Nearfield listening - once more


I have a small nearfield pinpoint satellite speaker system, as well as a large floorstander speaker system, at home. I am intrigued by the fact that the small system does some things as well or even better than the big system. How can that be. A few questions:

1 - how can big speakers be tuned /positioned towards optimal nearfield listening?

2 - what are the main things to consider, to get optimal nearfield sound, with smaller speakers? (I already know that speaker stands and positioning are key elements).

o_holter

Interesting experiment asctim ...

 

I used a foldable wood screen with absorption and diffusive surface as a focusing lens between my ears and the room speakers and walls ...It was not farfield nor nearfield ... I was in my listening position at 9 feet from the speakers...

Astounding... I felt like the best of headphone intimacy  coupled with speakers holographic and  realistic impression...

In some recorded albums the soundstage extended all around me almost behind me ...

But my room was heavily tuned with 100 different resonators ...

After this experience i understood why sound experience is mostly acoustics and psycho-acoustics ... Not taste ...

 

@atmasphere - my experience is that the sub needs to be cut off at a lower frequency than 80 hz. The Velodyne DD18 is the sub I've owned that really went low, and the crossover could be set to 40 - 45 hz. Even lower than with the two REL Strata subs I had before. Yet even at that low crossover, I was concerned about the sub positioning, and found that the DD18 sounded best, positioned in line with the speakers, or a bit in front, very directional - although this should not be the case. I have not (yet) experienced truly non-directional subs.

@o_holter My experience is similar in that I have to cross the speakers over at a frequency much lower than 80Hz. If you think about it, 40Hz is only an octave down so unless your crossover has a really complex and steep filter, there will be a substantial amount of energy above 80Hz with a 12 or even 18dB slope.

I have my sub's drivers facing the wall but my subs are Audiokinesis Swarm subs and so are designed to operate inside the room boundary effect. Most subs are not, so have to be placed well away from the wall otherwise they will be tricky as the room boundary boosts bass by about 3dB per octave as you go down. Duke's subs take advantage of this and so are designed to roll off at 3dB/octave starting at 100Hz. In this way they are flat at 20Hz, yet are compact and can be right against the wall, which is really important for space in my room.

Near fields are used specifically for studio environments where you are working close to your console, such that their polar response is quite narrow in the mids and highs  in order to reduce console reflections. they in general should not be used as everyday listening speakers unless you don't care about the room response. Most good near fields like Adams or Focal are also quite expensive ( $1000+ each),  most these days are bi-amped with XLR and digital inputs as well as 2pi or 4pi padding (low end EQing)  

Unfortunately marketing has stolen that phrase these days. satellite systems is the proper term for consumer items like what you have described.

for most listening its just better to be able to hear the room acoustics, and for better enjoyment to get your room analyzed  to see where unwanted resonances are and mechanically  remove them using  things like bookshelf's or phase detraction devices and bass traps . depending on how bad your room is. In the studio we spend a fair amount of time correcting room responses before we start using them. Best money spend is on getting your room sound good in the first place. DSP room eq's won't correct a bad sounding rooms either. 

Book shelfs work very well at preventing standing wave which cause those resonances, and are pretty cheap in comparison.

But dont use near filelds for your entertainment needs. 

Good nearfield listening must be done in a very small room ..

And the acoustic control of this small room matter very much for the S.Q. in near field listening ...

The speed of sound is such that in a room under 13 feet , the reflected waves from side and low ceiling and the direct waves participated  together in the holographic impression ...

Near listening in a non treated small room is not the same as in a treated small room.. It is my experience ...

Then saying that in near field room acoustic dont matter is not true ...😁