Advanced Driver Assistance System Platform for Audi’s zFAS
The connectivity of functions in the automobile is increasing with every new generation of vehicles with different bus systems being deployed at the same time. In addition, high requirements regarding robustness as well as the increased capability of electronics within safety-relevant areas of driving dynamics and driver assistant systems are getting more and more important. These long-term trends raise the necessity to meet standards for process conformity, quality assurance, production and development.
TTTech Automotive brings networking scalability and flexibility to automotive customers. We enable safe communication and networking – up to SIL3/ASIL D – for systems with different safety requirements according to IEC 61508 and ISO 26262. Our product range includes modular hardware and software solutions based on certified safety modules as well as effective system solutions for electric and other niche vehicles. We also develop reliable testing devices for bus systems such as FlexRay, Ethernet, MOST and CAN. Worldwide automotive companies use our solutions in commercial production programs as we are working with leading companies on safety-relevant projects, increasing reliability and efficiency in automotive applications.
For more information about our offering, projects & references and your benefits see below. If you have any enquires, find your local contact here.
September 12, 2017 - September 12-15, 2017: Join our booth # D39 in hall 4.1 during the IAA Cars 2017 in Frankfurt, Germany. We are looking forward to introducing our new modular autonomous driving offering during the event, including the highly automated driving platform RazorMotion.
August 01, 2017 - In a recently published video, Audi explains how the platform ECU zFAS works and eventually takes the driver safely where he wants to go.
July 12, 2017 - TTTech had the honour to attend the exclusive launch of the A8 during Audi's brand event show in Barcelona. We congratulate Audi on the introduction of the first series-production car capable of automated driving level 3 and offering the first electro-mechanical active suspension system.