Advanced Tools for Metalens Design, Simulation, and Fabrication

Metalenses represent a breakthrough in optical technology, offering unprecedented control over light with sub-wavelength structures. They are poised to revolutionize a wide range of applications from consumer electronics to advanced scientific instruments.

Synopsys provides industry-leading tools and solutions that enable engineers to design, simulate, and fabricate metalenses with precision and efficiency.

Key Benefits

Metalens Design Flow

Metalens Design Flow using Synopsys Optical Design Tools

Streamline Your Metalens Design Process

Designing metalenses can be time-intensive and integrating them into optical systems poses unique challenges. Streamline your metalens design with the following tools: 

  • MetaOptic Designer 
  • CODE V Meta Optic Design add-on 
    • Enables the design of meta optical surfaces
    • Optimizes refractive lenses and metalenses
    • Uses error functions and allows setting variables and constraints
    • Exports designs to GDSII files for manufacturing
  • Optical Scattering Measurement Hardware
    • Compare the simulated results versus the actual measurements of the metasurface component far-field distribution
    • Utilize spectral detection and polarization features for additonal characterization measurement options
MetaOptic Designer Workflow

Accurate and Efficient Simulation

Synopsys metalens design tools offer advanced simulation capabilities for efficient and accurate results, reducing computational load and time.

We predict fabrication outcomes and optimize designs for manufacturability, addressing material properties and process limitations. This ensures innovative and practical designs, overcoming challenges like mask manufacturing and etching.

MetaOptic Designer | Synopsys

Evaluate and Optimize Performance Metrics

With MetaOptic Designer, optimize performance metrics such as efficiency, bandwidth, and aberration correction. This tool provides clear insights for superior metalens designs, supports hybrid systems of conventional lenses and metalenses, and facilitates seamless integration and compatibility checking with other system components, ensuring that your metalens designs work seamlessly within larger optical systems.

Example of validation process using REFLET 180S of a metagrating designed with MetaOptic Designer

FDTD and Measurement Validation

Validate your designs with the following tools:

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