Synopsys Highlights Systems-to-Silicon Approach for Software-Defined Vehicles at CES 2026

Systems-to-silicon engineering for next-generation vehicles
Synopsys will present its automotive engineering portfolio at CES 2026 in Las Vegas, focusing on systems-to-silicon solutions that support the development of AI-driven and software-defined vehicles. For the first time, the company will host a dedicated booth in the West Hall, where vehicle displays and live demonstrations will illustrate how software, silicon, and system design are increasingly converging in modern automotive programs.

The showcased solutions address the growing complexity of vehicle architectures, where advanced driver assistance systems, electrification, connectivity, and over-the-air software updates require closer integration between semiconductor design, system modeling, and software development.

AI and digital prototyping reshape vehicle development
A central theme of Synopsys’ presence is the use of artificial intelligence and virtual prototyping to transform how vehicles are engineered. These approaches enable earlier validation of system behavior, faster iteration cycles, and improved traceability across hardware and software components.

By combining electronic design automation, simulation, and AI-enabled analysis, Synopsys aims to support automotive manufacturers and suppliers in reducing development risk while managing the scale and variability of software-defined vehicle platforms.

Executive perspectives on automotive transformation
Synopsys CEO Sassine Ghazi will take part in a public fireside chat discussing how AI, digital twins, and virtual engineering environments are influencing the future of automotive design. The discussion will explore how engineering teams are shifting from sequential development models toward more integrated, data-driven workflows.

In addition to the executive session, Synopsys experts will participate in multiple panels throughout the week, covering topics such as software-defined vehicles, next-generation semiconductor development, agentic AI in automotive systems, and the role of simulation in accelerating product development.

Broad engagement across automotive and technology domains
The panel sessions reflect Synopsys’ positioning across the automotive ecosystem, from chip design and AI acceleration to system-level simulation and energy efficiency. Discussions will also address adjacent challenges, including data center energy infrastructure and investment trends influencing vehicle technology innovation.

Through its CES 2026 program, Synopsys is positioning its engineering platforms as foundational tools for managing the increasing interdependence between silicon, software, and vehicle systems as the automotive industry transitions toward more intelligent and software-centric architectures.

Visitors may find Synopsys' showcase at CES 2026, from January 6–9 in Las Vegas, in the West Hall at Booth #6701.

www.synopsys.com