Pro

WIPL-D Pro

WIPL-D Pro, the flagship product of WIPL-D software suite, is an extremely powerful 3D electromagnetic solver that provides fast and accurate analysis 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.

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CAD

WIPL-D Pro CAD

WIPL-D Pro CAD is a modeling and simulation environment uniting versatile, yet simple geometry modeling, with signature WIPL-D simulation accuracy. The simulated structure is created using solid-based modeler, along with importer for various CAD file formats. Specialty tailored quad mesh algorithm produces mesh which is optimized for WIPL-D numerical kernel.

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GCS

GPU Cluster Solver

GPU Cluster Solver combines GPU and MPI parallelization using advanced algorithms and Linux cluster(s) environment for parallelization of full-wave simulations.

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DDS

Domain Decomposition Solver

DDS analyses electrically very large structures by subdividing the boundary problem into smaller sub-domain problems, solving the subdomain problems and combining the solutions.

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Related products:

WIPL-D Pro

WIPL-D Pro CAD

MW

WIPL-D Microwave Pro

A powerful circuit simulator that invokes WIPL-D Pro for 3D EM co-simulations. It has built-in modules for automated, wizard-like microwave filter and antenna array synthesis.

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2D

WIPL-D 2D Solver

Tool that performs 2D analysis of the cross section of electrically long structures with constant cross section instead of a full 3D EM analysis.

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Add-on Tools

GPU
GPU Solver

GPU solver uses arbitary number of CUDA® enabled nVidia GPUs to accelerate the matrix fill-in, matrix solve and near-field calculations.

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CMA
CMA Solver

Solver that performs characteristic mode analysis (CMA) of metallic structures by using advanced algorithms for mode calculation and tracking.

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OPT
Optimizer

Powerful multialgorithm optimization tool which calculates both a single and multiple solutions for complex, multi-criteria optimization.

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TDS
Time Domain Solver

It calculates timedomain response to predefined or user-defined excitation pulses by using frequency-domain analysis and Fourier transformation.

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AW
AW Modeler

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

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