Hey, thanks for the tip. I will look at what's happening there. While I have access to some pdks, I need to port my examples to open pdks so people can run them without licensing concerns.
I am same boat regarding to rf/uW tools. I still have MMICAD running on a XP virtual machine. It is great software but company, optotek, is no longer in existence. I also have a licensed copy of Keysite Golden Gate. It is also great software but my version is old now. I run that on a Linux VM. I run both from confirma by converting spice netlists (to mmicad & spectre for GG). All the old RF tool vendors have been acquired and have gone up-market making accessibility a big problem.
Before getting into Si IC design I did GaAs MMIC's and distributed element RF design on pcb's. RF is also one of my targets in this project. Using standard spice simulators with Confirma & RF test benches you can do s-parameter based amplifier design. So s-params, K, Gmax, simultaneous match is all possible. I will attach an example of an RF amp using this methodology to this message, all created in Confirma/Kicad. Also, distributed element filters. I have assembled microstrip models to run in spice... mlin, mtee, mcross, mbend, etc. I use mmicad to validate the rf models I come up with in confirma. So yes, rf & uwave are also a priority.
The kicad schematics works very well. I have not done any pcb layout work myself but many great examples are out there. The main limitation for me was no hierarchical symbols or hierarchical symbol libraries as you need for IC design and for multi-engineer project teams. Multipin buses and correct parameter passing through the hierarchy was also an issue. Plus I cant be locked into just NGspice as good as it is. BTW. the previous version of Confirma used Mentor Dx designer for capture. All the best! Kevin