88.2k Samplerate
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- Posts: 1743
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it sounds like it sounds - but it's a common mistake that people assume there would be 'less rounding errors' because it's a multiply of 44.1 (which 96 isn't) 
Sample rate conversion doesn't work like this, if done properly, it's a pretty complex filtering process and completely independant from the sample rate.
Yet there ARE (or at least have been) in fact some supersmart a*ses, who doubled the sample rate and fed it averaged values of the (say) 44.1k sample set (Craig Anderton found that during some SOS reviews).
Needless to mention that this procedure decreases quality, but the side effects could be similiar to an exiter, so it evntually might be perceived as an improvement - let alone the psychological effect of the numbers...
cheers, Tom

Sample rate conversion doesn't work like this, if done properly, it's a pretty complex filtering process and completely independant from the sample rate.
Yet there ARE (or at least have been) in fact some supersmart a*ses, who doubled the sample rate and fed it averaged values of the (say) 44.1k sample set (Craig Anderton found that during some SOS reviews).
Needless to mention that this procedure decreases quality, but the side effects could be similiar to an exiter, so it evntually might be perceived as an improvement - let alone the psychological effect of the numbers...

cheers, Tom
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- Joined: Wed May 15, 2002 4:00 pm
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Your master samplerate should really be equivalent to the device in your chain with the lowest samplerate. In otherwords, if you have a Noah, AD/DA conveter, digital mixer or anything else in your digital tree which doesn't support 88.2 or 96kHz, it would be advisable not to bother. You'll end up with nothing but trouble if you run different devices at different clock rates unless you have a good master clock with switchable rates per output.