Featured applications
- Design more reliable automotive multicamera systems with advanced networking, processing and power management
- Increase safety in vehicles with sensing, communication and power technologies that enable automotive radar for any architecture
- Meet ever-increasing demands to compute sensor and vision data in vehicles quickly, accurately and reliably
- Design advanced in-cabin monitoring systems with scalable sensing, processing, networking and power technologies.
Select an advanced driver assistance system application
Discover our design resources for ADAS. From interactive reference diagrams with subsystem product recommendations to technical white papers and trending blog posts, find your application resource here to speed up your design cycle.
Explore our ADAS by interacting with the diagram on the right.
High-performance computing
Related resources
Accelerate your development of accurate, reliable and efficient high-performance computing platforms. Our portfolio of high-performance processing and communication technologies help enhance overall vehicle safety.
Learn more about high-performance computingLidar module
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Minimize solution size while increasing performance in automotive mechanically scanned laser imaging, detection and ranging applications with our efficient power and signal-chain technologies.
Lidar moduleRelated resources
In-cabin sensing
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With new regulations and updated car assessment protocols, the demand for in-cabin sensing is increasing. Our portfolio of dedicated power, processing and communication technologies can help you design enhanced systems for driver and occupant monitoring.
Learn more about in-cabin sensingAutomotive camera
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Size, power efficiency and real-time communication are important for a sophisticated camera system. By transmitting high-resolution, uncompressed camera data and processing it in real time, our power-efficient processing and communication technologies enhance vehicle vision.
Learn more about automotive camerasAutomotive radar
Related resources
We help advance vehicle safety and accelerate autonomy by enabling the ultrashort- to long-range imaging radar applications necessary for ADAS.
Learn more about automotive radarRelated resources
Why choose TI for your driver assistance systems?
Accelerating the evolution of advanced driver assistance systems
Achieve high precision
Precision counts when you design a camera, radar or lidar system. Our broad portfolio of embedded and analog ICs, including our industry-leading, scalable automotive driver assist system-on-chip (SoCs), high-accuracy mmWave sensors and low-noise power devices can help you achieve the highest level of precision in your design.
Optimizing FPD-Link ADAS Designs for System Level ESD Immunity (Rev. B)
4D 138 virtual array imaging radar demo from Provizio and TI
DS90UB971-Q1ACTIVE
LP87725-Q1ACTIVE
Enable fast, reliable communication
As ADAS technology advances and architectures continue to evolve, communication in the vehicle needs to be safe, secure and reliable. Choose from a wide variety of dedicated communcation standards and solutions, including controller area network (CAN) bus, Ethernet, FPD-Link (a proprietary automotive SerDes protocol) and Peripheral Component Interconnect express (PCIe) bus, to meet your ADAS design needs.
How vehicle networks help keep drivers safe
Communication Protocols in Modern ADAS Architectures (Rev. A)
Enhancing the Confidentiality and Integrity of Automotive Ethernet Data Using MACsec
DS90UB971-Q1ACTIVE
Develop scalable, intelligent processing solutions
Our automotive driver assist SoCs provide industry leading scalability as a feature of our portfolio, boosting your design efficiency. Our software scales as well, is ready-to-use, and serves for a variety of analytic and visual applications. This way you can scale with TI and minimize development setbacks across your hardware designs.
Making ADAS technology more accessible in vehicles
Imaging radar ADAS demonstration from Altos and TI
ADAS: The technology driving automotive safety forward
Streamline your functional safety and cybersecurity system certification
Meet the rigorous requirements of functional safety and cybersecurity standards, such as ISO 26262 and ISO/SAE 21434, with our analog and embedded processing products. In addition to our functional safety-certified engineers and global team of cybersecurity experts, available documentation and resources such as functional safety Failures In Time (FIT) rate, Failure modes, effects, and diagnostic analysis (FMEDA), safety certificates and software diagnostics libraries help you streamline the certification process.
Streamlining Functional Safety Certification in Automotive and Industrial
Design Guide for Functional Safety Compliant Systems using mmWave Radar Sensors (Rev. A)
Foundational security enablers
TPS6594-Q1ACTIVE
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Levels of driving automation courtesy of the Society of Automotive Engineers (SAE)
The future of driving will require more than just two hands on the wheel. Level 2 of driving automation, or driver assistance, is infiltrating its way into almost every vehicle on the road. It is a second pair of eyes and hands when a driver needs it most and is critical to continuing the momentum through all levels of autonomy. Monitoring, braking and steering alongside the driver require an increased level of sensing, which comes with additional power, weight and size requirements. Let us help meet your most challenging design requirements and ensure confidence every time a driver hits the open road.