Revolutionizing Engineering with Autonomous Workflows: Synopsys and NVIDIA Lead the Charge

Synopsys Unveils Cutting-Edge Autonomous Workflows

In a significant advancement for the engineering sector, Synopsys, Inc. has introduced a revolutionary set of autonomous workflows that promise to reshape design and engineering processes. Unveiled at the prestigious 2026 DAC Chips to Systems Conference, these workflows, developed in collaboration with NVIDIA, leverage artificial intelligence to enhance productivity across the entire spectrum of chip design and electronic system development.

Key Innovations

At the heart of Synopsys' latest innovations are fully autonomous agents designed to streamline every step of the design verification (DV) process. These agentic AI capabilities are not just incremental improvements; they represent a paradigm shift in how verification and thermal management tasks are performed, enabling design teams to function at unprecedented levels of efficiency.

1. Autonomous Design Verification Workflow: One of the standout features is the autonomous long-running design verification agent. This groundbreaking tool can orchestrate the entire verification cycle of chip design, significantly reducing the time required to achieve validated RTL (Register Transfer Level). Companies have reported up to a 50-fold decrease in verification time, while also realizing a 20% improvement in coverage, addressing a critical bottleneck in the verification process.

2. Thermal Management Solutions: Furthermore, Synopsys has introduced its first fully autonomous computer-aided engineering (CAE) workflow that focuses on thermal management and electronic device cooling. This innovative system can autonomously handle setup, pre-processing, and post-processing tasks in a fraction of the time it traditionally takes, thus greatly reducing manual labor requirements.

3. GPU Acceleration Across Multiple Products: With more than 20 GPU-accelerated EDA and multiphysics products, Synopsys is significantly enhancing simulation speed and performance. Notably, the PrimeSim™ SPICE simulations have achieved a staggering 18-fold speed increase, showcasing how integrating NVIDIA's advanced computing technologies sets a new benchmark in the industry.

Vision for the Future

Ravi Subramanian, Chief Product Management Officer at Synopsys, emphasized the transformative potential of AI in engineering, stating, “AI is fundamentally reshaping engineering, and Synopsys is at the forefront of this transformation.” By harnessing NVIDIA's robust AI infrastructure, Synopsys aims to enable a new class of engineering workflows that enhance productivity, unlock deeper insights, and accelerate innovation.

Tim Costa, NVIDIA's Vice President and General Manager for Computational Engineering, echoed Subramanian's sentiments, highlighting the significance of AI agents that can reason, plan, and execute complex workflows—making a compelling case for the future of engineering.

Autonomous Work Processes in Practice

The benefits of these new workflows are evident in areas such as Analog Mixed-Signal (AMS) design, where Synopsys' AI-powered Custom Compiler™ simplifies layout synthesis, automating critical tasks and yielding a 3X increase in design closure productivity. With the addition of NVIDIA's toolkits, these processes are not just enhanced; they are revolutionized, allowing engineers to interact using natural language and letting AI handle the workload.

Conclusion and Availability

The comprehensive advancements showcased by Synopsys not only aim to streamline engineering processes but also provide users with the tools they need to innovate faster and more efficiently than ever before. Customers are currently evaluating these game-changing EDA and CAE capabilities, with full availability expected in the later half of 2026. Visit Synopsys' booth at DAC for live demonstrations and to discover more about these groundbreaking workflows.

As we stand on the brink of an engineering revolution, the partnership between Synopsys and NVIDIA exemplifies how industry leaders can harness technology, leading to enhanced productivity, efficiency, and ultimately, innovation that shapes the future.