cabin sensing applications like child presence detection (CPD) and intruder detection (ID).
An Introduction to Automotive Lidar
[ WHITE PAPER ]
As vehicles are becoming more autonomous, lidar is emerging as an important sensing technology. Learn about the advantages of lidar and recent innovations making it smaller and more affordable.
Enhancing automated parking applications with VinFast and TI
[ VIDEO ]
Watch to see the automated parking from Vinfast and how the system’s high-detection rate is powered by advanced camera inputs using TI processors. The advanced obstactle detection...
At the wheel with TI: trends in vehicle autonomy
[ VIDEO ]
NCAP and R79 regulations are standardizing emergency braking and backup cameras in more economical classes of vehicles. While semiconductors have been in cars for decades, hear from our experts in how TI is helping to proliferate enhanced safety, convenience and comfort...
Looking for the future of autonomous driving? It’s in your car today
[ BLOG ]
Read to learn how today’s semiconductors are powering the current and future landscape of autonomous driving.
BAW clocks: A better FIT for ADAS
[ TECHNICAL ARTICLE ]
Learn how BAW clocks are redefining ADAS designs with precise timing and superior reliability across any vehicle architecture.
Lidar leaps forward: Enabling more precise, longer-range detection
[ TECHNICAL ARTICLE ]
Read how innovative lidar technology helps vehicles autonomously detect objects quicker and more accurately.
High-voltage battery management system pyro-fuse driver design
[ REFERENCE DESIGN ]
The battery junction box of EVs protects the battery from excessive currents, permanent damage, or thermal runaway. This reference design demonstrates how to build an automotive-grade, functional safety-compliant singular dual-squib driver design.
Designing Safer, Smarter and More Connected Battery Management Systems
[ WHITE PAPER ]
This paper examines trends that are changing the structure of hybrid electric vehicle (HEV) and EV powertrains and how the technologies within battery management system (BMS) are shifting to support the requirements of safer, smarter vehicles.
Paving the way for the 48V in automotive
[ PORTAL PAGE ]
The transition from 12V to 48V in the automotive market unlocks opportunities to enhance vehicle features, improve drive range and fuel efficiency, and reduce wire harness cost and weight. Learn how TI's intelligent and scalable solutions enable a seamless transition to 48V architectures.
Smarter power distribution: Shaping the future of automotive technology
[ WHITE PAPER ]
Read this white paper to learn how the emergence of zone architectures, 48V systems and other trends has enabled smarter, safer, more optimized power distribution in vehicles.
48V Automotive Systems: Why Now?
[ WHITE PAPER ]
In recent conversations with auto manufacturers, 48V low-voltage rail has come up frequently. But why now ? 48V systems aren’t new. They’ve helped improve efficiency and performance in mild hybrid electric vehicles (MHEVs) for years.
Inside Tomorrow’s SDVs: Integrating Remote-Controlled Edge Nodes
[ WHITE PAPER ]
Read our white paper to learn how remote-controlled edge nodes differ from traditional edge nodes and the different design considerations for implementing remote-controlled edge nodes in centralized SDV architectures.
How a Zone Architecture Paves the Way to a Fully Software-Defined Vehicle
[ WHITE PAPER ]
Take a look into the transition to software-defined vehicles and how moving to a zone architecture addresses power distribution, sensor and actuator and data communication challenges.
Automotive 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.
Software-Defined Vehicles Shift the Future of Automotive Electronics Into Gear
[ 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...
Bringing 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...