The BBC was one of the first organisations in the world (if not THE first) to use PCM internally http://www.bbceng.info/Install/comms...changeover.htm
and here http://en.wikipedia.org/wiki/Sound-in-Syncs
BBC Research Department were instrumental in developing much of what we take for granted today.
On the subject of the thread, can we have a reality check? We are talking about music on the go, aren't we? Listening on tiny things that fit either in or over the ear? I defy anyone to tell the difference between most high quality MP3 and upwards recordings regardless of codec/algorithm/whatever? I really cannot comprehend how anyone can claim to tell the difference between, say, lossless (ie taking up huge storage space) and high bit rate MP3 or other compressed formats. Listening in the car makes any difference even more pointless. Road, engine, tyre and traffic noise masks any fine detail.
Choosing a portable device comes down to storage and how do you access whatever you have stored there. No-one has addressed the second part.
and here http://en.wikipedia.org/wiki/Sound-in-Syncs
BBC Research Department were instrumental in developing much of what we take for granted today.
On the subject of the thread, can we have a reality check? We are talking about music on the go, aren't we? Listening on tiny things that fit either in or over the ear? I defy anyone to tell the difference between most high quality MP3 and upwards recordings regardless of codec/algorithm/whatever? I really cannot comprehend how anyone can claim to tell the difference between, say, lossless (ie taking up huge storage space) and high bit rate MP3 or other compressed formats. Listening in the car makes any difference even more pointless. Road, engine, tyre and traffic noise masks any fine detail.
Choosing a portable device comes down to storage and how do you access whatever you have stored there. No-one has addressed the second part.
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