Metaoptics made simple
User interface conceived specifically for metaoptics using inverse design flow technique.
Faster and more accurate
Computationally efficient algorithms and built-in parallel processing deliver accurate results faster.
Design bigger metaoptics
Cloud license users have access to dynamically scalable computing resources on Amazon Web Services (AWS). For local license users, computationally efficient algorithms enable larger designs for a given computing platform.
Support from experts
PlanOpSim’s team of photonics engineers and computational physicists respond directly to support questions.
Compatibility with Ray-Tracers
PlanOpSim’s API enables trivial interfacing to your preferred ray-tracing package. PlanOpSim can also introduce 3rd party developers who are experienced in providing interface development services to PlanOpSim’s tools.
Powerful optimization methods
Metacomponent: Design of metasurfaces, metalenses, components and holograms using powerful optimization methods saving crucial time.
Use PlanOpSim’s algorithms in your design flow
All tool capabilities can be accessed via the SDK API.
Automated batch processing
Any sweeps or repeated calculations that aren’t already built-into the tool UI can be automated via scripting using the SDK API.
Built-in manufacturer PDKs
Design faster with built-in libraries and with confidence of manufacturability.
Output file formats (GDS, OAS, CSV…)
Output file formats compatible with all metaoptics manufacturers.
Cloud or Local
PlanOpSim is available via cloud or local. Cloud requires only a webbrowser. Local gets you access to specific installation support.
Multi scale simulation
Metacell: Optical design of nanostructures using a full solution of Maxwell's equations. Metacomponent: Design of metasurfaces, metalenses, components and holograms using powerful optimization methods.
FAQ
Each licensed user can log in and simulate from any computer but only one simulation can be run simultaneously. It is possible to work with multiple users simultaneously using multiple licensed users.
Sharing the file by exporting the project from the source account and importing it to the destination account which is already implemented. Collaborating on the same project simultaneously – which is not possible in principle – since everything in our software is designed to have a single owner. There can be a possible implementation for collaboration by sharing the same credentials across different machines although only one job (simulation task) can be performed at once.