MegaWave's engineering team understands more than just antennas. We know how to define requirements, to design"special"antennas for challenging applications, to analyze the platform and the propagation paths with which the antenna has to work. In other words, we design antennas as part of a system, not just as an isolated component. 

Some of the codes we use for antenna and propagation analysis are:

Antenna Design: 
• NEC-4.1D Moment Method
• XFDTD Finite Difference Time Domain
• Ohio State: Basic Scattering Code, surface patch code, reflector analysis

Propagation modes: 
• Longley-Rice, Wagner/Wagslab, PROPHET, IONCAP, FDMEIGS

Others: 
• =SUPERSTAR=, =MATCH= and =FILTER=, matching network synthesis, filter and multicoupler design 

MegaWave designs antennas using sophisticated computer models of both the antenna and its electrical environment.  Right:  This model predicts SAR and Low Orbit Satellite telephone antenna performance in the presence of the user's head

Models can be incorporated as components in larger models resulting in more complex performance predictions....  Left: The Unified Theory of Diffraction model predicts performance of Low Orbit Satellite telephone antennas when used inside an automobile

Everyday design problems can be addressed using computer modeling methods.  Right: Computer model of automobile whip antenna.

And with our ability to get inside a problem, new and improved designs can be developed...  Left: Current distribution viewed through rear window, automobile whip antenna working in the FM band.

Specialized design problems can also be addressed...  Right: Computer model of military vehicle and antenna

Left: UAV and DF Antenna Modeling