Domain Controller for ADAS & Autonomous Driving
Safety system monitoring solutions with scalable microcontrollers complementing PMIC and safety-centric memory solutions
To enable Advanced Driver Assistance Systems (ADAS) and Autonomous Driving (AD) functions, modern cars are fitted with a growing number of sensors such as radar, camera, ultrasonic and lidar. However, each sensor alone has its limitations and cannot solely provide all the necessary information about the surroundings for making crucial safety decisions. By fusing data from various sensors using a domain controller, a complete model of the environment can be generated to enable ADAS and autonomous driving features.
As the number and complexity of such sensors grow with increasing levels of autonomy and ADAS functions, performance requirements multiply and highest safety and security standards are required to be met. Discover our wide portfolio of dependable products suitable for ADAS and AD domain controller applications ranging from ASIL-D microcontrollers and radar chips to power components and much more.
Turn to Infineon for leading-edge solutions
Infineon offers you a broad portfolio of high-performance semiconductor solutions for sensor fusion applications. Discover, for example, the AURIX™ domain controller for autonomous driving that
- Creates a comprehensive environmental model by fusing various sensors in and around the car
- Computes the best driving strategy for maximum driver safety and convenience
- Makes decisions and triggers actuators in the car
Designed to meet the highest safety and security standards, the AURIX™ microcontroller family provides the robust performance for safety-critical autonomous driving applications. Moreover, AURIX™ forms a safe and secure hub to support strategic decisions and communicate with the actuator systems within the car. Whatever enhanced ADAS function you design, you are certain to find the right semiconductor solution from Infineon.
System benefits
- Enables the sensor data fusion of several environmental sensors such as radar, camera, ultrasonic and lidar
- Enhanced ADAS functions, such as cross traffic assist and autonomous obstacle avoidance, require the data from more than one sensor and the corresponding sensor fusion
- Since the system can make critical, autonomous decisions, safety and security implementation is a must and is supported by Infineon’s high-performance AURIX™ microcontroller
- AURIX™ combined with the TLF35584 safety power supply and a dedicated processor enables new and enhanced ADAS features