That was the old days.
Discreet ladder can supass a chip
(As long as it employ a correction system for the individual resisitors.)
Both DACs, (The Holo and the 1541) prove you can now do discreet ladder cheaply.
They both perform very close to yggy level, without having the advantage of yggy's burrito filter.
(Indeed the main edge yggy has is its filter.)
If Schiit was to progress in future, it would be with a discreet ladder,
because there's no better chip out than what they using already.
The question is it worth it, or feasible.
Probably, if they don't want to be dependant on another company for Dac chips.[/QUOT
E]
In the old days there were no ICs. We have a GE monstrosity with discrete components that is enormous, you can't program it, it doesn't actually do much control, etc. It takes up enormous space, a couple of PLC's with a little remote I/O connected to modern drives could run circles around our discrete dinosaur. Precise/accurate compensation for the resistors would require heat, voltage, and current monitoring and control circuits, all in analog according to your desired, and your little filter wouldn't be a little filter. I suspect 4 servers would be about right. Now if you wanted to use integrated circuits in stead of discrete components to deal with your resistors, and filtering, that's a horse of a different color, but you specified discrete... I've worked on old 1980's PLCs that had 4K boards that were about 20 x 20 inches, and they were integrated circuits, just to give you an idea of the scale you would need to go to if all memory, etc. was discrete.