WIPL-D Pro CAD 2022 & WIPL-D Pro v18
are released!

07-Dec-2021 Belgrade, Serbia

We are pleased to announce the official launch of new versions of our flagship products: WIPL-D Pro CAD 2022 and WIPL‑D Pro 18. Recent releases bring enhanced user experience and numerous new features and upgrades.

WIPL-D Pro CAD 2022: What is New? – full release note

  • Assembly: The new instance at the top of topological
  • Component library, comprising:
    • Simulation-ready antennas
    • Platforms
  • Improved import of CAD models:
    • Renaming and merging of common symbols
    • Merging of common domains
  • New naming algorithm – increased robustness when
    working with very complex models
  • Improvements in the meshing algorithm:
    • Extraction of poles in the pre-meshing phase
    • Improved mesh when working with complex models
      with a number of small faces and isolated vertices
  • Blending operation
    • Rolling-ball and chamfers blend
    • Propagating or non-propagating blend
  • Import of fully parametrized Ansys Nuhertz FilterSolutions filter models
  • New options for frequency dependent materials:
    • Export to an .frN file
    • Show numerical values of domain parameters
  • Other options/improvements:
    • New functions in the symbolic mechanism
    • Improvements in the Crop by Plane option when parts of a wire are placed in the cutting plane
    • Characteristic Modes Analysis
    • Setting of local mesh size and angular tolerances on the body level


WIPL-D Pro 18: What is New? full release note

  • New options in the STL Editor:
    • Automatic validation
    • Automatic healing (simplification and unite)
    • Fully controlled decimation and quad meshing
    • Export of selected model parts
    • Model settings
    • Manipulations
  • NEVA based human phantoms for EM modeling
  • Library of antennas for medical microwave imaging
  • Material library with over 80 predefined materials, and
    three new ways to define frequency dependent material properties:

    • Frequency table
    • Cole-Cole approximation
    • Djordjevic-Sarkar approximation
  • Operations applicable to a selection of domains:
    • Near-field calculation
    • Averaging of material properties
  • Enhanced capabilities when importing models/projects
  • New application for plotting the output results (WIPL-D graph viewer):
    • Completely new algorithm for reading and processing data
    • An intuitive and user-friendly setting of graph parameters
    • Introduction of new variables for plotting
    • Plotting different data formats on the same graph
    • Save and reuse graph settings
    • Other improvements: rounding numbers, faster 3D rendering using
      OpenGL display lists, spline fitting, export to ASCII for overlaid results
  • Extended limits of the periodic boundary condition solver
  • GPU solver: accelerated GPU matrix solve for a large number of excitations
  • Export and re-use of the MoM matrix
  • Fast preview of large and complex structures
  • Other features/improvements:
    • Repair projects at open
    • Reverse simulation order in frequency and sweep parallel runs
    • Import of MAP files
    • Enhanced limits for handling large and complex structures
    • Enhanced limits for handling of structures with a large number of generators/ports
    • Custom-defined merge tolerance