![]() Thanks for the feedback, much appreciated. I found your thoughts and comments very useful and am pretty excited to digitize some records from my collection. Thanks for this thread and your personal settings you’ve shared. Perhaps a more important consideration is the generality of 44.1kHz - yes your current DAC works with 48kHz - but will all future devices that you might want to use? But I suggest that you try both with one track with a good dynamic range - and arrange blind testing with someone else doing the playback - to see if you can haer a difference.Ĥ8kHz files will take up a bit more space (not too much of an ussue these days aith realitivel cheap large storage available). Yes you could consider working (and exporting in 48kz) it would do no harm - but I doubt that you would actually hear any difference. But should I just rip at 44.1kHz? I’m only entertaining capturing at 48kHz because the analog-to-digital converter I will be using is capable of doing so at that sample rate. I will be using your settings for ClickRepair seeing as I’d, rather like you, like to keep the repairing to an extent where there is little to no effect on the actual music. Then when it comes time Export the final production file export downsampling to the default 16-bit 44.1kHz PCM stereo WAV files (the Red Book standard for CDs).Īnother strong recommendation - when exporting the temporary WAV files for processing in ClickRepair export as 32-bit float, ClickRepair will work on them as such and will produce 32-bit float files for reimport into Audacity. I would strongly recommend that for capture (and any editing) that you leave Audacity at its default 32-bit float and 44100 Hz I was wondering though if capturing the vinyl audio as 16-bit/48kHz would bring about any untoward changes? Hello, I plan on using ClickRepair on some vinyl I will be digitizing soon.
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