Infolytica to Release MagNet v7 Multi-threaded for Faster Solutions

MagNet v7 will see a radical transformation in the computational algorithms for solving, post-processing, meshing and other features of the software. The algorithms are parallelized to run on multiple cores simultaneously and allow for multi-threaded operations. This change, with other improvements to the software, result in significant speed ups.
“The potential of multicore has not been realized as many software developers have not optimized their code for this platform. We are proud that Infolytica will be one of the first.” said Behzad Forghani, Vice-President of Infolytica Corporation.
“We are entering the last phase of development and continuing testing over the summer. This is a major undertaking – in addition to all the other refinements that are being made to MagNet, we are redefining the potential of FEA by offering our customers a faster solution to better design. “
To demonstrate the increase in performance, a transient 3D simulation of a clawpole alternator was performed using an internal build MagNet v7 on a quadcore processor. A combination of system improvements and using multi-threaded algorithms, a speed up factor of 2.8x was achieved on two threads, increasing to 3.8x using four threads.
MagNet v7 also features other improvements, such as a refreshed and reorganized graphical user interface that includes new CAD functionality and crisper post-processing visualizations.
ThermNet v7, the thermal simulation software which couples with MagNet for accurate heating and loss predictions, is also updated to include the same enhancements.
ElecNet v7, the electric field simulation software from Infolytica, is also due out at the same time.