Audio Sidechain

An Audio-Sidechain takes an audio signal, such as a kick drum, and transforms it into a modulation signal that can control various parameters on another track, like the volume or filter cutoff of a bass sound. This technique is commonly used to duck the bass when the kick hits, but it can also modulate many other aspects of a sound for creative effects. Using Audio-Sidechain modulation allows for dynamic and interesting sound design, making your music more lively and expressive.

The Envelope-Follower modulates parameters by tracking the volume shape of incoming audio, using settings like rise, fall, RMS, or peak to fine-tune its response. It only processes direct audio input, not audio from other tracks, unless you use additional tools like an audio receiver. For true sidechaining with external sources, it's best to use an audio sidechain modulator.

In this video, I explain the concept of ring mod sidechain modulation and demonstrate how to achieve it in Bitwig Studio. I discuss the potential for distortion using this method and suggest using Bitwig's audio sidechain modulator as a cleaner alternative. Additionally, I provide a more advanced setup in Bitwig's FX Grid for precise control, with both presets available in the video description.

In this video, I showed how easy it is to side chain in Bitwig Studio. I demonstrated four different methods of side chaining, which include using a compressor plug-in, an audio sidechain modulator, a note sidechain, and an EQ plug-in. I also showed how to use the sidechain FX box to apply audio effects to the sidechain signal before it hits the analyzer. Lastly, I showed how to use the transient control to amplify or reduce the attack and sustain phases of a signal using a sidechain signal. Side chaining is not only for reducing the volume of a bass sound, it can be used for many creative effects.

In today's video, I discuss the importance of high precision and latency-compensated sidechain compression on the bass for bass music producers. I explore different methods, such as audio sidechain, note sidechain, and segments, and demonstrate their effectiveness in achieving precise sidechain compression. However, I also highlight a bug when introducing latency within the FX chain of a device.

This video explains how to create a dynamic resonance suppressor in Bitwig Studio using native tools, focusing on audio sidechain modulators and flexible EQ or spectral devices for precise, real-time control over harsh or problematic frequencies. The presenter compares Bitwig's workflow to Ableton Live, highlighting Bitwig's superior modulation capabilities and the ability to build unlimited, customizable solutions for tasks like de-essing, noise suppression, or spectral gating. Various creative techniques are shown, from quick envelope-follower sidechaining to advanced spectral or FX grid approaches, allowing users to tailor their workflow for different sounds and preferences.