Hi Kurt, I need to look further into that unit as I just came across it. Sometimes, I am the worst "Googler"...my dad was always a genius at search queries, but he used DOS syntax (which Google used to use for searches. Now they have changed things to make it "easier" and in some ways it is, but if you were used to the older way, it is harder and he is no longer around, so I so muddle through)...sorry...off topic.
Just to give you a bit of background, as it might give you a better picture of what I was hoping to achieve (not sure if it is possible, but I am in a learning curve)...
Since I am so interested in pipe organs and reproducing their sound, I base a lot of things on the frequency range of a pipe organ. Now this creates issues when it come to sound equipment because of the extreme range of frequencies a large pipe organ can produce.
In the best of worlds, as far as sound goes, the optimum range would be from 8Hz (the sound of low C on a 64' rank [as no organ has been built with an actual 128' rank which would produce 4Hz at low C...[you can get that frequency in a resultant 5th; eg.
The only complete sub-subcontra fifth in the whole world are to be found at USA, Atlantic City, Convention Hall: Diaphone-Dulzian 42 2/3' (Ext. of 64'). This makes the Convention Hall organ the only one able to produce an acoustic 128' (64' + 42 2/3' = 4 Hz difference tone on C) from:
http://www.die-orgelseite.de/kurioses_e.htm .]) to about 15,360Hz. Since human hearing goes up to 20KHz, then in the optimal situation, I would need equipment that would handle frequencies from 4Hz to 20KHz. As a comparison, the highest frequency on a piano is 4186Hz.
Now, although, it is possible to create sound equipment that would produce the full range of a pipe organ, it would be astronomically expensive and in actuality, it would almost never be utilized, since pipe organ music produce in recording it, so the old saying about the "weakest link" applies as if you have anywhere in a system that can't handle everything (from the recording to the transmission to your equipment), it would be unreasonable to try to capture every tone a pipe organ can produce.
Over 90% of the organs on earth only go down to 32' (16Hz), so that would be where I would set the low mark.
I hope you don't mind the "lesson" in the pipe organ, but I wanted you to get some aspect of one thing that I need to be able to do. I also want to be able to play (and record) 4K video and take advantage of the new digital audio formats, i.e. Dolby True HD, HTS, etc.
Like many/most of you, I want to be immersed in what I am watching and listening to. If I am playing a movie where it has been recorded using the newer formats, I would like to take advantage of them with equipment that can "decode" everything.
A lot of what I wrote would be the absolute extreme of the best sound range I could ever want/need. I just don't have the pocketbook to be able to buy that kind of equipment. That is one reason why I want the 8-channel system, so I can be immersed in sound that has been mixed and processed properly to give you that "spacial" feeling.
I hope that information is helpful in showing you what I would like to try to create (within my budget.