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I know Eric pretty well and while he doesn't divulge to many of their trade secretes, I do know enough to know that they are doing some things no one else is and I doubt they will go public with those things at all if they can help it. They have some clear competitive advantages.
It is not about the numbers or the bit rates. Who cares what's in it. Just listen to it and decide if it is worth it or not.
This model does not do 24/96. They do have higher end models but wanted to launch the budget version first. So if you have to have one that does the higher bit rates then just wait a little while. They will have one. And I will likely order one as soon as it is ready.
When I say it is not about the bit rate, what I mean is that it is not about the numbers. Just because a chip set will play back a higher sampling rate does not mean that the whole thing is going to sound better than one with a lower sampling rate.
This model does not do 24/96. They do have higher end models but wanted to launch the budget version first. So if you have to have one that does the higher bit rates then just wait a little while. They will have one. And I will likely order one as soon as it is ready. When I say it is not about the bit rate, what I mean is that it is not about the numbers. Just because a chip set will play back a higher sampling rate does not mean that the whole thing is going to sound better than one with a lower sampling rate.
In computer audio, the computer knows what DAC is hooked up to it and what to send it. You can play the higher sampling rate signals but the computer will reduce it down to the lower sampling rate.
As far as my previous post, I am not a believer in cryogenically treating circuitry. NASA acknowledges that cryogenics can increase the dimensional stability of metals, however they do not cryogenically treat electronic circuits that go into space.
I wouldn't, however, let NASA's choices dictate yours... they have a budget and have specified processes for trading risk against performance. Given budget constraints, they may choose additional backups or increased risk because they can't afford the cost of the increased performance. They are usually just moving data around as well, and can thus take advantage of error correcting protocols. Consumer audio doesn't really have any of those issues or benefits - they just have to worry about that pesky customer!
On a side note, NASA shuttle astronauts do use iPods for their audio systems. The lithium batteries are replaced with alkaline type to meet safety guidelines, and the device is not yet approved for the Space Station itself. But I think they are all "modded" with an ESS Sabre32 9018 DAC and have dual ultra-miniature DHT tube outputs. Steve
No output impedance spec. or voltage output spec. make it impossible to ascertain if it will work for me.
An intriguing product. I can appreciate the simplicity of the circuitry contributing to superior sound and the use of a class A output stage, BUT how in the world can I determine whether it is appropriate for my system? No output impedance spec. or voltage output spec. make it impossible to ascertain if it will work for me. Surely this info can't be "proprietary"! It would cost almost $150 to find out if it is NOT compatible with my setup(restocking fee+ shipping). Danny, can you measure the output?
[. By and large, most people (not specifically AC'ers) don't know that info about their source equipment, or what it means.-Tony