Supermicro & Nvidia Omniverse
With the rise of the entertainment industry, comes the need to press further, innovate, and develop new techniques and technologies.
NVIDIA Omniverse Enterprise changes the 3D design scalability and remote work equation. It enables collaboration for creative
teams on enterprise 3D visualization projects like never before. This new technology reduces costs and waste by enabling a
simultaneous workflow, maximizes creativity by allowing new iterations without opportunity cost, and accelerates time to
production by eliminating import–export workflows.
3D design environments provide powerful visualization and simulation capability for many industries. Projects in media production, oil and gas exploration, medical imaging, electronic design automation (EDA) and mechanical computer–aided design and engineering (CAD/CAE) need advanced image rendering for design and analysis.
For teams in these and other industries, NVIDIA is transforming real–time collaboration around 3D designs with NVIDIA Omniverse™ Enterprise. It provides photorealistic 3D rendering and simulation in a workflow maximizing rendering iterations, streamlining review cycles, and enabling work from anywhere, on–premises or remote.
Supermicro is innovating solutions for Omniverse Enterprise deployments on a range of workstation and server hardware, right–sizing 3D design resources for each team. Three deployment configuration examples show a 6–user single workstation combining all needed capability, a pooled GPU 78–user rack–level deployment, and a new jointly developed OVX reference platform handling 64 heavy users or 256 light users in a rack–level solution with Ethernet or InfiniBand connectivity.
A key enabler for 3D design is NVIDIA‘s graphics processing unit (GPU) technology. Supermicro currently offers over 60 workstation and server configurations with installed NVIDIA graphics cards such as the NVIDIA RTX™ A6000 or NVIDIA A40.
With the debut of NVIDIA Omniverse Enterprise, Supermicro is fine–tuning new workstation and server configurations matching hardware allocation to user performance profiles, maximizing resource usage.
Supermicro excels at creating denser NVIDIA RTX GPU–based configurations targeting light to heavy Omniverse Enterprise workloads. The combination of cutting–edge AMD or Intel chipsets, fast PCI Express slots, Supermicro–designed high efficiency 80 Plus Titanium power supplies, and thermally simulated system cooling designs enable multi–GPU workstations and servers. In addition, high–speed Ethernet switching and IPMI 2.0 remote management help connect and manage deployments.
Some possible use cases for various Supermicro hardware configurations:
• A 1:1 model, with a single GPU in an entry–level workstation for each designer, still works for light 3D design workloads
• Small 3D design teams can render on–demand using a more powerful workstation with several GPU cards installed
• Multi–location teams can use one medium–sized server with multiple GPU cards, connecting remotely over Ethernet
• A heavy media entertainment workload can deploy a rack–scale solution with up to 64 pooled GPUs from several servers
VST, having worked on projects throughout the Post Production industry, as well as supporting resellers in Film and TV Production, Architecture and Design, and IT, is uniquely positioned in the New Zealand market to offer and support such a unique product.
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