Quote:
Originally Posted by
Rem0o 
Does that mean Asgard 2 loves the big ohms headphones more than ever before?
Oops, missed this one.
I'll skip to huge technical explanation, but--no, wait, let's do it.
Bottom line: there are really three basic ways to reduce distortion:
1. Feedback--or, say, error correction, which is technically not feedback, it has an entirely different s-domain description, but let's lump them together for brevity.
2. More complex topologies which allow the active devices to have a more linear area of operation.
3. Running the active devices in a small part of their linear area of operation.
Asgard 2 uses #2 and #3--cascode topology, and much higher voltage rails (80V, as opposed to Asgard 1's 32V rails) to reduce distortion. It also uses a small amount of feedback in the low gain mode. So, distortion and output impedance are even lower in the low-gain mode (0.005%-ish and 0.6 ohms--ish).
Now, this all has nothing to do with driving high-impedance headphones, which typically want lots of voltage.
But, to get to the point with a relevant answer: Yes, Asgard 2 has significantly higher voltage output capability into high impedances. Asgard topped out at about 20V p-p. Asgard 2 tops out at about 30V p-p, much like a Valhalla. The only reason it doesn't have higher output power into low impedances is that its maximum output is set by the amount of current flowing in the Class-A output stage, which is fixed by a current source.