Innovative driver monitoring system
[VIDEO]
Driver monitoring can detect driver and passenger state and provide data to help make the driving experience safer. See this innovative driver monitoring solution based on low-power SoCs.
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Fundamentals of
Advanced Driver-Assistance Systems
Welcome to the Automotive Design Center. Here you will find the products and resources you need to enable a safer, more automated driving experience. Our innovative sensing, processing and communication technologies and complete reference designs can help you design advanced driver assistance applications for the next generation of smart vehicles.
Vision perception for ADAS applications
[VIDEO]
This demonstration shows how vision-based perception technology can be used in ADAS camera applications to interpret the environment and help move toward a collistion-free future.
WATCH NOW12-camera image processing for ADAS surround view
[VIDEO]
Watch this demonstration to learn how TI processing technology enables vision processing for up to 12 cameras simultaneously for smarter ADAS applications.
WATCH NOWHow automotive networks help make driving safer
[BLOG]
Automotive networks must move large amounts of sensor and image data quickly, reliably and securely throughout the vehicle. Watch the video to see examples of how ADAS protocols help enhance driver safety.
READ MOREUltrasonic lens cleaning enhances automotive camera reliability
[BLOG]
As advancements in autonomy multiply the number of cameras and sensors on vehicles, new ultrasonic lens cleaning technology can help keep them clean to improve reliability.
READ MOREAchieve higher performance at a reduced cost for automotive displays
[TECHNICAL ARTICLE]
The new DLP4620S-Q1 DMD enables high-performance headlights and augmented reality head-up display at a smaller size and reduced cost, helping you pioneer new capabilities for your designs.
READ MOREMeet Euro NCAP requirements with 60-GHz radar sensors
[TECHNICAL ARTICLE]
New 60-GHz radar sensors deliver improved accuracy and are more cost-effective than solutions such as weight sensors and camera-based alternatives, which can struggle in challenging real-world scenarios.
READ MOREThe technology driving ADAS decision-making
[BLOG]
Understand how critical, ADAS applications use sensor fusion to combine data from multiple sensors enables reliable, real-time decisions for safer driving.
READ MOREHow Radar is Displacing Traditional ADAS Technologies
[WHITE PAPER]
Read how radar sensing has evolved automotive safety and autonomy to help meet regulatory considerations.
READ MORELearning center for automotive SerDes design
[TRAINING]
Learn how to design more reliable ADAS camera applications with FPD-Link serializers and deserializers in this training series.
WATCH NOWSimplify automotive communications for modern ADAS applications
[WHITE PAPER]
Automotive communication technologies are key to advancing vehicle safety. Read the whitepaper to explore the different protocols needed to for fast and reliable data transfer.
READ MOREAchieving accurate temperature and humidity sensing in ADAS sensor modules
[TECHNICAL ARTICLE]
Accurate temperature sensors in cameras, radar and lidar can help increase their longevity, safety and reliability. This article explores the effects of temperature in automotive camera modules.
READ MOREADAS: The technology driving automotive safety forward
[BLOG]
Read how advancements in ADAS technology are leading to a safer world for drivers in this latest company blog post.
READ MORESolving design challenges in automotive camera modules
[TRAINING]
This video describes the key design challenges need to be addressed for the automotive camera modules.
WATCH NOWHow to choose a power supply for an automotive camera module
[TECHNICAL ARTICLE]
Explore three strategies to power your automotive camera module: fully discrete, fully integrated and partially integrated.
READ MOREUsing DC/DCs buck converters to power modern safety features in commercial vehicles
[TECHNICAL ARTICLE]
Learn how to complete your commercial vehicle ADAS design with a high-current DC/DC converter than can withstand the transients that are possible with a 24-V battery.
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