RTX Pro for Industrial Facility Digital Twins#

Physically accurate industrial facility digital twins transform design and operations by helping teams catch errors early, optimize layouts, and test physical AI and autonomous robots. By integrating real-time data and AI, these digital twins allow teams to identify production bottlenecks and improve operational efficiency.

Supporting these capabilities requires specialized AI infrastructure like NVIDIA’s RTX Pro 6000 Blackwell Series GPUs, which are built to deliver the performance and scale needed for complex simulations and physical AI development.

Industrial Facility Digital Twins Reference Architecture Diagram

Exploring the Sample Workflow#

Geometry Data#

Geometry data is the foundation of a digital twin. It includes the physical layout of the facility, the equipment and machinery installed, lighting, materials, and other data that compose the physical environment.

Simulation/Synthetic Data#

Synthetic data is generated using NVIDIA Omniverse and Cosmos. Synthetic data is used to make variations of the facility for physical AI and autonomous robot training, allowing the rapid creation of training scenarios.

Simulations are run using Isaac Sim. These simulations utilize synthetic data for physical AI and autonomous robotics training, enabling training across a multitude of scenarios.

Real-Time Operations Data#

Real-time operations data is collected from the facility in real-time. It includes the data from sensors, cameras, and other devices installed in the facility. This data is streamed into the digital twin for real-time operations.

Hardware#

The workflow is made possible using groundbreaking RTX Pro 6000 Blackwell GPUs. These can be utilized through scalable data center deployments or by using NVIDIA Certified Workstations.

System Specifications#

Center of Excellence#

System Specifications for RTX Server Pro#

RTX PRO SERVER

8x RTX PRO 6000 Blackwell Server Edition GPUs 800 GB GPU Memory

CPU

vSphere via VMware Red Hat Virtualization

Storage

Scalable / Interoperable / Secure