I actually like the condominium approach , marketing geniusRight, it doesn’t kill dynamics… it just strangles them so hard that their faint cries for help can’t even make it through that giant wall of crossover parts.
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I actually like the condominium approach , marketing geniusRight, it doesn’t kill dynamics… it just strangles them so hard that their faint cries for help can’t even make it through that giant wall of crossover parts.
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That's definitely a really poor design.
Its a 5 way system , with items for that many drivers , multiple bypass caps , conjugates , impedance matching et al , thats not unusual ..Honestly, that’s not a crossover — that’s Duelund, Mundorf, and Audyn using the cabinet as their showroom.
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Its 4 different crossovers , so im listening tooCare to explain? I have no opinion on this, but am interested to learn.
I agree with you on surface area, power handling, BL/mass, bandwidth, and crossover design, but I’d add this: peak SPL alone doesn’t ensure true dynamics. Real dynamics require enough sensitivity and a stable impedance for transient current, low thermal/mechanical compression, and proper crossover/transient behavior to keep both micro- and macro-dynamics intact.Agree on selection of drivers , design implementation and crossover design is (for all speakers regardless ) critical , Disagree completely, it wont deliver every ounce of dynamics on a non pam pam amplifier..!
Once the loudspeaker system is capable of delivering the necessary peak db level it will deliver full dynamic expression of any recording. So whats critical is the ability to hit dynamic peak with the lowest distortion.
Criteria :
A. Large enuff surface area , which does require multiple drivers . ( 50% lower thd for every doubling of surface area )
B. Power Handling capability without compression.
C. Low Driver mass vs BL
D. Full power bandwidth 30-20K.
E. Proper crossover design with good Transfer function ..!
These are known knowns , not new to loudspeaker design, regardless of high sensitivity vs low sensitivity approach.
As to efficiency thats expressed in percentages so i think its best we stop following accounting principles by calling everything efficiency..
If everything else fails lets shoot for 1 acoustic watt ..
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B and E are the real problems with your “just put in more power” approach. Low sensitivity and low impedance drivers do suffer from thermal compression and complex, high order crossovers soak up power that robs dynamics.Agree on selection of drivers , design implementation and crossover design is (for all speakers regardless ) critical , Disagree completely, it wont deliver every ounce of dynamics on a non pam pam amplifier..!
Once the loudspeaker system is capable of delivering the necessary peak db level it will deliver full dynamic expression of any recording. So whats critical is the ability to hit dynamic peak with the lowest distortion.
Criteria :
A. Large enuff surface area , which does require multiple drivers . ( 50% lower thd for every doubling of surface area )
B. Power Handling capability without compression.
C. Low Driver mass vs BL
D. Full power bandwidth 30-20K.
E. Proper crossover design with good Transfer function ..!
These are known knowns , not new to loudspeaker design, regardless of high sensitivity vs low sensitivity approach.
As to efficiency thats expressed in percentages so i think its best we stop following accounting principles by calling everything efficiency..
If everything else fails lets shoot for 1 acoustic watt ..
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Conjecture for sure , not to mention the complex high order crossover thrown in from far left field never discussed ..!B and E are the real problems with your “just put in more power” approach. Low sensitivity and low impedance drivers do suffer from thermal compression and complex, high order crossovers soak up power that robs dynamics.
Thermal compression is real and not conjecture. Most multiway speakers use complex filters of 2nd or higher order. It has everything to do with your post, maybe think more…?? After all your A says you need multiple drivers…this usually means a multiway crossover…except for a very few designs like Grandinote and Horning. No one is talking about single drivers here…Conjecture for sure , not to mention the complex high order crossover thrown in from far left field never discussed ..!
PS: Your response has nothing to do with what i posted , Beee jeezus the ignorance is astounding..!
This is not single driver theory ..
Says the Wilson owner !Right, it doesn’t kill dynamics… it just strangles them so hard that their faint cries for help can’t even make it through that giant wall of crossover parts.
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Says the Wilson owner! …who’s already planning to ‘upgrade’ from Wilson to high-efficiency speakers with simple crossovers.Says the Wilson owner !![]()
David doesn’t like the Alexandria he thinks Sasha 2, for a Wilson is good. You can PM him and check
This is completely untrue. I spoke to David today. I think he is wondering why you make stuff up. You should email him and check.
i think my misunderstanding came because David made this remarkThis is completely untrue. I spoke to David today. I think he is wondering why you make stuff up. You should email him and check.
..most of my listening time I praise aspects such as layering, imaging, delineation, fluidity, detail and micro dynamics my preference still tilts elsewhere.
Let me give you some context for the thread: we all see things from a different perspective. My goal is to find the best horn speakers for me. A rational decision making approach calls for selecting a good handful of speakers to audition, before selecting one that meets one's subjective preferences and one's goals. Hence the title....
That said, when opening a thread with such a rather superficial and provocative question, it would actually be helpful to first clarify what should properly be considered a horn loudspeaker in the first place. Shouldn’t all ten octaves ideally be horn-loaded? Or is it sufficient if only four out of ten, or perhaps five out of ten, are?
Best regards,
S
This probably has more to do with output transformer saturation than compression/dynamics per se.Amps matter to when it comes to compression. Some of the images of the AG have big SS amps driving them. I put my Audion SET 845 in and I can't stand how muffled and fat the bass sounds. Its run for 3 days now. My KT88 PP are much more articulate and dynamic.
Thermal compression is real and not conjecture. Most multiway speakers use complex filters of 2nd or higher order. It has everything to do with your post, maybe think more…?? After all your A says you need multiple drivers…this usually means a multiway crossover…except for a very few designs like Grandinote and Horning. No one is talking about single drivers here…
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