Automotive radar
Increase safety in vehicles with sensing, communication and power technologies that enable automotive radar for any architecture
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Our radar application advantages
Comprehensive portfolio
From radar integrated circuits for ultra-short-range applications to high-performance SoCs and transceivers, we enable cost- and power-optimized automotive radar applications
Accelerated time to market
Software compatibility across the mmWave radar portfolio, pin-to-pin device compatibility and application-related reference designs make it easy to start designs and get to market faster
Support and training
Rely on our expertise throughout every step of your design process through the TI E2E™ design support forums and online trainings such as TI Radar Academy
Enabling secure sensing and data transmission
Providing radar devices for every need
Our portfolio of highly reliable automotive radar devices range from high-resolution, high-performance analog front ends and integrated SoCs to low-power, low-cost radar chips. Our devices enable scalable ADAS, helping achieve vehicle autonomy levels and compliance with global New Car Assessment Program regulations.
Key benefits:
- Extensive portfolio of radar chips for your application.
- Software compatibility for accelerated time to market.
- Cascadable front ends offer scalability and flexibility while optimizing for cost.
- Devices optimized for edge and satellite radar system architectures.
- Offerings for 60 and 77GHz frequency bands to comply with worldwide regulations.
Are you ready for the emerging automotive radar satellite architecture?
Enabling satellite architecture with AWR2544 radar sensors
Reliable and secure data transmission
Higher levels of vehicle autonomy require more radar sensors around the vehicle, which means that automakers need to handle the transmission of all that data. Our portfolio of high-bandwidth communication products enable reliable and safe data transmission throughout the vehicle.
Featured products for efficient communication
Efficient, low-noise and cost-effective power management
Our portfolio of power-management integrated circuits (PMICs) for radar include integrated buck regulators that help reduce inductor and output capacitor size, improve transient and thermal performance, and reduce radar system size and cost. Learn how our technologies can help you meet radar specifications and maintain power density in the design process.
Featured products for power efficiency
Enabling safer and more secure device systems
Functional safety and security are essential considerations in today’s automotive systems. Many of our radar devices are International Organization for Standardization 26262-compliant and Automotive Safety Integrity Level (ASIL) B-certified. Our PMIC portfolio for radar helps your designs achieve ASIL B or C, including integrated fault monitoring and protection, without the need for external monitors and watchdog integrated circuits – thus saving both solution cost and size. With functional safety documents (failure-in-time rate, failure modes effects and diagnostic analysis, functional safety manuals), our PMICs help simplify the overall functional safety design process.
Design Guide for Functional Safety Compliant Systems using mmWave Radar Sensors
Enabling Functional Safety in Radar Sensors
Design & development resources
High-end corner radar reference design
The TIDA-01027 reference design provides a foundation for corner radar applications to meet NCAP R79 safety requirements using the AWR2944 evaluation module (EVM). The design allows users to estimate and track the position (in the azimuthal plane) and velocity of objects in device field of view (...)
Two-device mmWave cascade reference design for automotive 4D imaging radar
Automotive RFCMOS 77GHz radar module reference design with object data output over dual CAN FD
Featured products
Dan, a pioneer in millimeter wave radar applications, has a vision for the future of sensing technology. She's a pioneer in cascaded mmWave sensors – high-resolution image sensors that help vehicles detect objects far ahead with better clarity – and is passionate about developing algorithms for new mmWave applications.