I can't imagine anything more coherent than a full range electrostatic.
well......when they make a horn or panel that are truly full range and seamless top to bottom (and I mean really frikken seamless at warp 9) then we can consider those approaches. but so far you have to listen 'around' the compromises (dsp?) to consider them.
or 'settle' for where they are really good.
no offense intended.
I suppose it depends on how you define full range.
(...) My dream is JBL K2 (or M2) with 3 Infinite Baffle subwoofer ( with at least 2 x 18 inches drivers) : 2 IB in the front of the listening position and 1 the back. DSP'd, EQ'd and time aligned with the mains.
...So it is possible to have top to bottom coherence, great imaging and accurate sound from almost any technology.
(...) So it is possible to have top to bottom coherence, great imaging and accurate sound from almost any technology (...)
Did you ever listen to such particular system in reality, or is your dream build on separate dreams?
Probably for coherence and imaging, not so sure about accuracy. But they will have very different approaches to sound reproduction and once you add dynamic range to the lot thinks become less clear.
Yes. Hghly dependent. Just don't tell me your cone speaker is seamless. IIRC not even if it's active with a brick wall slope.
Hi Frantz,
Sorry to single one sentence out from the rest of the text, but your point above is worth discussion. I think in some ways (taking into account your use of “almost”), you could say that that’s true.
But I think what’s lead to the continued production of SOTA or near-SOTA iterations of each topology is that while each of them can indeed approach the virtues of top-to-bottom coherence, great imaging and accurate sound (the “what”), the way they deliver those virtues (the “how”) is what differentiates each from the other and makes each of them still relevant in a time when we might have expected greater convergence. Instead, as this thread touches on, we have continued progressive divergence. I think the reason for this is simply that even when each topology is taken to its zenith, it still reflects the particular set of strengths/weaknesses inherent in their respective design/execution as you say (the compromises).
And it’s in their point of divergence of the how - especially in relation to texture, tone, macro/micro-dynamics, punch/slam, inter- and intra-note flow - that best illustrates why dynamics/stats/planars/horns continue to receive specific attention from individual manufacturers. Even if we were to isolate one aspect - say, bass below 100Hz - there’s almost no convergence between the way a near-SOTA stat delivers bass versus an equally ambitious design that uses large dynamic drivers (which could be implemented into a sealed, ported, open-baffle, slot-loaded or horn-loaded design).
I think it's still possible to have "top-to-bottom coherence, great imaging and accurate sound from almost any technology", but not in ways that are comparable with one another. Viva la difference.
Just don't tell me your cone speaker is seamless. IIRC not even if it's active with a brick wall slope.
my cone speakers (with ribbon tweeter) sound seamless top to bottom in my set-up. period.
Franz is correct. "Truly full range and seamless top to bottom is not a function of cones or panel or horn or the technology used." (and that includes the crossover design). For most of us, seamless means not only full range in frequency response, but one that is also well-aligned in the time and phase response throughout the power bandwidth. Gregadd, are you saying Mike's system cannot possibly be "seamless" even though you have not heard it? ? Well, to be honest, it may not be seamless in the same way as the Chicago Symphony playing in Orchestra Hall. But it is as convincingly seamless as one may ever get to hear from a home (or studio) sound reproduction system. I suggest you might consider making less outlandish statements until you have had the opportunity to hear Mike's system.
You make this a little too easy. The lawyer in me says a ribbon tweeter makes it a hybrid not a cone speaker. There must be more to your argument. What does the crossover graph look like?
I don't think Mike's system can be used to represent cones. Let's not bring a gun to a knife fight
The culprits are not the technology but the settings, the application of the available technology . IF the correct settings would have been used the results could have been better.
All this to tell you that in the end when well made there is a convergence, no matter what the technology. The way the technology is applied is the main factor. IOW, IMPLEMENTATION. At the upper level differences between chosen path become smaller. So small it may come to what our imagination can coerce us into thinking: "Oh it is a stat" then we think , great coherence... ribbon then good highs, silk dome ? then smooth highs , etc.. Not saying that all tweeter sound the same only that when well executed difference in drivers become minimal. to the extent of not being perceivable. Some drivers retain their flaws no matter what in which case despite the implementation some part of the reproduction will come out flawed.
I don't think Mike's system can be used to represent cones. Let's not bring a gun to a knife fight
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