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I'm always entertained when people say bits are bits. While this may be true at some point in time and space, the entire chain needs to be considered. Playing a .flac file through a Squeezebox sounds a little different than playing the same file through Foobar on an Audio PC in my experience. I wouldn't doubt that wired vs. wireless SB's make a difference too.I'd rather try to figure how there 'could' be a difference and not focus on why there 'shouldn't' be one. The latter is too easy. I have found the 'original' recipe of Foobar and EAC properly setup and configured on an Audio PC with all the tweaks you can find (unmapping Kmixer, etc) sounds a little better to me than a Squeezebox or Transporter. I use the PC as a transport and use a USB Tube DAC (from Scott Nixon) at the moment. It's a magical combo. The sound from a hard drive provides the jitter-free near-analog foundation and the other tweaks provide extension and realism I never thought I could have.... Best of luck,Carl
Which is better, wired, wireless?Thanks
Well, bits is bits is not quite what we are talking about, though it is related...I think I am digging my own hole here!http://en.wikipedia.org/wiki/Red_Book_(audio_CD_standard) - Redbook bits definitionhttp://mike.passwall.com/networking/tcppacket.html - TCP bits definitionOh god, I am sure I am out of my depth now!
Quote from: Marbles on 1 May 2007, 01:28 pmWhich is better, wired, wireless?ThanksWired sounds fuller to me (and my wife).
But I have tweaked the slim server settings to not transcode alac to mp3.By default slim has the option to do that so you have to change that setting.That is one possible explanation some people hear a difference?
The way the SB3 functions is completely different. Bits really are bits, at least in so far as insulating the SB3 from the source goes. The packets that arrive at the SB3 don't contain anything like an S/PDIF signal - they contain (typically) FLAC encoded audio data in a TCP/IP packet wrapper - in english, a sequence of 1s and 0s that is many times removed from the analogue signal. After checking those packets for errors, the SB decodes them into an audio stream and sends that to its DAC (or to the digital out), along with a locally generated clock signal. There is no way jitter in the signal chain anywhere upstream from the SB can affect this process.