Large antenna arrays are in WASP-NET calculated by an efficient multi-solver domain decomposition method (MS-DDM), which takes finite array size and mutual coupling effects rigorously into account.

Rigorous EM CAD in Seconds Phased Arrays Antenna_Arrays WASP-NET ®

Contoured patch array, created by topology editor


*Benchmarks:  Approximate seconds per frequency (abbreviated as “fr” or “fp) on up-to-date PCs

Customized Phased Arrays /  Optimization of Excitation  Amplitudes and Phases

Direct optimization to pattern goal functions   

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 Features in addition to extremely high Optimization Speed

Modeling of arbitrary Structures by graphic 3D Modeler

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Convenient user-friendly Designer Data Base with fully optimized ready to use Design Examples, which can be scaled to desired Frequencies, modified and re-optimized to desired Specifications

WASP-NET’s wide application range for accurate, fast EM CAD and optimizations of all kind of passive microwave components / antennas proves - due to WASP-NET’s generality and flexibility - to be practically unlimited.

Phased Vivaldi-array


*Benchmarks:  Approximate seconds per frequency (abbreviated as “fr” or “fp) on up-to-date PCs

Customized absorber array


*Benchmarks:  Approximate seconds per frequency (abbreviated as “fr” or “fp) on up-to-date PCs

User-defined cell structures can be created by WASP-NET´s graphic 3D modeler.

Customized array shapes and topologies are created by a topology editor.

Fast Floquet solver enables quick pre-design for subsequent rigorous MS-DDM optimization.

Customized phased patch array. Beam-steering.


*Benchmarks:  Approximate seconds per frequency (abbreviated as “fr” or “fp) on up-to-date PCs