I am not sure what is intentional or not in regards to this design.Im not defending anything. Just trying to understand why they designed it the way they did and be open minded.
I just point out what I thought was plausible explanation . When you look at it, they spent a lot of effort in the design. The way the speaker looks I also guess that engineering has the upper hand to the markting/sales deparment. The felt around the tweeter, the adjustable spikes for time-alignment, the resistors for tweeter level adjustments the wobbly on/off axis with seems to work will in a reflective room, the in-house installation service etc.... They put a lot of effort in it. They...a whole team of engineers. Why the average DIY-er think they can do better? Sure they can do equal/better for their setup/environment. But they design it as is and made decisions/ trade offs maybe differently suiting better for there customers. I agree that if the peak is there for that purpose and solving that problem isnt an elegant solution and it wouldnt be my design decision. your point of how this solution will have down sides is correct. I assume the engineers prefer that trade off iso leaving a big dip.
I try to be open minded. The people who actually listen to the speaker seems to like them (with or without EQ) Why is that? That intrigues me.
How so? The NS10 was designed as a hifi speaker, and even on the meter bridge of a mixing console the frequency respons is still not that good. It provides a boost in the high-lows, but causes serious cancelations at other frequencies. The second version, the NS10 Studio, had the tweeter dialed back a bit just because it was ear bleeding.Finally the legendary NS10 was purposly designed to achieve flat SPL when placed on the meter bridge of a big recording console... giving a very non-flat anechoic response.
Could you please decrypt what is FFS?I'm not suggesting that Genelec-style true flatness of response is necessary FFS
I stand corrected.The NS10 was designed as a hifi speaker, and even on the meter bridge of a mixing console the frequency respons is still not that good.
The design isnt textbook. you have a reference to which you compare this design. Maybe we should think out of the box?I am not sure what is intentional or not in regards to this design.
It seems to me like you are looking for reasons that there are sound engineering involved in the design and after predictably finding apparent confirmation for your preconcieved notion that is used to disregard the contradictory data and everyone questioning the faults in the design are average DIYers. If we take a step back and look at the data in its totality and try to interpret it with the available science i dont think you can come to the conclusion that this is a good design.
I dont pretend to know why people buy this, i am sure they have their reasons but we see everyday on this site how the most popular and respected stuff can have awful performance. It shouldnt surprise anyone at this point.
Evaluating low-mids/bass is indeed what the NS10 is about. It's a tool.IMHO NS10 does still sound better in that use case compared to a brute-force anechoically flat speaker, wrt low-mids/bass
I measured my Yamaha AVR's YPAO and it was a discovery, that instead of expected pushing down LF it brings up the HF on room frequency response.The last few posts just scream for tone controls or built in EQ for systems. The one thing I don't like about my Yamaha surround AVR is the bass boost does nothing. I'm sure it is broken or designed to give a small amount of boost that sounds like no boost to me. My 30 channel EQ does it first class. But this is off topic. I will slink away now.......
For f**k's sake - Apologies...Could you please decrypt what is FFS?
NAD and PS Audio at least know what bass is. It's 70 to 80 Hz. 115 Hz is what gives muddy bass (when over done). It's what you dail out of a bass drum during recording for that reason.
I am afraid your understanding of spatial sound playback is very wrong. You are trying to re-invent the wheel and it is squareDolby Atmos is currently mostly offered by speaker systems that bounce sound off the ceiling, whether stereo or multi-channel. This system disperses from the ceiling, although you can link to a floor-based system at the same time. Each unit can play either channel, so currently, L, R or mono. These units have both Apple Music and Amazon HD onboard, so I can play either HD or Atmos mixes from my Amazon HD account. From what I understand, unlike traditional multi-channel, Atmos can be automatically converted to other multi-channel or stereo formats. Sooner or later the software on these units will most likely be upgraded for multi-channel allocation. They have all the Atmos facilities onboard, the other one being AirPlay.
None of which is relevant to the Wilson Tunetot, which I regret not listening to when we went shopping for new speakers, although it does look better on a shelf than a stand and I don't like subwoofers, which it probably needs in a primary system.
Didn't Amir comment that the bass driver Wilson uses has a longer throw with less distortion? That and the very solid box MUST help.The design isnt textbook. you have a reference to which you compare this design. Maybe we should think out of the box?
Why do people who actually listen to them like them? where does that come from? Are they wrong? Amir prefer it above the revel M106 after EQ'ing. A speaker which measure great. Why? That intrigues me and I'm willing to think out of the box to find an answer. juist saying it doenst measure well so it should sound bad is a bit narrow minded. I'm open to try to understand and learn why... and try to find some answers....
I'm pretty sure everything in that design is intentional. Best specs wrt to current standards was probably not the main intention.I am not sure what is intentional or not in regards to this design.
Never mind. I'm still learning.For f**k's sake - Apologies...
I won't be surprised as it's my job to know. I confirmed boosting 80 Hz is common practice to increase the feeling of bass. And there are other known frequencies for other effects.Depends on the speakers that work with.
You’ll be surprised how the in-room response changed after applying that 80hz boost on amps. Why people thinking bass response is like calculating numbers? do more in-room measurement for small speakers will help....
English is not my native language, but I'm sensing the Matrix_Architect speaking manner ))I am not sure what is intentional or not in regards to this design.
It seems to me like you are looking for reasons that there are sound engineering involved in the design and after predictably finding apparent confirmation for your preconcieved notion that is used to disregard the contradictory data and everyone questioning the faults in the design are average DIYers. If we take a step back and look at the data in its totality and try to interpret it with the available science i dont think you can come to the conclusion that this is a good design.
I dont pretend to know why people buy this, i am sure they have their reasons but we see everyday on this site how the most popular and respected stuff can have awful performance. It shouldnt surprise anyone at this point.
You said you want to learn but you insist that you know it already. If there will be a big dip to the sound at frequencies depending on how far you are away from a wall that means every speaker which is not flush to the wall will always have a dip in its response. We know that, that is not the case.Enlighten me...I'm open for it. I'm here to learn At the same time I try to understand why they designed the speaker the way they did.
When placed a speaker 85cm from the back wall you end up with a big dip at 115 Hz.
I believe istening to classical music will highlight the defects and certainly allow to understand/meet the measurements.
Not about liking it or not. Too much Salt and Pepper.