This is the next frontier for OSS tooling of electronics projects. Professional PCB software will FEA solve your PCB and look for noise or radio issues (did this trace accidentally become an antenna??)
KiCAD cant do this. So it's cool to see a project trying to tackle this problem.
FEM solvers break up a large design into lots of tiny meshes, then solve integrals for the electrical/magnetic fields. At high frequency, this is significantly more accurate than approximating based on the copper geometry.
Two big uses are antenna design and RF circuit design.
I can't comment on this specific solver but it does mention using EMerge, an existing FOSS project, as its core. Another FOSS alternative is openEMS. Anyone doing this for a job will just pay for CST/Sonnet/HFSS/Axiem/EMPro etc.
This is the next frontier for OSS tooling of electronics projects. Professional PCB software will FEA solve your PCB and look for noise or radio issues (did this trace accidentally become an antenna??)
KiCAD cant do this. So it's cool to see a project trying to tackle this problem.
What is this actually. I dont understand.
FEM solvers break up a large design into lots of tiny meshes, then solve integrals for the electrical/magnetic fields. At high frequency, this is significantly more accurate than approximating based on the copper geometry.
Two big uses are antenna design and RF circuit design.
I can't comment on this specific solver but it does mention using EMerge, an existing FOSS project, as its core. Another FOSS alternative is openEMS. Anyone doing this for a job will just pay for CST/Sonnet/HFSS/Axiem/EMPro etc.