SAICEC Partners with Siemens to Advance Chip-to-Vehicle Validation Using Digital Twin Technology
SAICEC Partners with Siemens to Advance Chip-to-Vehicle Validation Using Digital Twin Technology
Synopsis:
• How SAICEC is building complex digital twins using Siemens’ PAVE360 for automotive system-to-chip verification
• Why the collaboration addresses SDV, ADAS, and IVI development challenges
• How PAVE360 enables OEMs to reduce redesign costs and accelerate innovation
3 mins Read
In a detailed report released by Siemens, SAICEC is beginning to build highly complex digital twins of next-generation automotive architectures using Siemens’ PAVE360 software environment. According to Siemens, the initiative positions SAICEC—already a major provider of chip and system design services in the automotive sector—to perform certified verification of automotive systems from the system level down to the chip level, a capability increasingly critical as software-defined vehicles reshape mobility expectations across global markets.
SAICEC’s adoption of PAVE360 aims to accelerate the pace of software-defined vehicle (SDV) development throughout Asia. As Siemens notes in its announcement, the collaboration directly tackles the mounting challenges faced by automotive OEMs pursuing advanced features such as ADAS and in-vehicle infotainment (IVI). These systems are now expected to operate with higher reliability, deeper integration and far shorter development cycles—conditions that expose technical bottlenecks when hardware and software teams remain siloed.
David He, chief executive officer of SAICEC, said the partnership brings together “world-class simulation technology and China’s fast-growing automotive integrated circuit ecosystem.” He emphasized that Siemens’ system-to-chip digital twin capabilities allow SAICEC to shorten development cycles, enhance functional safety and reinforce the foundation required for intelligent mobility design.
Mike Ellow, CEO of Siemens EDA within Siemens Digital Industries Software, stated that the collaboration demonstrates how OEMs can overcome ADAS and IVI development constraints by validating innovations earlier and with greater precision. Ellow highlighted that PAVE360 offers a scalable digital twin environment designed to support SAICEC’s new validation certification framework. With its multi-fidelity simulation approach, the same environment can be extended across the entire vehicle development flow as programs evolve.
The report from Siemens explains that SDV programs are becoming more demanding as consumer expectations for integrated technology increase. Traditionally, software and hardware teams operate in separated workflows, limiting visibility into system behavior until final hardware arrives. This lack of early validation frequently leads to costly redesigns—particularly when designs fail certification testing at later stages. As Siemens underscores, system-level verification well before hardware availability is now essential for automotive success.
PAVE360 integrates the Siemens Innexis software environment along with supporting technologies to allow users to create detailed system-level digital twins of ADAS and IVI capabilities. These digital twins can connect to reference vehicles, enabling functional validation from the earliest design phases. According to Siemens, both OEMs and suppliers can use PAVE360 to accelerate validation cycles and foster innovation in a realistic, proven digital environment.
Information on how Siemens’ PAVE360 reduces vehicle development timelines for customers such as SAICEC is available through Siemens Digital Industries Software. The company continues to support digital transformation across organizations of all sizes, offering software, hardware and services through the Siemens Xcelerator platform. Siemens notes that its comprehensive digital twin technology helps companies optimize design, engineering and manufacturing processes across industries—from semiconductors to complete automotive systems.
Siemens also provides trademark information and press-team contact details for further inquiries, along with additional recent press releases covering collaborations with NEC, HD Hyundai and Ducati on smart-factory, shipbuilding and MotoGP innovation initiatives.
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About SAICEC
SAICEC is a leading provider of chip and system design services for the automotive industry, working at the intersection of advanced semiconductor development and next-generation vehicle architecture. The company plays a central role in supporting automakers as the global mobility sector shifts toward software-defined vehicles, where complex electronics, integrated infotainment systems and advanced driver assistance technologies require deeper coordination between hardware and software.
According to Siemens, SAICEC is now building sophisticated digital twins of its automotive architectures using the PAVE360 platform, enabling verified system-to-chip testing long before physical hardware exists. This approach reduces redesign risks, strengthens functional safety and shortens development cycles across ADAS and IVI programs. By combining engineering expertise with China’s fast-growing automotive integrated-circuit ecosystem, SAICEC positions itself as a core contributor to the next wave of intelligent mobility innovation in Asia and beyond.
Featured image Source: Siemens
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