EXPO PREVIEW JUNE 4, 5 & 6, 2024 STUTTGART, GERMANY New ethernet modules for datalogging and HIL Xylon Software-defined vehicles: validation by simulation dSpace Software-defined vehicles (SDV) are transforming the automotive industry, offering more flexibility, efficiency and adaptability than ever. The electric architecture of an SDV is fundamentally different from that of a conventional vehicle. SDVs consist of at least one high-performance computer (HPC) and multiple zonal controllers. A vehicle operating system (middleware) separates their application layer from the hardware layer. For decades, dSpace has been a leading company in the field of simulation and validation, providing the right tools for all new technological achievements. Now, vehicle manufacturers can rely on dSpace expertise in the development of SDVs. For example, with VEOS the company provides a PC-based software-in-the-loop (SIL) simulation platform with which heterogeneous systems under test (SUT), models and tools can be integrated into one simulation. With high-performance computing (HPC) combined with the strong capabilities of VEOS to simulate zonal and edge controllers, complex systems including all types of controllers of current and future E/E architectures can be simulated in the cloud. Find out more at the company’s booth at the expo. BOOTH 6526 Xylon will showcase the entire product line-up of its new Ethernet I/O modules for the Xylon Quattro datalogger and HIL system at the expo. The new line-up caters to customers’ autonomous driving and ADAS testing and validation needs, and includes a 4-Ch 1000Base-T module, a 4-Ch 100Base-T1/1000BASE-T1 module and a 2-Ch 10GBase-T SFP+ module with support for 10GBase-T and 10GBase-T1 SFP+ transceivers. Xylon’s ethernet modules support PTP/gPTP time synchronization (master and slave) and include a hardware-based ethernet TAP (bridge support) with low-latency bypass, which eliminates costly external switches. Combined with video modules for up to 16 video cameras and more than 40 legacy interfaces, the new ethernet modules turn the Xylon Quattro into a datalogging and HIL system capable of connecting all sensors – even in the world’s most advanced autonomous driving systems. Thanks to the powerful programmable FPGA chips for accelerated computing and dedicated Intel Core 11 th -generation Tiger Lake processors, local network traffic can be processed during the datalogging process. This enables the implementation of third-party data processing libraries and support for industry-standard features such as GigE Vision reference cameras, video compression, TAPI datalogging, lidar data visualization, XCP, etc. BOOTH 6310 CONFERENCE SPEAKER SPOTLIGHT TOBIAS TRAUB FUNCTIONAL SAFETY EXPERT, BOSCH JONAS STÜBLE REGISTER NOW FOR YOUR FREE ENTRY PASS: www.adas-avtexpo.com/stuttgart SYSTEM ARCHITECT, BOSCH Technical regulations and recommendations do not yet fully DAY 1 TUESDAY, account for the safety-related JUNE 4 availability of power supply systems. Specifically, the application of ISO Recommendation 26262 on the power supply of for a common autonomous vehicles is troublesome. understanding Concurrently, engineers have gathered of ISO 26262 to write a recommendation (VDA 450) regarding AVs that facilitates the application of safe electrical power supply to other systems with safety-related availability, like autonomous vehicles. This presentation highlights the framework of the VDA 450 recommendation and its principles that comply with ISO 26262 and help to ensure safe power supply for autonomous vehicles. Please visit the website to see the latest conference program and speaker details Data-driven development and validation Reply In response to the huge requirement for data and scenario complexity, a paradigm shift is needed, leaving behind the traditional code-centric approach in favor of what is known as data-driven development. Reply offers strategic guidance in crafting a data-driven cycle to support customers with their AI-powered vehicles: synthetic data generation, standardization (ASAM), automated flow from testing to pipeline orchestration and data mining, coverage-driven verification through scenario-based testing. A live demo related to ‘in-cabin monitoring system’ functionality will be shown at the expo, to share Reply’s AI data-driven framework. BOOTH 6028 56 ADAS & Autonomous Vehicle International April 2024