But that's strange, isn't it? Higher currents basically just require wider traces, higher frequencies require very specific trace lengths.
That's nothing that can't be incorporated into an auto router.
That's nothing that can't be incorporated into an auto router.
I suspect that if we made enough effort at the schematic stage to properly annotate all the nets and define the types of signals flowing around the board, an autorouter could do a superior job to a human (from an RF emissions and trace current sense).
I've never seen a schematic with that level of annotation though. So as long as the person doing the layout has to use external knowledge of what they're laying out, autorouters will struggle.
In theory you could make EDA software which incorporated a full circuit simulation which was then fed into the autorouter to provide a layout optimised for low-EMI and high efficiency. That would be nice!
Perhaps one exists, I don't know as I try to only use open source.
But yes ... probably not open source.