Power output I believe, regardless of amp technology used, translates essentially only to how loud things should go, all other factors aside.
This does not say anything about how optimally an amp drives a particular speaker design. By optimally I mean that all frequencies are delivered essentially on equal ground even as the load impedance varies by frequency from the nominal, generalized overall rating.
Distortion will be lower when an amp drives a speaker with higher input impedance in general I believe, all other factors aside.
In general SS amps are better able to drive speakers with lower input impedance more optimally and with lower distortion for properly balanced sound than tube amps (in general).
That is my general understanding. Please correct me if I am off base here.
My point is that power output alone ma determine the quantity of sound (volume/spl) that can be produced, but not the quality, even at lower volumes. Other factors come into play there.
This does not say anything about how optimally an amp drives a particular speaker design. By optimally I mean that all frequencies are delivered essentially on equal ground even as the load impedance varies by frequency from the nominal, generalized overall rating.
Distortion will be lower when an amp drives a speaker with higher input impedance in general I believe, all other factors aside.
In general SS amps are better able to drive speakers with lower input impedance more optimally and with lower distortion for properly balanced sound than tube amps (in general).
That is my general understanding. Please correct me if I am off base here.
My point is that power output alone ma determine the quantity of sound (volume/spl) that can be produced, but not the quality, even at lower volumes. Other factors come into play there.