Did you know that dSPACE offers a cooling unit for our compact and robust in-vehicle prototyping system, the MicroAutoBox III?
This means you can also use the MicroAutoBox in field tests where all processors are constantly working under full load. Active cooling extends the permissible temperature range so that the MicroAutoBox III also functions safely under harsh conditions.
The cooling unit can be easily integrated without changing the footprint of the MicroAutoBox III.
An optimal data-driven development solution consists of a fully integrated pipeline for the continuous development of the machine-learning-based functions needed for autonomous driving. dSPACE ensures that you successfully master your data pipeline challenges with the right technologies, methods, and outstanding expertise.
Video: Vehicle-in-the-Loop Testing of Safety-Critical ADAS Functions
Perform end-of-line (EOL) tests and periodic technical inspections (PTI) on the test stand to efficiently ensure ADAS and AD safety. Watch this video to see a joint solution from dSPACE and DÜRR for state-of-the-art vehicle-in-the-loop testing.
You want to test control units for traction systems with voltages up to 1,250 V using integrated power electronics? Or do you want to test your charging equipment with every conceivable grid configuration and effects at full power? Our Power HIL systems can be equipped with any number of high-voltage electronic load modules to emulate electric motors, batteries, or power grids during HIL simulation.
Truck-Trailer Combinations and Two-Wheelers for More Variety in Traffic Simulation
Versatility is the key to realistic simulations. Learn how new objects like truck-trailer combinations and two-wheelers complement and enrich traffic simulations.
Video: Adaptive AUTOSAR Code Generation, powered by TargetLink
Learn about a new and efficient way to develop high-quality software for the new ECU generations: with Adaptive AUTOSAR, using a model-based approach in combination with TargetLink, the dSPACE production code generator. You can rely on well-proven workflows as well as on TargetLink’s powerful on-board simulation and validation capabilities.
Do you have to extensively test control units or power electronics for electric vehicle components? But a real motor is not yet available, and conventional test benches simply don’t offer enough flexibility to test the controller robustness? This is where our Power HIL systems come into play: Tailor-made for HIL simulation at the power level, they combine the flexibility of established HIL systems with full power as in real-motor testing on dynamometers or in prototype vehicles.
Video: How to Ensure Battery Safety in Electric Aircraft
Lithium-ion batteries are popular option for providing electrical energy onboard aircraft, but these batteries have certain safety requirements that must be met. Watch this Learning Bits podcast for tips on how to test the safety aspects of battery management systems.
Does your vision of transforming mobility involve fuel-cell-based powertrains?
Our latest simulation solution lets you frontload and validate your developments: ASM Fuel Cell.
