You're on the right track, but I have a tip of advise: you can rely on DSP to correct the reponse but you should consider that there are many other variables, such as the distance between the speakers, the distance between the speakers and the sweet (actual listening) spot, as well as the location of the woofer and the tweeter within the box, not to mention the room reflections which certainly lead to cancellations in some frequencies. Also, you should consider how the phase affects to each other at the overlapping frequency spectrum which in some cases may lead to invert the polarity on the tweeter if necessary. Also, you may want to use an omnidirectional condenser mic at the sweet spot with a tripod, or even better, binaural microphones in order to accurately record what you are listening and measuring. Holding the mic at such short distance by hand may lead to inaccurate measurements and it may not be the best option to adjust the response unless you are planning to use them as a computer sound system. Nevertheless it shows some difference between before and after you made changes using DSP, which can help to the viewers to hear the difference between one and another which seems to be the goal of this video.
If I was designing a legit bookshelf speaker for my personal use, I'd definitely be taking all of that into account. This was just a fun little experiment and demonstration.
Pretty bad video to be honest, most tweeters, not in pa use, will be on axis, you could have moved away a bit for the microphone to pick that up a bit, that would give it a more realistic stage , yet at the same time the mic would pick up all the reflections of the room, making the sound unclear
Dd dsp? Lets go, please dont let us wait for to long
Damn what a big difference that made it sounded louder and clearer
Definitely waiting to see a DD DSP!!!
Thanks, DD audio.
Dsp is a game changer .
Solid before and after, way different
You have successfully defeated every design feature of these speakers.
We mitigated a couple unfortunate side effects of high efficiency designs.
Are you working on the DSI-4?
I don’t understand anything you said but I want to learn.
He's using a dsp to control crossovers . And balance each channel . A dsp makes a whole difference
Will DD Audio be coming out with a 4 inch mid range woofer???
You're on the right track, but I have a tip of advise: you can rely on DSP to correct the reponse but you should consider that there are many other variables, such as the distance between the speakers, the distance between the speakers and the sweet (actual listening) spot, as well as the location of the woofer and the tweeter within the box, not to mention the room reflections which certainly lead to cancellations in some frequencies. Also, you should consider how the phase affects to each other at the overlapping frequency spectrum which in some cases may lead to invert the polarity on the tweeter if necessary. Also, you may want to use an omnidirectional condenser mic at the sweet spot with a tripod, or even better, binaural microphones in order to accurately record what you are listening and measuring. Holding the mic at such short distance by hand may lead to inaccurate measurements and it may not be the best option to adjust the response unless you are planning to use them as a computer sound system. Nevertheless it shows some difference between before and after you made changes using DSP, which can help to the viewers to hear the difference between one and another which seems to be the goal of this video.
If I was designing a legit bookshelf speaker for my personal use, I'd definitely be taking all of that into account. This was just a fun little experiment and demonstration.
Are those boxes ported??
Pretty bad video to be honest, most tweeters, not in pa use, will be on axis, you could have moved away a bit for the microphone to pick that up a bit, that would give it a more realistic stage , yet at the same time the mic would pick up all the reflections of the room, making the sound unclear
Your opinion don't matter
@@jasx1485Thats not an opinion, he has a point
@@christophsmaul5575 it is an opinion because the sound would not pick up reflections on the room it. It would be refracted of the walls