Accelerating Innovation in Electric Vehicles
Automotive engineers need advanced tools to keep up with evolving xEV powertrain systems. Real-time Hardware-in-the-Loop (HIL) platforms are now essential for simulating and testing complex components like motor drives and battery management systems. In response to this demand, Infineon Technologies has teamed up with Typhoon HIL, a pioneer in high-fidelity HIL simulation. This collaboration empowers engineers with an integrated solution that speeds up EV development and testing while reducing costs and complexity.
Seamless Integration for Faster EV System Prototyping
Infineon’s collaboration with Typhoon HIL delivers a powerful solution that integrates seamlessly with AURIX™ TC3x and TC4x microcontrollers. By using Typhoon’s real-time HIL simulators, engineers can develop and validate key xEV systems such as onboard chargers, battery management systems (BMS), DC-DC converters, and motor drives. The use of Controller-Hardware-in-the-Loop (C-HIL), along with Software-in-the-Loop (SIL), allows teams to test systems before finalizing hardware designs. This speeds up prototyping and improves the accuracy of early-stage EV development.
Reducing Costs and Complexity for Automotive Engineers
The platform includes Typhoon’s simulators, Infineon’s TriBoard Interface Card, and a suite of software tools designed to simplify the validation workflow. These components work together to reduce development time and overall project costs. The plug-and-play compatibility of the solution eliminates the need for extensive configuration, making it easier for engineering teams to focus on innovation rather than setup. Additionally, Typhoon HIL’s Automotive Communication Extender supports diverse communication protocols like CAN, LIN, and SPI—ensuring high flexibility in testing various ECU configurations.
A Strategic Step Toward Market Advantage in EV Technology
Through this partnership, Infineon and Typhoon HIL provide a competitive edge to developers of AURIX-based control units for EVs. The ability to perform real-time simulation and testing prior to physical hardware development translates to faster time-to-market. This is crucial in the rapidly evolving electric mobility sector. The collaboration reflects a shared vision to support next-generation electric vehicle technologies with dependable electronics and efficient development workflows. As EV adoption rises, such tools are critical in delivering high-performance, cost-effective, and reliable automotive solutions.
