Highlights
- Synopsys and Vector Informatik collaborate to accelerate the shift to software-defined vehicles (SDVs).
- The partnership integrates Vector's software factory expertise with Synopsys' electronics digital twins technology.
- The initiative aims to reduce development costs, enhance software quality, and improve vehicle lifecycle management.
In a strategic move to fast-track the automotive industry’s transformation to software-defined vehicles (SDVs), Synopsys (Nasdaq:SNPS) and Vector Informatik have announced a collaboration aimed at revolutionizing software development for modern vehicles. The partnership will leverage Synopsys’ expertise in electronics digital twins alongside Vector’s established software factory solutions, creating pre-integrated tools that enable automotive companies to streamline software validation and enhance developer productivity.
Addressing Industry Challenges
With the rapid evolution of vehicle technology, automotive companies are facing mounting pressure to shift from traditional, sequential design models to more agile and continuous software development processes. This transition is essential to tackle growing vehicle complexity, support multiple vehicle platforms, and optimize collaboration with suppliers. Additionally, physical test benches have become a limiting factor in testing automotive software, necessitating a shift-left approach that prioritizes early-stage validation to accelerate the development lifecycle.
Advancing Digital Twin Technology
A key focus of the Synopsys-Vector collaboration is the enhancement of the open-source library SIL Kit, which plays a crucial role in enabling vehicle-level digital twins. Digital twin technology allows manufacturers to simulate and test vehicle functions virtually, reducing reliance on physical prototypes and significantly cutting development time and costs.
Seamless Integration for Enhanced Efficiency
The partnership will integrate Vector's MICROSAR embedded software and CANoe simulation platform with Synopsys’ Silver and Virtualizer Development Kits (VDKs). This integration will provide ready-to-use virtual electronic control units (vECUs) across all ECU types in an SDV architecture. By leveraging these solutions, automotive developers will benefit from faster iteration cycles, improved software quality, and seamless over-the-air updates.