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PLANAR OPTICS DESIGN AND SIMULATION SOFTWARE
Find out more about our simulation software
Metacell: Optical design of nanostructures using a full solution of Maxwell's equations
Meta-Component: Design of meta-surfaces, meta-lenses, components and holograms using powerful optimization methods
Integrate your meta-surface components into optical systems with 3rd party ray-tracing and CAD software
PlanOpSim’s team has over 10 years of experience in optical modelling in multiple aspects of photonics:
Meta-surfaces and planar optical components
OLED and liquid crystal displays
Thin film coatings
LED lighting
Solar cells
Optical measurement systems
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The PlanOpsim software provides a start-to-finish workflow for the design of meta-lenses and other meta-surfaces.
To design meta-surfaces PlanOpSim simulates both the tiny nano-structures and larger components made of millions of nano-structures. PlanOpSim software applies a multi-scale optical model to simulate these components effectively. The sub-wavelength meta-atoms are modelled with a full wave solution to Maxwell equations and the component scale simulation is calculated using efficient propagation optics.
The meta-cell module is used for modelling the behaviour of meta-atoms. The PlanOpSim software models arbitrary shaped nano-structures using the RCWA method. Many shapes are predefined in the software and are easily parametrized.
After simulation the response of the meta-atoms is analyzed via a versatile visualization menu. In depth analysis of the waveguided mode’s field distribution is possible via the waveguide probes.
The meta-cell calculations are seamlessly integrated with the meta-component module. You simply select meta-atoms from your nanostructure library and specify the phase or intensity profile to be reproduced by the meta-surfaces.
The meta-component design algorithm generates the meta-surface layout for multiple targets of different wavelength, polarization or angle. After designing a meta-surface its performance can be analyzed directly in the software. The analysis functionality easily simulates dependence on polarization, spectrum and incidence angles.
PlanOpSim's primary expertise is numerical modelling and design of thin film and other optical components. Next to PlanOpSim's own tools, we use third party tools as required for the task:
Optical measurement setups for light scattering, Photometric characterization of (O)LEDs and Characterization of thin films, determination of refractive indices, birefringence and absorption
Our team can help you with testing, design and prototyping of various kinds of photonic and optical applications.
You want the software that models the parameters you need, for the applications you are focussing on. PlanOpSim can deliver custom features, interfaces and even entire models tailored to your wishes. In the past we have delivered the following algorithms for specific analyses:
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