Distortion

The Transfer module in Bitwig 5 is a flexible, drawable wave shaper that lets you edit custom transfer functions to shape and distort audio or other signals in creative ways. It features intuitive options like antialiasing for smoothing, drive control for input gain, and the ability to load or design complex wave shaping curves. Perfect for personalizing distortion effects, it gives you precise control to craft everything from subtle saturation to wild custom transformations.

In this video, I explore Bitwig Studio’s Saturator device, explaining how it shapes audio signals using a customizable transfer function to add harmonics and distortion. I demonstrate its impact on waveforms, different settings, and real sounds, highlighting features like gating, wave folding, and the importance of harmonics for adding richness to audio. The video offers a practical guide for musicians to better understand and creatively use the Saturator in music production.

In this video, I demonstrated how to use the Voxango Shine Chilla, a distortion overdrive or saturation effect. I showed how to use the threshold and harmonic pages to generate overtones and how to use the saturation page to create rich overtones in the top end. I also went through the other features of the plug-in, such as the question mark, the naming field, the undo/redo, the A/B comparison, the channel routing settings, the group soloing, and the settings page. If you are interested in the plug-in, there is a link to the Voxango page in the description where you can download the demo version and try it out for yourself.

In this video, I demonstrated how to recreate the Delta distortion plug-in in Bitwig Studio by using techniques such as amplitude modulation and signal subtraction to generate overtones and modulate the original signal. I outlined the patch setup, including using a band-splitter, AMRM module, and customizable distortion curves, allowing for modulation with either the side chain or the main signal itself. You can download my preset for free from my GitHub to experiment with these techniques in your own projects.

The Filter+ device in Bitwig Studio is a highly versatile and modular audio effect combining distortion and filtering, allowing users to shape and enhance sound in creative ways. It offers extensive customization, from swapping distortion and filter modules to flexible modulation options using built-in or external modulators, and even supports polyphonic processing for advanced sound design. With features like pre- and post-FX slots and the ability to convert to an FX grid for deep editing, Filter+ stands out as a powerful tool for everything from subtle coloring to building complex resonators and synthesizers.

This video discussed the use of the Baby Audio Tape plug-in, which can be used to give a track a 1980s feel with saturation, compression, pitch modulation, flanging, distortion, and noise. It also discussed the various knobs and features of the plug-in, and how it can be used to add texture and harmonics to instruments, buses and the master.

In this video, I introduced Topos, a new saturation distortion plugin with unique features like a topological view for creating custom distortion curves and detailed module settings for the input filter, amplifier simulation, and speaker simulation. While I appreciate the plugin's design and sound quality, I found the behavior of the settings window slightly annoying as it automatically reverts to the wave view. Despite this minor issue, I recommended downloading the demo version, Topos Play, to try it out, as it's lightweight, affordable, and doesn't require iLok.

In this video, I found a distortion device on Reddit that allows me to load in a wave table and create different distortions by morphing through it. By using a high pass filter, I can eliminate the DC offset and achieve better results. Additionally, instead of using wave tables, I can also use multiple transfer curves, merge them, and blend between them for different distortion effects.

In this video, I discussed the E-SNARE device in Bitwig Studio. I showed how to blend between the two oscillators, mix the noise with the envelope, and shape the sound with filters and the output section. I explained how to create snare sounds with the device, such as deep snares, light snares, and rim shots. I also showed how to add room to the sound with the convolution device and how to layer the snare with a sample using the ADSR. Finally, I demonstrated how to use distortion, EQ, and saturation to shape the snare sound and how to use a peak limiter and Valhalla Supermassive to add texture.

In this video, I demonstrate how to replicate the functionality of the Plasma plug-in by iZotope within Bitwig Studio. By using techniques like loud split, EQ adjustments, and saturation, I create a flexible method to achieve similar frequency-specific saturation effects without the high CPU usage. I also provide a free preset for download, encouraging viewers to like, subscribe, and share their thoughts in the comments.

Learn a full Bitwig drum and bass workflow, from bass design and drum programming to modulation, effects, and arrangement decisions.

In this video, I showed how to use subtractive synthesizers to create simple and easy bass, lead, hoover, and kick drum sounds. I started by explaining what a subtractive synthesizer is and how to create a sine wave with one. I then showed how to create a kick drum using one envelope and how to create a lead sound using unison. I also showed how to create a hoover sound using two pulse waves and pulse width modulation. Lastly, I discussed how to create synthwave basses using distortion and the monophonic mode.

In this video, I discussed creating an arrangement and mixing on an 8 bar loop from my previous video. I identified a few issues I wanted to address, such as the drone playing all the time, the lack of modulation on the pad, and the fact that the vocals play all the time. To solve these issues, I suggested grouping all the tracks together, cloning the first block, and creating different versions of the loop. I also discussed gain staging, using a peak limiter, and adding a bit of saturation to the kick drum. Finally, I demonstrated how to use a sampler to add a rim shot to the clap.

In this video, I show how to turn the Polymer synthesizer into a physical modeling synthesizer using the Carpular Strong Method. This involves adding an ADSR in polyphonic mode, increasing the noise to 100%, using the comp filter instead of the cell and key filter, and modulating the drive with an ADSR. I also show some additional options like modulating the damping of the comp filter with expressions and velocity, increasing the resonance limit, softening the attack with a longer attack time, and modulating the noise envelope. I also demonstrate how to use a stereo oscillator, add distortion, and use a high pass filter for lower tones. Finally, I show how to save this as a preset and recall it when needed.

The DC Offset device in Bitwig Studio is a simple tool designed to correct DC offsets in audio recordings but becomes much more powerful with modulation, enabling creative sound design techniques like custom synthesizers, saturation, and bit-crushing effects. By converting audio signals into modulation sources, users can reshape, process, and reintroduce signals in unique ways, utilizing the full range of Bitwig modulators. This foundational device, while basic in concept, opens the door to a variety of experimental audio effects and advanced signal manipulation.

In this video, I discuss the highly requested Drum Buss device in Ableton Live and how it can be replicated in Bitwig Studio. I provide a free preset download that mimics the functionality of the Drum Buss using native Bitwig devices. I encourage viewers to download the preset and provide feedback to help improve and tailor it to their preferences.

In today's video, I explore how to create cyberpunk, dark techno, and 90s Prodigy-style sounds using basic subtractive synthesis techniques, focusing on raw sounds and heavy distortion. I walk you through setting up a monophonic saw wave, creating a repetitive bass pattern, and adding various effects like LP filtering, diode distortion, and bit reduction to achieve a signature cyberpunk vibe. Lastly, I show how to complement the synths with simple drum patterns and side-chaining for added depth and rhythm, and mention that the project file will be available on my Patreon.

In this video, I discussed how the saturator in Bidig Studio works and how it can be used to enhance sound. I showed how the wave shaper works by changing the yellow line, and how the DC offset device creates a sound when modulated at audio rate. I also discussed the transfer function and how it can be used to change the wave shape of the signal in the positive and negative ranges. I then demonstrated the folding function and how it can be used to create a gate effect. Finally, I showed how the saturator can be used to add harmonics and make a sound more present, such as on a kick drum.