Divide-and-Conquer Is So Last Decade

Remember the days when you had to take large electromagnetic models, cut them into pieces, solve the pieces in HFSS separately, and then stitch the S-parameters together in a circuit schematic? Users of Ansys HFSS haven’t had to do that since the release of our elastic distributed direct matrix solver back in 2014. Combine this with Auto HPC settings and the widespread availability of cloud computing over the last decade, and what you can solve with HFSS is virtually limitless.?

However, there are competitors of Ansys that still perpetuate the myth that large models need to be divided to be solved in HFSS.?Despite numerous public examples of solving electrically large geometries, there is still some doubt that it truly is that simple. When customers use the latest released software versions and the best-known methods, they can solve problems they’ve previously thought impossible to solve in one model. Not only does this save overall engineering time, but it also delivers greater insight by being able to investigate more coupling mechanisms, and discover the root causes of challenging electromagnetic problems.?

To hear more about how easy it is to solve large electromagnetic models in Ansys HFSS without having to divide-and-conquer, catch one of Ansys webinars or connect with your local Application Engineer.?