Saicec is using Siemens' software platform "PAVE360" to create digital twin of automotive architectures. This enhances chip-to-system verification and speeds up software-defined vehicle (SDV) development across Asia. The partnership enables automotive OEMs to address the challenges of Advanced Driver Assistance Systems (ADAS) and In-Vehicle Infotainment (IVI) development. It reduces the need for costly redesigns through early-stage system validation.
Scalable digital twin environment supports early validation
Siemens’ software "PAVE360" provides a scalable environment of digital twins. It supports faster innovation, improved functional safety, and shorter development cycles. By simulating systems from chip-level to full-vehicle integration, developers can validate critical automotive technologies before physical hardware is available.
Saicec aims to accelerate automotive chip innovation
"Our collaboration with Siemens brings together world-class simulation technology and China’s fast-growing automotive integrated circuit ecosystem," says David He, CEO of Saicec. "With Siemens’ 'PAVE360' system-to-chip digital twin capabilities, we can shorten development cycles, improve functional safety and strengthen the foundation for intelligent mobility design."
Addressing validation challenges in ADAS and IVI
Mike Ellow, CEO of Siemens EDA, Siemens Digital Industries Software, adds: "Our work with Saicec demonstrates how automotive OEMs are able to solve critical bottlenecks in ADAS and IVI capabilities development and deliver the innovation that consumers across the globe are demanding.'PAVE360' is uniquely placed to provide the digital twin to support Saicec’s new validation certification. With scalability at its core, the same multi-fidelity environment can be adapted over time to provide validation throughout the entire vehicle development flow."
Digital twin bridges the gap between hardware and software
SDV programs grow in complexity. At the same time, consumer demands for integration continue to increase. The importance of early system-level validation becomes more pronounced. Development teams working across hardware and software domains face increasing pressure to integrate designs earlier and more efficiently. Without a system-level view during early development, late-stage certification issues can delay product launches and escalate costs.
Real-world impact of digital twin in automotive validation
By adopting "PAVE360", Saicec empowers OEMs and suppliers to bridge the gap between virtual and physical design. Digital twins are connected to reference vehicles for full-stack validation. This supports innovation and operational efficiency. It also accelerates time-to-market for next-generation automotive systems.
