I'm by far no engineer, rather in the well-known first stages where you try to wrap your head around the bulk of information and try not to drown.
Reading this thread, it sparked my technical curiosity however, as I thought I was seeing some parallels in how the Chord DAVE is treating the digital information and how Schiit's Yggdrasil is approaching the matter. Most obvious is that both don't use a "classic DAC-chip". Anyone here that has more knowledge than me who can chime in and shed some light on this comparison? I know that there might not be enough details on the DAVE yet for that purpose (except for Rob himself then), but am I right to think it's approach is built upon the Hugo's approach? So the principles laid out by DAVE's predecessors might well be comparable?
Schiit makes a lot of noise for instance about other DACs throwing away the original samples. How will DAVE handle this? What does HUGO do actually?.
Boldly spoken, what does the extra cost of the DAVE (whatever that might be in the end) over the Yggdrasil buy me in technical advancements or "better ways of doing A or B"? (Alternatively,if this question is too premature: Why should I buy a Hugo TT instead of an Yggdrasil? No intentions to hijack this thread, I'm just trying to understand the different approaches of the "Chord way" vs the "Schiit way", and learning the basic principles already established by Chord in order to understand the potential improvements that DAVE brings upon these existing techniques)
I know, in the end the sound is what matters... and that's something we can't compare just yet. I'm nevertheless venting my curious mind
Thanks in advance for your insights!
Stijn