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Audio and Video Talk
General Discussion
Separating the digital processing from multichannel amplification
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<blockquote data-quote="jvr" data-source="post: 1097221" data-attributes="member: 15634"><p>It took some time to fiddle around with the Netflix side of things, which kind of delayed proper audio experimentation. This is rather useful. With my setup, filter 3 sounds pretty awesome. I quote:</p><p>"Our Steep filter is a linear phase filter that has been optimised for stop </p><p>band attenuation of close-in aliasing images. Here we have traded a </p><p>little attenuation of the very highest frequency response (for 44.1kHz </p><p>sampled material it would be -2dB at 20kHz) and a little more pre- and </p><p>post-ringing for a very steep attenuation just outside the pass band. The </p><p>Steep filter is able to attenuate aliasing at 22kHz by some 80dB."</p><p></p><p>End result is a sumptuous full bodied sound, very analogue like, very pleasing.</p></blockquote><p></p>
[QUOTE="jvr, post: 1097221, member: 15634"] It took some time to fiddle around with the Netflix side of things, which kind of delayed proper audio experimentation. This is rather useful. With my setup, filter 3 sounds pretty awesome. I quote: "Our Steep filter is a linear phase filter that has been optimised for stop band attenuation of close-in aliasing images. Here we have traded a little attenuation of the very highest frequency response (for 44.1kHz sampled material it would be -2dB at 20kHz) and a little more pre- and post-ringing for a very steep attenuation just outside the pass band. The Steep filter is able to attenuate aliasing at 22kHz by some 80dB." End result is a sumptuous full bodied sound, very analogue like, very pleasing. [/QUOTE]
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Audio and Video Talk
General Discussion
Separating the digital processing from multichannel amplification
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