Automotive functional tests

Automotive functional tests

Automotive functional tests in an EMC environment

Verify end-to-end operation of vehicle features

Vehicle manufacturers are integrating increasingly advanced capabilities to realize automated driving, meet regulatory obligations and provide customers with new services and features. Most of these capabilities are enabled by wireless standards, such as 5G and UWB, and radar/lidar sensors.

The automotive industry requires a robust, repeatable and efficient test process to verify the end-to-end operation of vehicle functions such as emergency braking or 5G eCall. However, it is becoming increasingly impractical to conduct tests on proving grounds. This is due to the:

  • Time consumed
  • Required test resources
  • Measurement uncertainty associated with testing in an open-air environment

The solution is to migrate the tests to the lab. The precisely-controlled electromagnetic conditions provided by an EMC chamber is an ideal environment for functional tests - allowing for repeatable, resource-efficient measurements.

Your automotive functional testing challenges

The development of safe, reliable vehicles comes with many challenges. There are many complexities - from integrating sophisticated electronic and mechanical components to ensuring the secure operation of interconnected features.

  • Verifying correct operation and performance of automotive features at vehicle level prior to mass production
  • Checking the safe and secure operation of vehicle features
  • Ensuring consistency and repeatability of test processes and results
  • Maximizing utilization of test resources (people, equipment, time)
  • Reducing field test costs
Features of R&S solutions for automotive functional testing

Rohde & Schwarz offers comprehensive solutions for automotive testing, ensuring that vehicles meet the highest standards in performance, compliance and connectivity. Our solutions offer:

  • Complete test coverage from automotive EMC compliance and functional testing to OTA full-vehicle antenna testing
  • Standards-compliant testing with proven instruments and systems
  • Comprehensive automotive connectivity and sensor testing for 5G, UWB, GNSS, C-V2X and radar
  • Functional test of vehicle functions such as eCall and emergency braking
  • Customized one-stop shop for all your EMC compliance, functional testing and OTA antenna testing needs

Benefits of our automotive functional testing solutions

  • Increased utilization rate: reuse of instruments, systems and chambers for functional ADAS/AD, connectivity performance and regulatory EMC
  • Reduced test errors and procedural inconstancies: isolation from RF reflections and interference in anechoic environment
  • Lower complexity: use of the same instruments in both development and functional testing
  • Reduced costs: migration of expensive proving ground tests to a lab environment
  • Early awareness of issues: lab tests early in the development cycle (front-loading)
  • Efficient use of resources and training: use of a single software user interface throughout the EMC-functional testing and OTA antenna test process

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Our Experts

Balk

Bastian Balk, Automotive Market Segment Manager, Rohde & Schwarz

As vehicle manufacturers continue to integrate increasingly sophisticated capabilities through wireless connectivity and sensors, the utilization of EMC facilities for functional testing emerges as a strategic approach. By repurposing EMC facilities, OEMs can validate and ensure the safety, proper functionality and quality of experience requirements for vehicle functions.

Related content and Knowledge +

Press release: Applus and Rohde & Schwarz seamlessly integrate eCall testing in EMC test environments

Applus and R&S have showcased the seamless integration of eCall testing in an electromagnetic compatibility (EMC) test environment. The demonstration illustrated different eCall testing scenarios in compliance with the UN ECE R10 standard.

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Poster: Vehicle features supported by automotive connectivity

Download this poster to get an overview of existing and future vehicle functions and features enabled by wireless connectivity from emergency call to in-car theater and teleoperated driving.

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