WIPL-D Pro v7.0 Announcement

WIPL-D Pro v7.0 Announcement

WIPL-D Pro v7.0 brings important features for simulation of electrically very large structures, as well as for design
productivity and visualization of results. Main features:
• Multilevel fast multipole method (MLFMM) featured in WIPL-D Pro is the first commercially available
application of this advanced method to a higher order MoM code. The higher order MoM is inherently able to
simulate structures far beyond reach of any other rigorous CEM method. The already great computational
efficiency of the method is now extended multifold. The results are staggering: WIPL-D MLFMM solves
structures that were so far only reachable by high frequency asymptotic methods.
• Parametric sweep feature enhances user productivity by making parametric studies easy. What-if exploration
of the design space is now facilitated by the fully automatic integration of a new interface module, the EM
simulator and Graph displays. Parametric sweep is also a good pre-cursor for a parametric optimization. Any
project symbol (variable) can be swept over a range of values in order to inspect its influence on the design.
• The main user interface and graph diagrams have undergone a series of improvements to enhance the overall
user experience.