Cadence and NVIDIA Expand Partnership to Accelerate AI-Driven Engineering and Scientific Innovation

Cadence, NVIDIA Extend Partnership for Accelerated Computing and Agentic AI

Cadence will leverage NVIDIA's Blackwell architecture for engineering and scientific solutions. Cadence Design Systems, a leading computational software company, has announced that it is expanding its multi-year collaboration with NVIDIA, focusing on accelerated computing and agentic AI. This partnership addresses global technology challenges by driving innovation across various industries and involves Cadence leveraging NVIDIA's latest Blackwell architecture to accelerate its engineering and scientific solutions. This includes reducing computational fluid dynamics simulation times by up to 80 times, from days to minutes, and accelerating the Cadence Spectre X Simulator by up to 10 times. Jensen Huang, NVIDIA CEO, noted, "Accelerated computing and agentic AI are setting new standards for innovation across industries." Using its Fidelity CFD Platform, Cadence also successfully ran multi-billion cell simulations on NVIDIA GB200 GPUs in under 24 hours. It would have previously required a top 500 CPU cluster with 100,000 cores and several days to complete. The company expressed that it will continue to leverage Blackwell for simulation and help the aerospace industry reduce the amount of wind tunnel tests by reducing cost and expediting time to market. New Era for Accelerated Computing Additionally, the partnership involves the companies working together on a full-stack agentic AI solution for electronic and system design, as well as science applications. This will integrate Cadence's JedAI Platform with NVIDIA's NeMo generative AI framework and the Llama Nemotron Reasoning Model. Anirudh Devgan, president and CEO at Cadence, says, "We're enabling the delivery of today's infrastructure AI and agentic AI and transforming the principled simulations that underpin physical AI and sciences AI." The collaboration is expected to transform industries by enabling complex simulations that were previously impossible, driving efficiency, and fueling scientific discovery. It will also deliver breakthroughs in simulation, optimisation, and design. In his keynote address at the NVIDIA 2025 GTC summit, he mentioned that until now, the giant had been using general-purpose computers running software super slowly to design accelerated computers for everybody else. But with the entry of optimised CUDA software, "now our entire industry is going to get supercharged as we move to accelerated computing." Cadence Molecular Sciences (OpenEye) is also integrating NVIDIA BioNeMo NIM microservices with its cloud-native molecular design platform, Orion. Cadence has also been one of the first adopters of NVIDIA Omniverse Blueprint for AI factory digital twins. Cadence and NVIDIA are leading the way in creating an ecosystem of high-quality models, allowing equipment manufacturers and data centre companies to quickly create digital twins.

Cadence Accelerates AI-Driven Engineering Design and Science with NVIDIA Grace Blackwell

Combined design expertise and accelerated computing drive innovation, enhance energy efficiency, boost engineering productivity and transform lives worldwide NVIDIA's latest Blackwell systems accelerate Cadence solvers by up to 80X Collaborating to develop a full-stack agentic AI solution for engineering and science, using the new NVIDIA Llama Nemotron Reasoning Model One of the first adopters of NVIDIA Omniverse Blueprint for AI factory digital twins for effective and efficient data center design and operation Cadence (Nasdaq: CDNS) today announced the expansion of its multi-year collaboration with NVIDIA, focusing on driving advancements in accelerated computing and agentic AI. This partnership addresses critical global technology challenges, delivering tangible advancements that accelerate innovation across a wide range of industry verticals. Cadence is driving scientific innovation across multiple industries through the integration of NVIDIA-accelerated computing. The massive acceleration of a broad range of Cadence® engineering and scientific solutions using NVIDIA's latest Blackwell architecture allows designers to tackle larger, more complex problems not previously possible. Some examples of this collaboration include: Computational fluid dynamics simulation time reduced by up to 80X -- from days to minutes Cadence Spectre X Simulatoraccelerated by up to 10X 3D-IC design and analysis for thermal, stress and warpage accelerated by up to 7X Cadence Fidelity CFD Platform Tackling Most Complex Fluid Dynamics Problem with Blackwell Cadence leveraged the NVIDIA Blackwell platform to help solve one of the grand challenges of computational fluid dynamics (CFD) -- a simulation of the complete aircraft within the most challenging parts of the flight envelope -- takeoff and landing. Using the Cadence Fidelity CFD Platform, Cadence successfully ran multi-billion cell simulations on NVIDIA GB200 GPUs in under 24 hours that would previously have required an entire top 500 CPU cluster with 100,000s of cores and several days to complete. Cadence will continue to leverage Blackwell to test the limits of the simulation, helping the aerospace industry reduce the amount of wind tunnel tests while reducing cost and expediting time to market. Cadence and NVIDIA are also working together on a full-stack agentic AI solution for electronic and system design, as well as science applications. This collaboration will introduce breakthrough agentic technology, integrating the Cadence JedAI Platform with NVIDIA's NeMo generative AI framework and the newly announced NVIDIA Llama Nemotron Reasoning Model to accelerate designer productivity for tasks such as: Intelligent conversational AI assistants for boosting user productivity and innovation Deep reasoning for verification based on the underlying design collateral and verification agents Design generation and optimization with design agents for digital and custom circuits Additionally, Cadence Molecular Sciences (OpenEye) is integrating NVIDIA BioNeMo NIM microservices with Orion® , Cadence's cloud-native molecular design platform. This scientific software collaboration will accelerate tools for drug discovery by harnessing the combination of cutting-edge AI and GPUs in the cloud. With unprecedented access to on-demand and reserved GPU access, Orion will equip scientists worldwide with the power to perform complex calculations at scale, revolutionizing therapeutic design. NIMs microservices expands Orion's capabilities in the areas of: AI models for 3D de novo protein structure prediction Small molecule generative AI Foundational AI models for antibody property prediction Cadence is accelerating the buildout of the AI infrastructure with cutting-edge digital twin technology, powered by NVIDIA. Cadence is proud to be one of the first adopters of the NVIDIA Omniverse blueprint for AI factory digital twins. This partnership is driving the creation of consistent and accurate models to enable the rapid development of data center digital twins. With the integration of NVIDIA Omniverse Viewport, Cadence Allegro® X Design Platform , and the Cadence Reality™ Digital Twin Platform , designers have new, more accurate visualization for the entire electronic system design process. Downstream users can leverage data for analytics, components and BOM management, manufacturing interfaces, system-level quality, and other disciplines such as mechanical and industrial design. NVIDIA and Cadence are leading the way in creating an ecosystem of high-quality models, opening the door for equipment manufacturers and data center companies to quickly and confidently create digital twins. "Cadence is accelerating AI-driven EDA and system design and analysis workloads on NVIDIA's latest Grace Blackwell NVL72 platform. We're enabling the delivery of today's infrastructure AI and agentic AI and transforming the principled simulations that underpin physical AI and sciences AI," said Dr. Anirudh Devgan, president and CEO of Cadence. "With these breakthroughs, we're now able to perform massive simulations of complex systems that weren't possible before in hours, including some of the largest and most accurate simulations of full aircraft to date." "Accelerated computing and agentic AI are setting new standards for innovation across industries," said Jensen Huang, founder and CEO, NVIDIA. "Together, NVIDIA and Cadence are pushing the boundaries of what's possible -- delivering breakthroughs in simulation, optimization, and design that drive efficiency, reduce time to market, and fuel scientific discovery."