Bringing TSN and SDN to automotive: practical networking for real-time systems
Join experts from ETAS to explore the fundamentals of TSN and SDN, including key IEEE standards and their relevance to automotive networks.
E/E Architecture
Deploying end-to-end application software on automotive ethernet switches within an AUTOSAR-inspired middleware
Join experts from ETAS to gain practical insights into deploying AUTOSAR in high-performance Ethernet switches.
Functional safety with RTA-CAR: Making the case for your AUTOSAR Classic application
Join Subash Scindia and Alexander Burn of ETAS to discover how to prove the safety of an application built on RTA-CAR-generated AUTOSAR software.
Optical Ethernet in automotive: enabling high-speed, EMI-resilient communication
Join KD’s Pablo Blázquez Patino to gain insight into the role of optical Ethernet in addressing EMI, scalability and bandwidth challenges.
Automotive gets an AI safety standard: What ISO/PAS 8800 means for you
Join Dr. Kaushik of UL Solutions to learn how the new ISO/PAS 8800 standard may impact your AI vehicle development activities.
Practical insights into optimizing AUTOSAR multi-core distributions
Join experts from ETAS to find out how to implement proven strategies to ensure scalable, cost-effective BSW development.
Navigating the future of automotive architecture: overcoming challenges with advanced microcontroller solutions
Join NXP’s David Vieira to discover how the architecture of a microcontroller solution like the new S32K5 can help accelerate software-defined vehicle development.
Ensuring software-defined vehicle infrastructure safety
Join UL Solutions’ Pete Brink to gain insight into the SDV infrastructure and the requirements and expectations that go into it to satisfy safety functionality.
Breaking the cybersecurity barrier: securing High-Performance Computers in next-gen vehicle architectures
Experts from AVL and PlaxidityX discuss how to employ advanced strategies to outsmart automotive cybersecurity attackers before they strike.
Software-defined vehicle architectures with remote-controlled hardware
Join experts from NXP and Jaguar Land Rover to gain insight into the architectural transformation pioneered by OEMs like JLR towards a fully software-defined vehicle.
Fail-operational systems: The key to safe and reliable software-defined vehicles
Elektrobit’s Lucian Badescu explains why fail-operational systems are a real game-changer and how to achieve their requirement for guaranteed continuous and reliable operation.
Data-oriented architecture for software-defined vehicles
RTI’s Rajive Joshi explains how a data-oriented architecture using the DDS standard can reduce the cost of vehicle software development and maintenance.
Automotive E/E Architecture series part three – Zone Controllers
Murata experts explain how to overcome challenges in the development of high-performance computers and zonal controllers, with a specific focus on timing devices, inductors and capacitors.
Enabling scalable and adaptable zonal and central SDV architectures
Kernkonzept’s Adam Lackorzynski and Jan Klötzke explain how to enable scalable and adaptable zonal and central software-defined vehicle architectures.
Elevating vehicle development using validated virtual models
Join Alejandro García Osorio from Applus+ IDIADA and Francesco Ambrogi from VI-grade for an insightful webinar on how parametric virtual models in VI-CarRealTime can change your approach to vehicle development.
Automotive E/E Architecture series part two – Cockpit Domain Controller
Murata’s Dr Jens Adams and Thomas Widmer explain how to overcome IVI and CDC development challenges, focusing on communication modules and timing devices.
Transforming in-vehicle and V2X communication in SDVs with Zetta Auto
TTTech Auto and ZettaScale experts present innovative protocols that are transforming automotive systems by supporting real-time, data-centric communication, V2X readiness, and AUTOSAR integration.
Software-defined vehicle – zonal architecture to connected cloud
Experts from Quest Global, Marelli Electronics and Y-Mobility explore the transformative shift towards the software-defined vehicle.
A systematic approach for the analysis of fail-operational architectures in the automotive industry
TTTech Auto’s Dr. Sascha Drenkelforth presents a systematic approach for analyzing fail-operational systems in automotive applications.
SDV levels explained: charting the path to software-defined vehicles
Elektrobit’s Dr. Moritz Neukirchner introduces “Moritz’s SDV Levels”, a framework inspired by SAE levels of autonomy, outlining the stages of SDV evolution from Level 0 to Level 5.