@br3098 wrote: "omnidirectional speakers better mimic the music we prefer in the venues we typically listen live."
I get it! Good omnis have very rich timbre and convey a wonderful sense of spaciousness, especially when they have a bit of breathing room.
The omni and quasi-omni formats are already being done and done well; I see no window of opportunity for me to offer any worthwhile net improvements. This is one of the reasons why I’m barking up different trees.
"I don’t find that typical unidirectional dynamic drivers do as good a job of reproducing complex music... as do omnis."
Agreed!
Floyd Toole fell in love with the quasi-omni (technically "bipolar") Mirage M1 many years ago. Like you, he finds that a well energized, spectrally-correct reverberant field actually enhances the clarity of complex music. This is somewhat counter-intuitive, but it has has been my experience as well. Toole theorizes that the ear is better able to decipher complex music signals when it is given "multiple looks" via multiple spectrally-correct reflections.
I was pleasantly surprised when my first bipolar speaker design had noticeably better clarity than its monopole counterpart, which used the same drivers and essentially the same crossover.
Regarding dynamics, imo that is something a good narrow-pattern horn speaker does well, and not just because of its lack of thermal compression. You see, dynamic range is partially a function of how loud the in-room "noise floor" is relative to the direct sound. To the extent that the reverberant energy in the room constitutes a masking "noise floor", it can reduce the effective dynamic range. So imo there’s some juggling of tradeoffs involved in this area when it comes to radiation pattern width. Or, as you far more succinctly put it:
"Different strokes."
Duke
I get it! Good omnis have very rich timbre and convey a wonderful sense of spaciousness, especially when they have a bit of breathing room.
The omni and quasi-omni formats are already being done and done well; I see no window of opportunity for me to offer any worthwhile net improvements. This is one of the reasons why I’m barking up different trees.
"I don’t find that typical unidirectional dynamic drivers do as good a job of reproducing complex music... as do omnis."
Agreed!
Floyd Toole fell in love with the quasi-omni (technically "bipolar") Mirage M1 many years ago. Like you, he finds that a well energized, spectrally-correct reverberant field actually enhances the clarity of complex music. This is somewhat counter-intuitive, but it has has been my experience as well. Toole theorizes that the ear is better able to decipher complex music signals when it is given "multiple looks" via multiple spectrally-correct reflections.
I was pleasantly surprised when my first bipolar speaker design had noticeably better clarity than its monopole counterpart, which used the same drivers and essentially the same crossover.
Regarding dynamics, imo that is something a good narrow-pattern horn speaker does well, and not just because of its lack of thermal compression. You see, dynamic range is partially a function of how loud the in-room "noise floor" is relative to the direct sound. To the extent that the reverberant energy in the room constitutes a masking "noise floor", it can reduce the effective dynamic range. So imo there’s some juggling of tradeoffs involved in this area when it comes to radiation pattern width. Or, as you far more succinctly put it:
"Different strokes."
Duke