Quick Takeaways
- Two automotive software leaders are deepening their collaboration to accelerate software-defined vehicle development using virtual validation.
- The joint solution demonstrates how multi-ECU digital twins can cut development risk and timelines before physical prototypes exist.
On January 6, IPG Automotive revealed that it will unveil the next stage of its strategic partnership with Synopsys at CES 2026. The IPG Automotive Synopsys SDV collaboration focuses on helping automakers speed up software-defined vehicle development by using high-accuracy digital twins and advanced virtual validation methods.
As vehicle architectures become increasingly software-centric, development teams face growing complexity across electronics, software, and system integration. Through this collaboration, both companies aim to address these challenges by enabling earlier validation, reduced development risk, and faster innovation cycles.
IPG Automotive Synopsys SDV Collaboration Advances Virtual Development
The showcased solution highlights an expanded multi-ECU prototype that supports multi-fidelity and multi-ECU electronics simulation. By combining IPG Automotive’s CarMaker platform with Synopsys virtualization technologies through SIL Kit, the collaboration creates a tightly integrated virtual environment for system-level validation.
This setup allows engineers to simulate realistic vehicle behavior while testing complex electronic architectures well before physical prototypes are available. The result is improved development efficiency and greater confidence in system performance.
Multi-ECU Prototyping for Faster SDV Validation
The demonstrated prototype is designed to accelerate the development of system-on-chip–based electronics and embedded system software. By enabling scalable virtual testing across multiple ECUs, developers can identify integration issues earlier and validate functionality continuously throughout the development lifecycle.
Enabling Continuous Testing Strategies for Automakers
A core objective of the IPG Automotive Synopsys SDV collaboration is to establish a continuous test strategy aligned with modern software development practices. Virtualized testing environments support frequent updates, regression testing, and rapid iteration, which are essential for software-defined vehicles.
By integrating high-fidelity digital twins with electronics simulation, the collaboration helps automotive manufacturers shorten development timelines while maintaining safety, quality, and performance standards as vehicle software complexity continues to rise.
As vehicle architectures become increasingly software-centric, development teams face growing complexity across electronics, software, and system integration. Through this collaboration, both companies aim to address these challenges by enabling earlier validation, reduced development risk, and faster innovation cycles.
IPG Automotive Synopsys SDV Collaboration Advances Virtual Development
The showcased solution highlights an expanded multi-ECU prototype that supports multi-fidelity and multi-ECU electronics simulation. By combining IPG Automotive’s CarMaker platform with Synopsys virtualization technologies through SIL Kit, the collaboration creates a tightly integrated virtual environment for system-level validation.
This setup allows engineers to simulate realistic vehicle behavior while testing complex electronic architectures well before physical prototypes are available. The result is improved development efficiency and greater confidence in system performance.
Multi-ECU Prototyping for Faster SDV Validation
The demonstrated prototype is designed to accelerate the development of system-on-chip–based electronics and embedded system software. By enabling scalable virtual testing across multiple ECUs, developers can identify integration issues earlier and validate functionality continuously throughout the development lifecycle.
- Faster validation of SDV architectures
- Improved reliability of system-level testing
- Reduced dependency on late-stage physical testing
Enabling Continuous Testing Strategies for Automakers
A core objective of the IPG Automotive Synopsys SDV collaboration is to establish a continuous test strategy aligned with modern software development practices. Virtualized testing environments support frequent updates, regression testing, and rapid iteration, which are essential for software-defined vehicles.
By integrating high-fidelity digital twins with electronics simulation, the collaboration helps automotive manufacturers shorten development timelines while maintaining safety, quality, and performance standards as vehicle software complexity continues to rise.
Company Press Release
Click above to visit the official source.
Share: