Sound1 - there is only one way to test.
Create two audio files - one on 44.1kHz sampling rate, and another at 48 kHz sampling rate.
You would have to use digital audio workstation program like Adobe Audition etc (or freeware Audacity).
Load these two files on foobar. And do ABX comparison.
the 44.1kHz would either get upsampled by foobar plugin or by soundcard.
the 48kHz will not require any sample rate changing.
If you can detect the difference significantly, then the next test would about about foobar's plugin vs soundcard's native upsampling.
Regarding the URL you provided, can you identify jitter?
What are the perceivable audible effects of jitter?
Jitter is not audible, sighted and blind tests.
http://www.jstage.jst.go.jp/article/ast/26/1/50/_pdf
You do know that many things in audiophile world happens because of placebo and politeness (not wanting to offend /argue with the person who could "hear the difference") ?
And the manufacturers also have vested interests ...
Create two audio files - one on 44.1kHz sampling rate, and another at 48 kHz sampling rate.
You would have to use digital audio workstation program like Adobe Audition etc (or freeware Audacity).
Load these two files on foobar. And do ABX comparison.
the 44.1kHz would either get upsampled by foobar plugin or by soundcard.
the 48kHz will not require any sample rate changing.
If you can detect the difference significantly, then the next test would about about foobar's plugin vs soundcard's native upsampling.
Regarding the URL you provided, can you identify jitter?
What are the perceivable audible effects of jitter?
Jitter is not audible, sighted and blind tests.
http://www.jstage.jst.go.jp/article/ast/26/1/50/_pdf
You do know that many things in audiophile world happens because of placebo and politeness (not wanting to offend /argue with the person who could "hear the difference") ?
And the manufacturers also have vested interests ...
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