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Microwave Innovation Group

GmbH & Co. KG

Fahrenheit Str. 11

D-28359 BREMEN


Phone: +49 421 223 7966 0

Fax: + 49 421 223 7963 0


® Materials / Losses / Fields / Power • Fast • General • Rigorous Precision EM CAD in seconds • general Structures

WASP-NET’s high calculation speed - typically ranging from a few seconds to a few hundreds of seconds (for large antennas and arrays with feeds) on standard PCs - enables fast direct EM optimization.

Practically unlimited application flexibility. No limitations by element catalog. User-friendly text- and graphic 3D-editors for arbitrary, user-defined 3D structures / antennas. 3D CAD data structure import, decomposition, parametrization, fast EM optimization.

Full-wave EM multi-solver accuracy. WASP-NET internal independent cross-verification by different solvers.

• Side (“edge”) slot arrays, etc.;       

• Microstrip patch arrays, Vivaldi arrays, arbitrarily shaped array elements by graphic 3D modeler, etc.;

• Wire arrays, helix arrays, arbitrarily shaped array elements by graphic 3D modeler, etc.     

Complete efficient 3D EM CAD Solution /  Not limited by Element Catalog • Full 3D  Flexibility and Generality • Combined with hybrid multi-solver Speed

Maximum field strength calculation - Power handling - Corona - Multipactor effects

 Fast EM CAD and  Optimization

 Waveguide Components

 • Antennas and Feeds

 • Combline / Coax

 • Arrays and Feeds

 • General 3D Structures

 • Planar Structures /


Materials / Losses

Fields / Power

User-friendly Wizards

Comprehensive internal     Designer Data Base


WASP-NET’s wide application range for accurate, fast EM CAD and optimization of all kinds of passive microwave components / antennas (including feed-networks) proves - due to WASP-NET’s generality and flexibility - practically unlimited.

Tensor materials, ferrites, circulators

Shaped resistive layer

Water load

• Corona and Multipacting

Rigorous calculation of maximum electric field strength within structures allows accurate power handing prediction due to Corona and multipaction effects.