Semi: There is NO WAY that the Amati Homage is time coherent. Just because a manufacturer slants the baffle in no way assures that the speakers will be time coherent. In fact, in a Stereophile review of these speakers,
http://www.stereophile.com/loudspeakerreviews/139/
the step-response measurements clearly show that, although the tweeter and woofer are wired in positive polarity, the midrange driver is wired in inverse polarity relative to the tweeter and woofer.
Now go take a look at the same measurement FOR ANY THIEL.
Also, the bass peaks at 65Hz and then falls off at a rapid rate of 12dB per octave. That's not "first order" crossover, because if it were, then the bass driver would be falling off at a much shallower slope, due to its design needs to accomodate a first order design.
Sonus Faber attempts to replicate and pose as a Thiel, Meadowlark or Vandersteen, but ultimately fails from a design and electrical performance standpoint. And if the measured conditions are not met, then it will never be subjectively "correct" as a time coherent design, no matter how it "sounds."
And what you say about Thiels is absolutely false when it comes to phase coherence in a first order design. Just look at the benign phase angle vs. frequency response for Thiel designs. They blow SF out of the water on that parameter. I mean, give me a break.
Happy Listening (I've got my fire retardant suit on ;-) )
http://www.stereophile.com/loudspeakerreviews/139/
the step-response measurements clearly show that, although the tweeter and woofer are wired in positive polarity, the midrange driver is wired in inverse polarity relative to the tweeter and woofer.
Now go take a look at the same measurement FOR ANY THIEL.
Also, the bass peaks at 65Hz and then falls off at a rapid rate of 12dB per octave. That's not "first order" crossover, because if it were, then the bass driver would be falling off at a much shallower slope, due to its design needs to accomodate a first order design.
Sonus Faber attempts to replicate and pose as a Thiel, Meadowlark or Vandersteen, but ultimately fails from a design and electrical performance standpoint. And if the measured conditions are not met, then it will never be subjectively "correct" as a time coherent design, no matter how it "sounds."
And what you say about Thiels is absolutely false when it comes to phase coherence in a first order design. Just look at the benign phase angle vs. frequency response for Thiel designs. They blow SF out of the water on that parameter. I mean, give me a break.
Happy Listening (I've got my fire retardant suit on ;-) )