WASP-NET: Advanced Electromagnetic Simulation and Optimization for RF & Microwave Design

WASP-NET® (Waveguide and Antenna Synthesis Program for NETworks) is a high-performance electromagnetic (EM) CAD and optimization tool developed for the design of passive microwave and millimeter-wave components, antennas, arrays, and feed networks. It uses a unique hybrid multi-solver approach to provide fast calculations and optimization while maintaining full-wave EM accuracy and 3D design flexibility.
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WASP-NET helps engineers achieve highly optimized designs, meet demanding specifications, reduce development time, and shorten time-to-market. It is widely used in microwave, antenna, aerospace, space, and communications applications.

Key features:

• Hybrid Multi-Solver Technology: Combines MM, FE, and MoM solvers using a “divide-and-conquer” approach to achieve high computational speed, full 3D flexibility, and rigorous full-wave accuracy.
• Flexible 3D Design Building Blocks: Flexible building blocks can be combined and customized to create complex 3D structures, providing extensive flexibility in designing and optimizing sophisticated microwave and antenna configurations.
• Advanced Optimization: Provides Powell, Extreme, and Evopt optimization methods capable of handling a large set of variables for optimization of the structure
• Designer Database: Offers approximately 500 design templates that can be easily loaded, modified, combined, and optimized for customized microwave and antenna designs.

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