Automotive Radar Interference Testing with dSPACE DARTS

We present a powerful and flexible approach to test radar interference in the automotive sector with our DARTS (dSPACE Automotive Radar Test System). Our method enables black-box testing of radar sensors (no internal radar details required) and is therefore ideal for validating interference behavior in realistic scenarios. Key features: • Simulation of radar interference through signal superposition • Full E-band coverage (76–81 GHz) with DARTS 9040-G and DARTS 9040-GT • Spectrum analysis at intermediate frequency (IF) level • Optional signal injection via signal generators Why radar interference testing is important With the increasing number of vehicles equipped with radar, interference between radar sensors is becoming an ever-greater safety issue. Our test environment simulates realistic driving conditions to evaluate the robustness of the radar and ensure reliable target detection even in high-noise environments. We support OEMs and suppliers in developing robust radar systems using advanced simulation and validation tools. Contact us to learn more about our radar testing solutions and how we can help you validate the performance of your radar sensors! ******************** Radar Test Systems: https://www.dspace.com/en/pub/home/products/systems/darts.cfm DARTS 9040-GT: https://www.dspace.com/en/pub/home/products/hw/darts/darts-9040-gt.cfm https://youtu.be/IRk2T8MQdRo https://youtu.be/64r2vkwfVJU https://youtu.be/mbn6l8gH7O8 ******************** FAQ **Q1: Why are radar sensors tested as black boxes?** A1: Treating radar sensors as black boxes allows testing without needing proprietary internal details, making the method applicable to various radar types by any third party. **Q2: What frequency range do automotive radars operate in?** A2: Automotive radars typically operate in the E-band frequency range of 76 to 81 GHz. **Q3: How does superimposing interference signals help in testing?** A3: It simulates real-world conditions where interference signals come from the same direction as the radar target echo, challenging the radar’s interference mitigation capabilities. **Q4: What advantages does digital code modulation offer?** A4: Digital code modulation enhances a radar’s robustness against interference, reducing false targets and maintaining reliable detection even with noise. **Q5: Can interference be tested without a physical interference radar?** A5: Yes, interference can also be introduced via signal generators for controlled and repeatable testing conditions. ******************** Automotive Radar Interference Testing with dSPACE DARTS #radartesting #dspace #EuMW2025 #AutomotiveRadar #adas