Developing and Testing Automotive Drive Controllers
Our solutions support you in developing and testing various in-vehicle electric drives, from vehicle traction motors to small electric motors for in-vehicle auxiliary systems. Learn more about typical use cases and the cutting-edge solutions we offer for testing at the signal level to the full power level.
When developing new onboard chargers and electric vehicles, do you also face the challenge of performing extensive tests to achieve reliable charging processes? With a powerful emulator that fully simulates freely configurable charging stations, our solution supports you in optimizing your tests. It also makes it possible to actually charge your vehicle at DC voltages of more than 1,000 V. More about the practical use cases can be found on our website.
Did you know that RTMaps, our development environment for multisensor applications, also supports QNX?
Learn how to accelerate the development of your applications on embedded real-time platforms, for example, on the basis of Renesas R-Car H3 and R-Car V3M SoC.
Talk to us and find out how dSPACE can turn your ideas into products.
You want to find the differences between your Simulink®/TargetLink models and want to get productive with dSPACE Model Compare fast? Then look no further than our new Model Compare Quick Guide tutorial video. It shows you the most important functions and work steps you need to compare your Simulink-based models. Review, compare, and merge your models efficiently – with dSPACE Model Compare.
Developing and Testing Power Electronic Components in Electric Vehicles
Learn how our cutting-edge solutions streamline the validation process for DC/DC converters and other power electronic components used in electric vehicles. Get an overview of typical use cases and the various solutions we offer for them.
Radar Test Bench for Component Tests, Simple ADAS Function Tests, and ECU Validation
The new Radar Test Bench – Essential 2D makes it possible to perform azimuth and elevation simulation for a single target. The test bench is highly flexible because it can be used with a standard Windows PC or with a SCALEXIO real-time system and allows for manual or motorized ECU positioning.
RTMaps: Trusted middleware for real-time multisensor applications
Up to 60% of development effort for ADAS/AD software is spent on middleware optimization. RTMaps saves you this overhead. Accelerate your software development with RTMaps and jump-start your innovations.