Download the guide to multi-gig automotive ethernet validation

As electric vehicle architectures advance to accommodate sophisticated driver-assistance systems, autonomous features, and high-bandwidth in-vehicle communications, the complexity of validating 10GBASE-T1 Automotive Ethernet links has significantly increased. Ensuring reliable performance of these high-speed networks is critical, given their role in supporting real-time data exchange within modern EVs. Traditional road testing methods are often time-consuming and may not adequately replicate the range of connectivity faults encountered in real-world scenarios. To address these challenges, automated MEMS-based fault insertion technology offers a promising solution for test engineers. By simulating faults within a controlled laboratory environment, this approach enhances repeatability and precision during validation processes. It also helps protect signal integrity and accelerates hardware-in-the-loop (HIL) testing, enabling engineers to build greater confidence in the robustness of automotive Ethernet networks before deployment. The white paper sponsored by Pickering Interfaces provides practical guidance on implementing these fault insertion techniques, highlighting their benefits in streamlining validation workflows. Additionally, a series of free webinars from the recent Spring Virtual Conference are available on demand, offering further insights into the evolving landscape of EV network testing. These resources serve as valuable tools for engineers seeking to optimise testing strategies amid the growing demands of next-generation electric vehicle communication systems.