One 3D EM software

Full 3D EM simulation software

- different applications & custom-made solutions! -

WIPL-D offers cutting-edge electromagnetic simulation software for fast and accurate electromagnetic and circuit modeling including various application areas:

  • Wire Antennas,  Reflector Antennas, Microstrip and other Planar Antennas,  Waveguide Slot Antennas,  Antenna Arrays and Radomes, Antenna Placement,
  • Microwave Filters, Couplers, Connectors, Transitions, Matching Networks,
  • Scattering, Radar Cross Section (RCS),
  • Electromagnetic Compatibility (EMC), Crosstalk, …

WIPL-D Pro CAD 2018

WIPL-D Pro CAD 2018

New version released!

New versions of our flagship products,   WIPL-D Pro CAD and WIPL-D Pro, have been released! Check out our demo for new features and improvements.

WIPL-D Pro 15

WIPL-D Pro 15

New version released!

Our numerical engine is further accelerated by the new generation of GPU solver. Domain Decomposition Solver is significantly improved in order to support even larger EM problems.

Expert consulting!

Expert consulting!

- innovations to move
your business forward -

Our team of skilled and experienced engineers can assist you to meet the projects goals in time and within budget.

Prompt tech support

Full 3D EM simulation software

Prompt tech support

- responsive within a day, dedicated to excellence -

All customers are welcomed to join forces with our technical support team to get the most from WIPL-D software suite.

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WIPL-D Pro

WIPL-D Pro, the flagship product of the WIPL-D software suite, is an extremely powerful full-wave 3D electromagnetic solver providing fast and accurate electromagnetic simulations of arbitrary metallic and dielectric/magnetic structures. The numerical engine is based on the Method of Moments applied to surface integral equations employing higher-order basis functions and a quadrilateral mesh. This particular choice results in high electromagnetic simulation efficiency considerably moving higher the size of the solvable problem for the case of inexpensive CPU/GPU platforms, and extending the size limits where high performance workstations and clusters are available. The accuracy of the electromagnetic solver has been confirmed by numerous benchmarks comparing electromagnetic simulation results with exact analytical solutions or with measurements. Unbeatable EM simulation speed enables rigorous convergence studies of the results, allowing users with diverse levels of EM simulation experience to obtain reliable results.
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WIPL-D Pro CAD

WIPL-D Pro CAD is a solid modeler and electromagnetic simulator combining ultimate speed and accuracy of WIPL-D Pro simulation with versatile and user friendly 3D modeling interface. Fast and intuitive modelling is based upon built-in library of 2D and 3D primitives, Boolean operations, manipulations, waveguide ports, etc. In addition, import of 3D geometries from several CAD file formats is supported. A range of tools performing automatic healing of irregularities, removal of irrelevant details, etc. is available to prepare the imported structure for the electromagnetic simulations. Complex models like real-life aircraft, ships or cars can be imported and easily made EM simulation ready. Regardless whether the model has been created using built-in primitives, imported structure, or a combination of both, it is in any case meshed using unique, automated, simulation-optimized, all-quad mesher developed by WIPL-D. Finally, powerful WIPL-D Pro kernel with HOBFs and all other benefits is invoked to simulate the meshed model.
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WIPL-D Electromagnetic Simulation Software - products overview

WIPL-D EM simulation software suite consists of core products, WIPL-D Pro and WIPL-D Pro CAD, and several add-ons built around the core products to expand the range of application and capabilities.
GPU

GPU solver is developed for CUDA enabled Nvidia GPUs. The matrix fill-in, matrix solve and near-field calculations are all accelerated. Arbitrary number of GPUs is supported.

GCS

GPU Cluster Solver developed by WIPL-D uses Linux cluster(s) environment for parallelization of full-wave simulations. It combines GPU and MPI parallelization using advanced algorithms. The solver can be used for fast solving of multi-frequency problems of medium or relatively large size, and solving of electrically extremely large single-frequency problems.

DDS

The solver analyses electrically very large structures by subdividing the boundary problem into smaller sub-domain problems, solving the subdomain problems and combining the solutions. Full wave solutions of antenna placement, including the calculation of the coupling between several antennas, monostatic and bistatic RCS, radomes etc. can be obtained with high numerical efficiency.

2D

3D EM analysis of electrically long structures with constant cross section can be replaced with 2D analysis of the cross section itself. The analysis can be performed by WIPL-D 2D Solver with a particular cross section exported from WIPL-D Pro or WIPL-D CAD, or modelled from scratch in WIPL-D 2D solver.

MW

A powerful circuit simulator. Confirms its full potential in co-simulations of circuits and 3D-EM structures as WIPL-D Pro is seamlessly invoked for each EM analysis. Filter Designer and Array Designer modules can be optionally linked with MW Pro for automated, wizard-like microwave filter and antenna array synthesis.

OPT

Powerful multi-algorithm optimization tool which calculates both a single and multiple solutions for complex, multi-criteria optimization. Various built-in optimization algorithms are available.

TDS

The solver calculates time-domain response to predefined or user-defined excitation pulses by using frequency-domain analysis and Fourier transformation.

AW

AW Modeler can be used for import of drawings in 2D DXF format and conversion to a simulation ready WIPL-D 3D EM projects.

CMA

CMA Solver performs Characteristic Mode Analysis of metallic structures. Advanced algorithms developed for mode calculation and tracking result in highly accurate, wideband CM characterization of the structures.

News & Events

Stay tuned for the latest activities of WIPL-D team. For faster navigation, all news are divided into 3 categories: software (new releases, patches, etc.), events (conferences, software training, customer stories, etc.) and resources (application notes, papers, etc.).
Efficient Usage of CPU and GPU Hardware Resources

Abstract: In order to show the efficient usage of hardware resources (CPU and GPU) during electromagnetic (EM) simulations in WIPL-D software, the overall simulation process should be explained. WIPL-D electromagnetic simulation contains two main phases: the matrix fill-in which is…

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Microwave Tomography in Biomedicine using (A)Symmetry

Abstract: This application note provides detailed theoretical explanation on how the asymmetry feature is implemented in the WIPL-D suite. The user effectively models half, quarter or one eight part of the structure and sets asymmetry planes. The last step is to…

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Radome Boresight

This application note demonstrates a study of the simulated radiation of electrically large waveguide antenna array through an electrically large highly transparent large radome in broad-side directions. Several effects lead to this highly advanced simulations: numerous WIPL-D simulation software features…

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