I can use the Stomp as an interface, monitor the guitar sound directly from the Stomp while recording BOTH the processed sound and the unprocessed sound to separate tracks and not worry about latency. This is why I really like the HX Stomp (or Helix family of products in general).
That's when you get crashes, glitchy audio, and drop-outs. There comes a limit where your CPU cannot process the audio as fast as you want it to. Higher sample rate + lower buffer size = lower latency AND more strain on your CPU. The lower your buffer size, the smaller the chunks of audio information and the more your CPU must prioritize audio processing over other things. It's the same way with your CPU processing audio. If they were to do that on a word-by-word basis, it would require WAY more focus and mental energy to be accurate, and be fast. They do this so they can take all of the information in context, "process" it, and correctly translate. Think of it like a translator: most human translators wait to hear an entire phrase or sentence before they speak in the other language. The buffer size refers to the number of actual samples your CPU must fully process and spit out at a time. 44.1kHz means it is sampling the audio 44,100 times per second. The sample rate is the number of times per second that your computer samples the audio signal.
You're experiencing lower latency, as in a shorter delay from when you play the note to when the processed sound comes out of your computer.
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