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newFASANT is introducing its new GUI, which utilizes a fully rebuilt interface. This new interface employing faster solvers transforms the suite into one of the most powerful EM simulation tools in the market today, allowing the user to solve the most complex problems, while making use...(continued)See more
Many features have been expanded or evolved in newFASANT v6.1 along with improvements...(continued)See more
Would you like to become a distributor of newFASANT products...(continued)See more
newFASANT is a very powerful electromagnetic simulation software tool, which is based on several state-of-the-art computational electromagnetic (CEM) techniques. The software suite is updated frequently, and the updates include the introduction of new features in the kernels and GUI as well as bug fixes. We place special emphasis on the development of the usability of our products by our customers. There are a number of modules that have been specially designed to address specific problems which pose a bottleneck for the user when using a conventional, general-purpose solver that are due to the complexity of the design.
With newFASANT you can solve a wide range of applied electromagnetic problems in the fields of antenna analysis and design, RCS analysis of user specified geometries, electromagnetic compatibility analysis of user defined circuits or systems, radio propagation in urban environments, analysis of on-board antennas, military circuit and system applications, and many more that are unique to individual users for their CEM applications.
We are proud to care for our customers by offering update notifications, online seminars, demo videos, complete Module and Training manuals with examples and many more.
We also offer customized solutions: If the solution for your needs is not available in the current release, then newFASANT is ready to develop the right tool for you!
newFASANT's team are recognized pioneers’ in the application of high frequency techniques, ray-tracing, and MoM solutions using realistic representations of user geometries by means of models created by NURBS (non-uniform rational basis spline) algorithms.More info