DE · Topics · Resources · Graphics · Sponsored Content

Advanced Product Design: Earlier Simulation, Faster Iteration, Greater Innovation

The detailed design process is complex and requires time, effort, and expertise to tackle efficiently.

The world of product development, manufacturing and production is changing. With Industry 4.0 we’re on the brink of a new dawn of automation and intelligence, with smart, connected products and the smart factories that produce them.

Autonomous drones capture progress as a new production cell layout is commissioned. Deep Learning-enabled devices with computer vision perform quality checks on the production line and provide data to continually improve processes. Intelligent, collaborative robots, “aware” of their environment, work alongside humans to assist with assembly tasks.

Advanced computing devices harvest huge amounts of data from products in the field, to feed design and simulation systems and help ensure that next-generation products learn from those that have gone before.

Virtual reality (VR) presents everyone in the development process with the information they need in a rich, immersive, and collaborative environment. Ultra-powerful workstations are used to design, simulate, and visualize products, production cells, and factories. Then, once manufactured, virtual products—or “digital twins”—can be connected through the Internet of Things (IoT) to their real-world manifestations.

At the heart of all of these processes, NVIDIA plays a strategic role in empowering the manufacturing industry to implement Industry 4.0. For the past 20 years, NVIDIA has sustained investments in research and development (R&D) to continually push the boundaries of graphics processing unit (GPU) technology. The use of GPUs has, for some time, extended far beyond simply powering computer graphics displays and design software.

Today, a wide range of NVIDIA software and hardware solutions enables manufacturers to develop artificial intelligence (AI) capabilities for industrial collaborative robots and autonomous vehicles in the smart factory. In addition, advances in GPUaccelerated workflows are powering productivity improvements and speeding time-to-market as manufacturing companies move forward with advanced product design for Industry 4.0.

The NVIDIA® Quadro® visual computing platform is helping product design teams radically transform the traditional product development process. The introduction of leading-edge technologies such as AI, virtual reality (VR), interactive physically based rendering, real-time engineering simulation, and 3D graphics virtualization, are driving the development of the next generation of smart, connected products.

Fill out the information below to download the resource.

By downloading this content, I agree to receive the DE 24/7 Newswire, a twice weekly free email newsletter (you may choose to opt-out in the newsletter).

Latest News

Agents & Assistants Will Soon Dominate 3D Engineering 
Tech Soft 3D shares insights on emerging technologies and the impacts they are anticipated to have.

Read This Before You Develop a Surrogate Simulation Model
Experts discuss tips and dilemmas in developing data-driven ROMs (reduced order models).

meviy Makes Available Inch Tap and Thread for CNC Milling
Capability expands design possibilities by enabling the manufacture of components requiring inch screws and threads.

Altair Announces 2025 Enlighten Award Open for Submissions
Award spotlights the automotive industry’s innovations in sustainable, lightweight design, company shares.

Dassault Systemes Reveals AI-Based Services
Next-gen Dassault Systèmes technology offers environment for combining virtual twins, training AI engines and protecting customer IP.

Horizon Launches Product Shop
Product offers rapid production and customization of horn antennas.

All posts