Not trying to fan any flames...don't want to, and will not get involved in any flame wars. As the guy who worked closely with our engineers to make this happen, I do want to point out a few things that some are deliberately trying to skew in the wrong direction here.
Frank has already addressed other points, so I won't duplicate this here.
The purpose of our approach was to start with something EASY for transmitter manufacturers to implement. Which is, take a standard AES transport scheme that operates at 192 kHz, and feed FM composite baseband on the left channel. We deliberately stayed away from anything that was different from the AES standard as this would make it easy for ANYONE to implement
right now. No need to get into committees and all that would take forever to work out to make digital composite happen. Many transmitter folks contacted us, about it, and when I told them that this is all it was, there was disbelief for a while.
Orban and probably others have ideas to extend the capability of the system by using the "other channel" in ways to enhance the system. This is great. There is lots of room to grow here, and we can all work together to make it happen. We made the first public step to just get the idea out there, and see what happens. Nautel joined us in this effort. The response was way bigger than any of us expected!
Since the system runs at 192 kHz, the baseband bandwidth is 96 kHz. Anyone running 192 kHz according to the AES standard will have this bandwidth to work with, and the Omnia.11 has this. I've seen posts that are showing all kinds of misleading info here.
It's amazing how such a simple idea has turned into such a major p*&@ing match, and I'm not getting involved in it. Just wanted to put the above out there. I'm too busy creating new ideas & tech, and enjoying my family to waste the time on internet flame wars.
Regards,
Cornelius Gould