Explore the capabilities of WaveFEM across various electromagnetic simulation scenarios
All simulation results are compared against Ansys HFSS, an industry standard electromagnetic simulator, demonstrating WaveFEM's accuracy and reliability.
Pyramidal horn antenna operating from 4-5 GHz for radar and satellite communications. Demonstrates accurate far-field radiation pattern analysis and gain calculations.
Multi-cavity X-band waveguide filter centered at 11 GHz for satellite communications. Shows precise S-parameter modeling of resonant cavity coupling.
Compact planar patch antenna for 2.4 GHz ISM band wireless applications. Demonstrates substrate effects and surface wave modeling.
Microstrip coupled-line bandpass filter operating from 5-7 GHz. Requires robust mesh refinement to accurately capture strong electromagnetic coupling between lines.
A patch antenna fed by a coaxial probe.
A generic on chip inductor typical of RFIC and MMIC chips
8-element series-fed patch array for 28 GHz millimeter-wave 5G applications. Requires fine mesh discretization for accurate mutual coupling and radiation pattern modeling. Note: Both simulations did not converge to 0.02 delta S due to memory limitations.
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