From the smart factory to orbit
From the smart factory to orbit

How NVIDIA Omniverse is redefining the boundaries of physical simulation

NVIDIA Omniverse

The operating system for the industrial revolution

The way we develop products, design factories and simulate complex systems has changed fundamentally. What used to be static 3D models are now living, physically accurate digital twins. At the heart of this transformation? NVIDIA Omniverse.

In a world where efficiency and speed determine market success, NVIDIA Omniverse provides the critical platform for developing advanced 3D workflows. Based on the open standard OpenUSD and the groundbreaking Blackwell GPU architecture, Omniverse is now more than just a collaboration tool – it is the foundation for the industrial metaverse.

 

The platform has evolved from a pure graphics environment into a comprehensive ecosystem for physical AI and digital twins. Companies today benefit from four key pillars:

OpenUSD as a global language

Thanks to the Alliance for OpenUSD (AOUSD), interoperability is seamless. Data from CAD, PLM and sensors flows together smoothly in a shared scene.

Generative AI & Simulation

Tools such as NVIDIA Isaac Sim and the new Cosmos models allow robots to be trained in virtual worlds before they ever set foot in a real factory (sim-to-real).

Real-time collaboration worldwide

Teams in different time zones work simultaneously on the same USD instance – changes are immediately visible to all participants in photorealistic quality.

Scalability through cloud APIs

Omniverse is no longer tied to local workstations. Cloud APIs allow simulations and renderings to be flexibly integrated into existing enterprise software.

Real-Time Visualisation

Real-Time Visualisation

Visualise complex designs in real time. NVIDIA Omniverse enables architects and engineers to interactively edit and visualise highly complex 3D models, improving design accuracy and shortening development times.

Who benefits from this?

Starting points and solutions:

Industrial companies

Industrial companies: Optimise design processes, improve product development and speed up production with precise digital twins and simulations.

Architects and engineers:

Architects and engineers: Create detailed, photorealistic designs and carry out comprehensive building and environmental analyses.

Media and entertainment industry

Media and entertainment industry: Create stunning visual effects and virtual environments for films, games and digital media.

Research and development:

Research and development: Use real-time simulations and generative AI for innovative research projects and prototype development.

Space- & Smallsat-IndustrySimulation in the ‘Final Frontier’

The demands of the New Space movement are relentless. NVIDIA Omniverse enables engineers to test satellite constellations in a physically accurate virtual environment before they leave Earth's atmosphere:

  • Orbital mechanics & light simulation: Test optical sensors and star cameras under real-world light conditions in orbit.
  • Thermal stress testing: Simulate the extreme temperature changes in space on the structure of small satellites.
  • Telemetry visualisation: Use Omniverse as a real-time dashboard for active missions by projecting live data directly onto the digital twin in orbit.

The hardware power

Blackwell and Turin

To exploit the full potential of Omniverse, conventional hardware is no longer sufficient. The computing power requirements for real-time ray tracing and AI inference have increased massively.

Our recommendations for 2026:

  • Workstations: The NVIDIA RTX 6000 Ada generation (or its Blackwell successor) is the cutting edge for designers and engineers. Combined with AMD Ryzen™ Threadripper™ or Intel® Xeon® 6 processors, these systems offer the performance needed for complex scenes.

  • Data centres (OVX): For large-scale digital twins, we rely on the latest Supermicro OVX systems. Equipped with the NVIDIA L40S or the brand-new Blackwell B200 Server Edition, these servers enable up to a 5-fold increase in AI inference performance compared to previous years.

Our recommendations

The new Supermicro OVX systems, equipped with the powerful NVIDIA L40 GPU, provide an exceptional platform for creating and managing complex 3D virtual worlds. The second generation of these systems includes a range of configurations: The 4U server with up to eight L40 GPUs delivers maximum performance for large projects, while the 4U-4GPU server and the 2U-6GPU server also offer high computing capacities. The 1U-4GPU and multi-node 2U-2Node systems are compact options that offer flexible and powerful solutions for different requirements. These systems combine state-of-the-art GPUs, powerful CPUs, extensive memory and fast NVMe storage in an integrated platform to ensure best-in-class performance for NVIDIA Omniverse™ applications. They are specifically optimised for the creation of photorealistic 3D models and digital twins, providing the performance needed for the next generation of AI applications and virtual worlds.

sysGen/GIGABYTE2U GPU-Server inkl. 8x NVIDIA L40S
sysGen/GIGABYTE
2U GPU-Server inkl. 8x NVIDIA L40S
SYS-G293-Z22
CPU
1x AMD EPYC GENOA 9534 (64-Cores, 2.45 GHz)
RAM
768GB (12x 64GB) DDR5 4800MHz ECC RDIMM
SSD
2x 3.84TB Gen4 NVMe
GPU
8x NVIDIA L40S
Network
2x 10GbE RJ-45
1x Dedicated IPMI Management
Support
incl. 3 Years Parts Warranty
On Request
Request Now
sysGen/GIGABYTE2U GPU-Server inkl. 4x NVIDIA L40S
sysGen/GIGABYTE
2U GPU-Server inkl. 4x NVIDIA L40S
SYS-R283-ZF0
CPU
2x AMD EPYC GENOA 9534 (64-Cores, 2.45 GHz)
RAM
1.5TB (24x 64GB) DDR5 4800MHz ECC RDIMM
SSD
2x 3.84TB Gen4 NVMe
GPU
4x NVIDIA L40S
Network
2x 1GbE RJ-45
1x Dedicated IPMI Management
Support
incl. 3 Years Parts Warranty
On Request
Request Now
sysGen/SUPERMICRO4U GPU-Server inkl. 8x NVIDIA L40S
sysGen/SUPERMICRO
4U GPU-Server inkl. 8x NVIDIA L40S
SYS-4125GS-TNRT2
CPU
2x AMD EPYC GENOA 9654 (96-Cores, 2.40 GHz)
RAM
1.5TB (24x 64GB) DDR5 4800MHz ECC RDIMM
SSD
8x 30.72TB Gen4 NVMe
GPU
8x NVIDIA L40S
Network
2x 10GbE RJ-45
1x Dedicated IPMI Management
Support
incl. 3 Years Parts Warranty
On Request
Request Now

We understand that switching to an OpenUSD-based pipeline such as Omniverse requires more than just purchasing a server. As your partner, sysGen offers:

  • Customised validation: We test your specific workflows (e.g. Ansys integration or ROS2 simulations) on our hardware.
  • Future-proofing: Our systems are ready for the next generation of NVIDIA technologies (Blackwell).
  • Full-stack support: From selecting the right NVMe storage solutions to optimising your Omniverse Nucleus server.


Whether you're launching the next generation of small satellites into orbit or planning a highly automated factory, NVIDIA Omniverse is the tool that brings your data to life.

Ready for the next step? Let's work together to create the hardware foundation for your vision.

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FAQ - NVIDIA Omniverse

NVIDIA Omniverse provides a powerful platform for the development and management of 3D content and simulations. With advanced technologies such as OpenUSD and RTX rendering, companies can significantly improve their design and simulation processes. sysGen supports you with customised hardware solutions, software integration and comprehensive consulting to take full advantage of Omniverse and optimise your 3D workflows.

  • What is NVIDIA Omniverse, explained simply?

    NVIDIA Omniverse is a platform for industrial digitalisation. It can be thought of as an ‘operating system for 3D data’. It enables teams to connect different software tools (such as CAD, Maya or Blender) via the OpenUSD format and collaborate in a shared, physically accurate real-time environment.OpenUSD (Universal Scene Description) is a standard format for 3D data that enables interoperability between different 3D software tools. It facilitates the integration and management of 3D data from different sources.

  • Why is OpenUSD (Universal Scene Description) so important?

    OpenUSD is the industry standard for 3D interoperability. It allows not only geometries to be stored, but also physical properties, materials and lighting. In Omniverse, OpenUSD is the ‘global language’ that ensures data from space planning works seamlessly with manufacturing or visualisation tools.

  • What role does Omniverse play in the space and small satellite industry?

    In space travel, Omniverse is primarily used for digital mission twins:

    • Orbital simulation: Testing satellite alignments under real lighting conditions in space.
    • Error prevention: Simulating complex deployment mechanisms (e.g. solar sails) in a physically accurate gravitational environment.
    • Ground station collaboration: Teams worldwide can work on an identical model of a small satellite while the hardware is still being manufactured.
  • What are the minimum hardware requirements for Omniverse?

    For professional use, we recommend the following specifications:

    • GPU: At least one NVIDIA RTX 6000 Ada generation or the current Blackwell generation (for workstations). L40S GPUs are standard in the data centre.
    • CPU: Processors with high clock speeds and multiple cores, such as AMD EPYC™ Turin or Intel® Xeon® 6.
    • RAM: At least 128 GB DDR5, often 512 GB or more for complex simulations in the space sector.
    • Network: A 10GbE network (or faster) is required for real-time synchronisation (Nucleus).
  • How much does NVIDIA Omniverse cost for businesses?

    There are various licensing models:

    • Omniverse Individual: Free for individual users to experiment with.
    • Omniverse Enterprise: A paid subscription per year/user that includes support, commercial usage rights and advanced collaboration tools (Nucleus Server).
    • Omniverse Cloud APIs: Pay-as-you-go billing for integration into your own web applications.
       

    Note: sysGen will be happy to advise you on the optimal licensing for your hardware environment.

  • Can Omniverse be combined with AI?

    Yes, that's one of the biggest advantages in 2026. With NVIDIA Cosmos and generative AI models, you can:

    • Create 3D assets using text commands.
    • Generate synthetic training data for robots or autonomous systems.
    • Massively reduce the time required for physical simulations (e.g. aerodynamics during rocket launches) through AI acceleration.
  • How does Omniverse differ from a traditional game engine?

    While game engines (such as Unreal or Unity) are primarily optimised for maximum frame rates, Omniverse prioritises physical accuracy and data interoperability. Changes made in a CAD tool are immediately synchronised in Omniverse without the need for a lengthy export/import process.

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