Bitwig Grid

In this video, I discuss the new Note Grid device in Bitwig Studio 4.2 and how it can be used to create interesting patterns and chord progressions. I explain how the Note Grid is similar to the Poly Grid and FX Grid devices, but is specifically dedicated to node functions. I demonstrate how to use the Note Grid to create polyphonic and monophonic sounds as well as how to use it to harmonize with a chord track. Finally, I demonstrate how to use the Note Grid to target individual notes and transpose them.

In this video, I explored the differences between the native Bitwig devices like EQ Plus and Flanger Plus, compared to the grid devices like Delay Plus and Polymer. I speculated that in the future, we may get container devices that allow us to build our own devices with DUI interfaces without having to hassle with the DUI designer. I demonstrated how to construct a Delay Plus-like device in the FX Grid, using a diffusion network, EQs, and a ducking knob. I concluded that while we can't replicate the Delay Plus exactly in the Grid, it is possible to create something similar in its place.

This free to access course teaches you how to use Bitwig Studio's Grid. Learn how to use the Grid to build synthesizers, audio and note effects as a Beginner, step by step! This course is free and will be updated regularly with new content.

In this video, I showed how to create various effects, such as phasers, flangers, chorus, low pass and high pass filters, reverbs, and pitch effects, in the Bitwig Grid. I demonstrated how to use FX Grids and Chain Devices, as well as how to manipulate the delay time of a signal with an LFO and the Time Shift Device. I also showed how to create a multi-tap delay with the Long Delay and a Multi-Lay, as well as how to use the gates module to record and playback audio. Finally, I discussed the use of an AD envelope to reduce clicks in the signal.

Bitwig features three Grid devices for creating note FX, instruments, and audio FX. Learn their differences, why there are three devices, and how they interact with the rest of the Bitwig DAW.

Learn how to build complex ambient generator patches in Bitwig Grid by layering small modules for raindrops, wind, harmony, and reverb.

In this video, I demonstrate how to create a super simple patch for Euclidean rhythms in the grid. I show how it looks like in Hatefish, and then explain how to implement it in the grid. I explain the three most important parameters (steps, beats and shift) and demonstrate how they can be used to create interesting rhythms. I also show how to use macros to control the parameters and how to use the Grid Node Out plug-in to generate notes. Finally, I provide a preset to make it easier to use the patch.

In this video, I show how to use the FX Grid in Bitwig to clean up and quantize samples for easier use in a sampler. I go through the steps of using a loud split to remove noise, and then an auto level preset to normalize the sound. I also explain how to use a follower, latch, and logic modules to trigger recording and playback, which allows for quantization of audio. Finally, I show how to use the FX Grid for more creative effects.

In today's video, I show how to create a multi-band delay effect using the polymer synthesizer as input. I demonstrate how to use the FXgrid, filters, and a mod delay to create the effect. I also implement macros for resonance, feedback, and filter cutoff. To make changing the delay timings easier, I use a step mode interface. I explain the logic behind it and how to map it to each delay. I discuss the limitations of the grid for creating interface controls and the need for better interfaces. I give examples of how the effect sounds and suggest adding a convolution reverb. I also mention the possibility of using pitch quantization and panning for more control. Overall, it's a creative way to achieve a multi-band delay effect with a flexible interface.

In this video, I showed how to create generative music in Bitwig Studio without using the grid. I showed how to use the Grid Node Out preset, which can be used to get node information out of the grid into the Bitwig world. I also showed how to use a Polymer synth and a small delay, as well as how to use the steps mode, the LFO, and the Key Filter to modulate the pitch and gate. Finally, I showed how to use a Node Clip and an ABit Creator to generate random nodes.

In today's video, I show a trick for using the segments module in the grid. By misusing the modules and drawing in waveforms, you can create unique sounds like kick drums and percussion. This method allows for persistence and the ability to save presets, making it a versatile tool within the grid.

In this video, I explain how to use the grid in Bitwig Studio to calculate release time for a compressor based on beats instead of milliseconds. I show how to convert a ramp signal into a sound, measure the pitch using zero crossings, and then convert it to hertz and milliseconds. Although it's a hacky approach, it's a fun challenge and allows for time-based calculations in the grid.

In this video, I show how to create a sweep or riser from scratch using the face module in the Bitwig Grid. The face signal is perfectly synchronized with the BPM and allows for easy modulation of volume and other parameters. I also demonstrate how to use the trigger and dice modules to generate different sounds on the fly, as well as how to use a gate signal to make the riser playable as a clip. Finally, I discuss the ability to use different face tools and effects to customize and create unique risers.

In this video, I discuss different methods of synthesizing sounds inside the grid, including subtractive synthesis, additive synthesis, frequency modulation, physical modeling, and granular synthesis. I provide detailed tutorials on how to create your own oscillator and change the waveform over time using modules like steps, phaser, and value. I also demonstrate how to create an additive synthesizer by adding multiple sine waves with different frequencies and how to use a filter to modify the sound. Additionally, I show how to use granular synthesis and a resonator to create interesting sounds. Overall, the goal is to encourage viewers to create sounds for their projects rather than focusing on designing instruments. If you have any questions or comments, please leave them below, and don't forget to subscribe, like, and support the channel if you enjoy the content.

In this video, I demonstrate how to create a generative music patch in Bitwig using the Polygrid module. I start by generating a melody using a step module and modulating the pitch with the dice module. I also use a quantizer to ensure the melody is played in a specific scale. To create percussion, I use a noise module and trigger it with a step module as well, using a filter and distortion to shape the sound. I then combine the melody and percussion patches together and also add a bassline using a filter and octaver. Finally, I show how to export the MIDI data from the patch and use it in another plugin like Polycent. The patch is available for download in the video description.

This video explains how to use the FX Grid in Bitwig Studio to create a unique reverb effect. It involves stacking multiple all-pass devices and manipulating their delay times to create diffusion, as well as adding in a modulated delay and low/high pass filters to shape the sound. The video also demonstrates how to bring in the dry signal at different stages of the chain to prevent contrast between the dry and wet signals.

In this video, I demonstrate how to turn a Bitwig grid patch into a full track by separating and bouncing individual instrument layers using the DC offset trick for modulation-based audio routing. I explain step-by-step how to split sounds within the grid, assign each to separate tracks, and export them for further arrangement and production. While the process isn't perfect or high-end, it allows for creative freedom, layering, and practical workflows to develop unique ambient tracks from simple beginnings.

In this video, I walk you through a simple and straightforward Bitwig Grid setup for generating probabilistic melodies by storing scale notes and assigning individual probabilities to each. I show how to record and synchronize these generative sequences so you can capture stable, repeating patterns with easy logic for playback and triggering new sequences. This patch is perfect for creating evolving melodies, and you can download it on my Patreon if you don't want to build it yourself.