![]() ![]() In the same time i use protools hd for making rtas plugins (for guitare bass voice) and rtas instrument (for drum synth piano violin.) ![]() I use a pulsar asio creamware with an asio exe (like cubase/samplitude and no mutools) for doing audio and midi recording ! The problem with my configuration is that i use 4 different hardware together at the same time.ġ : a 01v96 yamaha 2 : a pulsar 2 creamware pci 3 : a protools tdm with 192 io digital.4: src24/96 berhinger (to see real mastering level) I really don't know that word clock could affect tempo and pitch tune.(thank you) Thanks a lot for your very usefull expaination about how work a master clock. But slight differences are not noticeable and of course your listener's playback system will never be perfect. If the record & playback clocks are different it affects timing/tempo & pitch. With different clocks they WILL drift-apart and even with a short recording, you'll probably have phase differences by the end, even if there's not enough error to notice any timing/tempo differences. With clocks locked the timing will match down to the exact-sample, no matter how long the recording. (With an instrument you are more-likely to notice that the backing track is out-of-tune.) And sometimes the tempo is out-of-sync by the end of the song.Ī shared clock is also useful if you are recording simultaneously from multiple devices. Or, you can sing into a USB mic perfectly in-tune with a backing track from your soundcard, and then when you mix the pitches don't match. But for example, some people record with a USB "podcast mic" (which should be OK) and then they play-back on their cheap soundcard and the pitch is off. It will "seem OK" if you record & play-back on the same device because the record & playback clocks match. The clocks in some "regular soundcards" are pretty terrible so the pitch will be off if you record on one device and play-back on another. That's probably helpful if you're synchronizing to video.įor "everyday audio" the clock doesn't have to be super-accurate and most audio interfaces are good enough. ![]() Some pro word clocks are atomic which of course are super-accurate. People have done experiments and they have to artificially foul-up the clock to make it bad-enough to hear. If jitter (clock instability) is bad enough it can affect sound quality but it's NEVER that bad. ![]()
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