Let’s discuss how FM synthesis works, what makes it unique, and how you can incorporate its distinctive sound into your own music.
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Let’s discuss how wavetable synthesis works, what makes it unique, and how you can incorporate it into your own music.
From parabolic and fiber optic micropones to hydrophones and binaural heads, we explore an array of niche microphones and recording setups.
Let’s talk about the primary ways analog emulation plugins are created, the areas they excel in, and how they differ from the gear they strive to recreate.
Explore five lesser-known facts about MIDI, a protocol that most of us can’t live without when producing and performing music.
Learn about sample rate, bit depth, dithering, and the various other parameters you might come across when exporting your track.
Let’s explore how CDs use lasers to read and write information, and how this technology was revolutionary for music consumption.
Learn about the definitions, differences, and use cases of white noise, pink noise, brown noise, and more.
Join us as we explore a few of the most common types of microphones, what makes them work, and what sets them apart.
Let’s explore how analog-to-digital conversion has completely redefined our approach to music in the modern era.
Let’s explore a few common tactics and best practices for reducing your CPU’s workload.
Learn how dithering can help enhance the sound of your digital audio, despite the fact that it adds noise to the waveform.