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GEMS Simulator >
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Introduction Designer Cluster Version PC Version Display Datasheet
     
A Full 3-D Parallel EM Simulation Software Package
 
GEMS is a 3-D high performance parallel EM simulation package. GEMS combines many cutting-edge techniques to realize the high performnace that are suitable for solving general EM problem simulation such as electrically extremely large and complex problems such as antenna arrays, vehicle antenna, packaging problems, complex antennas, microwave circuits and devices, bioeletromagnetic problems, EMC and EMI problems. Compared to other software packages, GEMS has completely solved the technical bottlenecks in the numerical methods and memory limitation, and can be used to efficiently simulate large and complex problems.     
     

Microwave Filter                                                   EMI

                 

            SAR and Communication                                         SAR

                       

              Magnetic Resonance Imaging                                EMC

                    

 

144 Vivaldi Antenna Array

 


40 Helix Antenna Array

 

 

Antenna Radome



Finite Curved FSS

Rotman Lens

Vehicle Antenna

Aircraft

  Parallel Efficiency
 
     
    Simulation Time
    

 

     
Main Features:
     
  Advanced Parallel Processing Techniques
     
  3-D parallel processing technique
  Smart processer allocation technique
  Domain decomposition for extremely large problem pre-processing
     
  Advanced FDTD Techniques
     
  PEC conformal technique
  Dielectric conformal technique
  Stable subgriding technique (combined with ADI to avoid time step reduction)
  Dispersive media (Debye, Lorentz, plasma and parametric input)
  Periodic structure simulation technique
  Plane wave excitation
  Time domain and frequency domain near-to-far field transformation technique
     
  Robust Mesh Generation Techniques
     
  Non-uniform mesh generation module
  Conformal mesh generation module
     
  Advanced Data Processing Module
     
  Mode extraction and output parameter calculation
  Output parameter calculation formula library
  Time domain signiture extrapolation technique
  EMF vector graphics export
  SAR output (distribution, average and maximum)
  Friendly data processing interface
     
  Powerful 3-D Modeling Module
     
  Material library
  Assembly library
  Fast finite arbitrary array generation
  Support SAT, DXF, STEP, IGES, ProE and Triangular format mesh import and export
     
  Multiplatform Technique
     
  Windows operating system
  Unix/Linux operating system
  Mac operating system

 

 

 

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