NX X Value Based Licensing add-on modules
Siemens’ NX software supports every aspect of product development, from concept through engineering and manufacturing. The NX™ X Design software offers four preconfigured cloud Software as a Service (SaaS) solutions: NX X Essentials, NX X Design Standard, NX X Design Advanced, and NX X Design Premium targeted to specific product development disciplines and issues.
You can extend and improve the functionality of the NX X Design Standard, Advanced and Premium solutions with over 100 NX X Value Based Licensing add-on modules that enable solutions to be configured to specific requirements with specialized design tools and numerous solutions that are part of the Siemens Xcelerator portfolio.
Benefits of NX X Value Based Licensing
Token-licensing in NX X provides a cost-effective method for anyone to run a range of NX add-on modules. With just one single subscription price, you can access over 100 add-on modules in the token pool. Simply check-in and check-out modules on demand as needed. Add-on modules are regularly added to the token licensing pool each release without any additional cost.
NX X CAD add-on modules categories
The NX X Design solutions add-on modules include applications for:
- Core design
- Industrial design and styling
- Product design
- Model-based definition capabilities
- Knowledge reuse
- Design validation
- Routed systems
- Complete development of electrical systems
- PCB design tools
- Jigs, fixtures and tooling
- Industry-specific applications
- Part manufacturing
- Mechatronic design
Related resources
Smarter DRC for complex designs: Accelerating verification with Calibre nmDRC Recon
By John Ferguson The challenge: Traditional DRC can't keep up… Increasing complexity and automation in IC design have made traditional…
Machine learning-powered etch bias prediction for etch retargeting flow enhancement
The paper proposes a machine learning (ML) based approach to predict etch bias, which can replace the traditional rule-based etch bias tables
Guided random synthetic layout generation and machine-learning based defect prediction for leading edge technology node development
Combining synthetic layout generation and machine learning accelerates advanced semiconductor development. It enables early identification of process hotspots and defect prediction, improving efficiency and reducing costs.