Hardware Sizing Guide
Nucleus is available as a service within Onniverse Workstation and as a fully scalable solution within the Omniverse Enterprise Nucleus Server. The information below explains the sizing and hardware requirements for both options.
Enterprise Nucleus Server
Sizing and hardware requirements for an Enterprise Nucleus Server.
Sizing specification
Users |
Notes |
Operating System |
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|
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Minimum Hardware Requirements
Hardware |
Requirement |
---|---|
CPU |
16 Cores (3.0 GHz or Higher) |
Memory/RAM |
32 GB |
Storage* |
500 GB |
* Storage size is dependent on the amount of assets stored within the Nucleus service. For best performance, SSD-type disks are recommended.
Best Practices & Recommendations
For the updated list of compatible host operating systems and Docker versions for running an Enterprise Nucleus Server, click here.
Greater system memory will improve Linux OS filesystem cache. This benefits large numbers of concurrent file transfers.
Scale to additional LFT instances as concurrent usage grows. We recommend one LFT instance per 10 concurrent up/downloads.
Warning
Due to the transactional nature of the file storage and databases within an Enterprise Nucleus Server, remotely mounted storage using protocols such as SMB/CIFS, NFS, or iSCSI is not supported. If installing an Enterprise Nucleus Server within a virtualized environment (i.e., VMware or Hyper-V), ensure that the disks for Nucleus reside within the virtual machine’s container.
Nucleus Workstation
Sizing and hardware requirements for Nucleus Workstation.
Sizing specification
Users |
Notes |
Operating System |
---|---|---|
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|
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Important
Omniverse Workstation is designed for small teams and does not perform at scale for larger team use cases. Additionally, advanced security features such as SSL/TLS-based connections (HTTPS) and Single Sign-On (SSO) integration are not available.
Minimum Hardware Requirements
Hardware |
Requirement |
---|---|
CPU |
6+ Cores (3.0 GHz or Higher) |
Memory/RAM |
16 GB |
Storage* |
50 GB |
* Storage size is dependent on the amount of assets stored within the Nucleus service. For best performance, SSD-type disks are recommended.