E/E ARCHITECTURE, BACKBONES & GATEWAYS
Providing a balanced look at Low, Mid and High-Speed (Ethernet)-BUS
Die internationale Konferenz für die Automobilindustrie behandelt ergänzend zum Thema Ethernet ebenfalls die zukünftige Entwicklung von konservativen BUS Systemen und deren Architektur im Gesamtfahrzeug. Vorträge von OEMs als auch Tier1s zeigen gewinnbringende Lösungen für die E/E Architektur.
It is debatable whether Ethernet will substitute for conventional BUS Systems in the future. As ADAS and vehicle communication requirements increase with regard to their quantity and technical complexity within the transport industry, new and better solutions will be paramount. It is therefore important to discuss in particular, the on-going process of BUS Systems and Ethernet in regard to their combined architecture, BUS System improvements, Ethernet as substitute, cyber security and E-Mobility solutions. Here are some examples we would like to discuss:
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Discover BUS system architecture requirements from several OEMs
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Understand cost efficient domain architectures, backbones in Ethernet and conventional BUS systems
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Validate timing behaviour and network load of OEM’s Ethernet networks
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Find out about the challenges your peers face in E-Mobility communication
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Learn about BUS compatibility and the role of Autosar Release 4.1.1.
Please have a look into the brochure and discover topics dealing with the following backgroung of BUS solutions:
DAY ONE:
- 1. BMW AG: Overview of BUS Systems + Ethernet
- 2. Robert Bosch GmbH: Change drivers for high performance architecture
- 3. Daimler: Modelling of Ethernet networks
- 4. BMW AG: Communication protocols for Ethernet
- 5. Adam Opel AG, Robert Bosch GmbH & GM: Scenarios & use cases for CAN-FD
- 6. Continental AG: Drivers and use cases of low speed BUS systems
- 7. RWE Effizienz GmbH: Vehicle to Grid Connectivity and use cases for EV
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- 8. University of Luxembourg: Verification of automotive networks
DAY TWO:
- 1. OEM: BUS Systems, Ethernet & Autosar
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- 2. Continental AG: Future design of IPv6
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- 3. TÜV SÜD: Functional safety & security in future BUS systems
- 4. Siemens AG: Changing E/E concepts and use cases
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- 5. EADS: Lessons learned from the aviation industry
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- 6. Ruetz System Solutions: Ethernet architecture: Scope of OEMs and Tier1s
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- 7. Fraunhofer ESK: Test setup and further test-requirements
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- 8. AIT: Network standards in the automotive industry
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