A sample is taken at a particular time in the audio wave, recording amplitude. The sound wave is converted into data through a series of snapshot measurements, or samples. This allows us to manage, edit, and arrange audio in a software-based context. Certain characteristics of an analog sound wave, like the frequency and amplitude, are converted to data computer software can read. It’s a bit of theory and a bit of math, but hopefully it will peel away some of the mystery behind how digital audio works.ĭigital audio is the system in which we store, recreate, and manipulate audio information in a computer system. Today, we’ll focus on audio sample rate and audio bit depth, as well as a few topics related to them. In this article, we’ll cover some basic aspects of digital audio, and how they affect the production process. What does each of the options do? How was I supposed to know what would sound best? Unfortunately, in the chaos of beginning to produce, I didn’t learn the basics of how a computer actually handles audio, so the whole concept of making music on a laptop felt a bit abstract.Įven bouncing my first track was confusing. The arrangement possibilities were endless, and I could learn how to mix music to sound like what I heard. I remember how eager I was to get into music production.
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