Infineon Technologies AG · XETR:IFX
Infineon Technologies — Technical Presentation (August 2021)
15 slides from Infineon Technologies's technical presentation, Aug 30, 2021
Slide 1: Dependable Solutions for Future Mobility and Zonal E/E Architectures
Dependable Solutions for Future Mobility and Zonal E/E Architectures
Slide 2: The future car is fully connected and always online
The future car is fully connected and always online. It requires artificial intelligence and a dependable system of electronics to drive autonomously The future car links the real world with the digital world and ensures safer and more efficient roads Value addition and optimized use of resources Co
Slide 3: Challenges reach far beyond AI computing
Challenges reach far beyond AI computing and include the high availability and the implementation of all required AD* functions Control loop Challenges Computational Challenges: › Accuracy of probability-based AI › Data capture and availability › Complex edge cases and scenarios › Advanced sensor te
Slide 4: Autonomous driving functions require highly available systems
Autonomous driving functions require highly available systems which require dependable electronics High Availability | Ensure high availability beyond critical operations; a safe and secure system, that operates in all conditions Fail-Operational | Mitigate potentially hazardous effects by ensuring
Slide 5: High availability is required across all systems and functions of the vehicle
High availability is required for and across all systems and functions of the vehicle Sense Interpret & decide Act Dependable Sensors Dependable Computing Dependable Actuators driving domain central gateway controller specialized sensor fusion sensor processor decision making Dependable Memory Secur
Slide 6: Increasing functionalities drive the need for dependable electronics
In addition to high availability, the increasing number of functionalities drive the need for dependable electronics High availability Increasing functionalities Dependable systems Dependable systems › …not only avoid and › … are also key to enable mitigate potentially the implementation of more haz
Slide 7: Zonal E/E architectures will enable more functionalities in the car
In the future, zonal E/E architectures will enable the implementation of more functionalities in the car Domain Architecture Mixed Domain/Zone Architecture Zonal Architecture Telematics Central Car Computer Gateway Full Car Computer Vehicle Info- ADAS motion Body tainment control Domains: ADAS, vehi
Slide 8: Zone architecture reduces system complexity
Zone architecture reduces system complexity - dependable solutions enable needed system requirements resulting from zonal architectures System complexity increases with the level of automation System complexity drivers › Trend towards autonomous driving › Central computing and HW/ SW decoupling Zona
Slide 9: We deliver dependable electronics enabling autonomous systems
We deliver dependable electronics enabling autonomous systems and their required E/E architectures Secure dependable systems, which always sense, always compute, always act, are always connected, are always powered! Dependable Dependable Dependable Dependable Dependable Actuation Computing Power Sen
Slide 10: Autonomous systems push microcontrollers to be safe, secure and smart
Autonomous systems push microcontrollers to be safe, secure and smart Autonomous System Design Autonomous System Description Dependable Solution › The goal is ensure secure sensor data is Required key features of microcontrollers AD Sensors Radar/Camera/Lidar Endpoint used to determine create a safe
Slide 11: Fail operational power net architectures become decentralized
Fail operational power net architectures become decentralized and require semiconductor based Intelligent Power Devices Decentralized power distribution PD functional architecture Dependable Solution Zone E/E Architecture Always powered fail-operational approach Required key features of safety eleme
Slide 12: System understanding is critical to enable highly available systems
System understanding is critical to enable these highly available systems and architectures Environment Safe Autonomous Vehicle Dependable systems Trust Dependable Dependable Dependable Dependable Dependable Technology Dependable subsystems Actuation Computing Communication Sensing Power ECUs and Mo
Slide 13: Think Automotive Dependability. Think Infineon.
Think Automotive Dependability. Think Infineon. › The future car is fully connected and always online and requires artificial intelligence to drive autonomously › Major challenges are changes in the E/E Architecture and the high availability to enable autonomous driving › Dependable and innovative e
Slide 14: We deliver dependable electronics which enable systems that are the foundation for trust
Summary We deliver dependable electronics which enable systems that are the foundation for trust. 2021-08-30 Copyright © Infineon Technologies AG 2021. All rights reserved. 14
Slide 15: Cinfineon
Cinfineon Part of your life. Part of tomorrow.
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