Polarity Dispenser

Most of the Tracks, as always, are bounced to audio and the source tracks are disabled and hidden. I used Bitwig 5.2b8 to save the files.

I recently shared how to use my updated Markov Chains preset. This preset is a melody generator based on probabilities, starting with a root note (e.g., D#3 in D# minor scale) and moving through notes using probability sliders. The concept is inspired by Hook Theory’s chord progression graphs.

Key Points:

• Melody Generation: Uses probabilities to move from one note to the next, starting from a root note.
• Scale Flexibility: Can be set to any scale, not just D# minor.
• Probability Sliders: Control the likelihood of transitioning to specific notes.
• Trigger Modifications: Adjusts trigger length for sustained notes.
• Note Transformation: Transforms notes to different octaves and intervals (e.g., fourths, fifths).
• Voice Stacking: Creates multiple versions of the patch with different pitches and volumes.
• Modulation: Uses LFOs to add pitch wobble and volume variation.
• Reverb and Effects: Adds reverb, chorus, and delay for a fuller sound.
• Harmonic Adjustments: Can remove pitch quantizer for eerie, dissonant sounds.
• VST Integration: Compatible with various VSTs for different sounds.
• Availability: Preset available for download and detailed in the video description.

• old Video: https://youtu.be/-17ZBvwGoGI

In this video, I explore creating new sounds using Bitwig's Grid by sampling random instruments and processing the samples for a unique ambient effect. I sample notes, manipulate octaves, and integrate effects like reverb and randomization to achieve a dynamic soundscape.
Key Points:

• Sampling Process: Sample one octave of a pentatonic scale, record notes, and use a different preset for each note.
• Effects Application: Add reverb using Supermassive, and scale up recordings for more diffusion.
• Sample Manipulation: Record samples at different octaves and rename clips for organization.
• Using the Poly-Grid: Load samples into Poly-Grid, apply ADSR envelopes, and randomize playback positions with modulators.
• Sound Design Techniques: Employ triggers, dice modules, and randomization to vary playback positions and create evolving textures.
• Final Touches: Use additional effects like convolution reverb, low-pass filters, and random modulators for an eerie, ambient sound.

By the end of the video, I create a rich, ambient atmosphere and provide downloadable content for viewers to experiment with.

In this tutorial, I demonstrated how to create an auto-level preset in Bitwig Studio 5.2 to automatically adjust the volume of instrument tracks and live audio. This method provides a workaround for the lack of a native normalization feature for non-audio material, enabling consistent volume levels without manual adjustment.

Key Points:

• Manual Volume Adjustment: Normally done using output knobs, track faders, or a tool device.
• Auto-Level Preset: Created to continuously measure and adjust the audio input, keeping the peak at 0 dB.
• One-Time Adjustment: Use a plugin like dB meter for setting a reference volume and matching the output once.
• Workaround in Bitwig: Utilize the chain device and its wet gain learn feature to analyze and match input and output volumes.
• Creating a Preset: Integrate a test tone for reference and use the chain device to normalize the audio receiver output.
• Limitation: The learn feature can't be mapped to a macro or remote control, limiting automation.

This method is effective for ensuring consistent volume levels across different tracks, especially for live audio or external synthesizers.

In this video, the creator demonstrates how to use Bitwig's Grid to solve the problem of converting millisecond-based compressor release times to beat-based units like 1/16th or 1/8th notes. This involves using the Grid to calculate time-based units that adjust automatically with changes in BPM. Here’s a quick overview of the process:

Key Points:

• Compressor Plus Limitation: Typically uses milliseconds for attack and release times.
• Beat-based Units: Using note values for release times can ensure consistency across BPM changes.
• Grid Calculation: - Set up an FX Grid with Compressor Plus. - Use the transport to generate a ramp signal that reflects BPM changes. - Convert the ramp signal into a sine wave and measure its frequency using the zero crossings method. - Calculate the milliseconds from the frequency.
• Implementation: - Multiply the phase signal to adjust pitch and use zero crossings to estimate frequency. - Convert hertz to milliseconds using reciprocal calculations. - Modulate the compressor's release time with this value.

Detailed Steps:

• Set Up Grid: - Use FX Grid, add Compressor Plus, and pass audio through.
• Generate Ramp Signal: - Use the transport module to create a ramp signal reflecting BPM.
• Convert Signal to Frequency: - Transform the ramp signal to a sine wave and measure frequency via zero crossings.
• Calculate Time: - Convert frequency (Hz) to milliseconds using mathematical operations (reciprocal and multiplication).
• Modulate Release Time: - Map the calculated milliseconds to the release time of the compressor, adjusting for the logarithmic nature of the control.

This approach, although complex and a bit "hacky," allows for dynamic adjustment of compressor release times based on BPM, ensuring more musical and consistent results.

• BPM2MS Calculator Website:

I received a request from Tamara to create a plugin remake video for Triaz by Wave Alchemy, focusing on the polymetric features of its sequencer. This tutorial only covers the sequencer part of Triaz, as the sound tab functions like a normal drum sampler. I demonstrated how to utilize Bitwig's Note Grid in monophonic mode to create self-running patches and implement polymetric sequences.

Key Points

• Triaz Sequencer Focus: Emphasis on polymetric capabilities with individual drum lanes.
• Bitwig Setup: - Use a drum machine with a default acoustic drum kit. - Create a Note Grid in monophonic mode for self-running patches.
• Note Grid Configuration: - Use a gate module with 16 steps and change the triggering mode to trigger. - Disable pre-chord and implement a phase signal using a trigger module to divide one bar into 16 steps. - Modulate loop length using value and modulator.
• Polymeter Implementation: - Change loop length and velocity independently for different drum sounds. - Use a latch and select modules to implement retrigger features.
• Adjustments and Synchronization: - Ensure synchronization by resetting counters at appropriate points. - Implement shift modules to offset sequences in time.
• Preset Availability: Provided a downloadable preset for practice and further exploration.

If you need more details on specific sections or functions, let me know!
Download:

Here's a collection of my current "wave tables" that I use. They don't really serve a specific purpose and are products of experiments or tutorials. I was asked if I could share them, and I'd like to do that here.

In this Bitwig Studio tutorial, I demonstrate how to create a trance track from scratch, without using any presets, samples, or loops. Here's a concise breakdown of the process:

• Tempo and Basics: - Set the BPM to around 130-135, suitable for trance but not as fast as hardcore subgenres. - Initiate with a simple kick drum pattern using Bitwig’s e-kick at G zero tuning, adjusting pitch as necessary.
• Drum Construction: - Add a snare or clap and a high hat, utilizing velocity to emphasize off-beat hits and applying an expression modulator for dynamic control. - Employ peak limiters and an EQ on the drum track for clean mixing.
• Bassline: - Use a monophonic synthesizer for the bass, crafting a pattern in A minor for simplicity, which aligns with all white keys starting from A on the keyboard. - Apply a light reverb for spatial enhancement.
• Lead and Pads: - Create a lead with a saw wave, unison effect for thickness, and LP-1 filter for tone shaping. - Introduce simple melodic patterns and apply a convolution reverb for depth.
• Automation and Effects: - Gradually introduce elements using automation on parameters like mix levels and filter settings. - Experiment with a frequency shifter for unique textural changes.
• Chord Progressions: - Construct chord layers using a saw wave with unison and an LP filter, emphasizing minor chords and their variations.
• Final Touches: - Group tracks for collective processing, such as side-chaining to the kick for rhythmic coherence. - Enhance the arrangement with additional modulation and effects like sweeps and noise for transitional elements.
• Mix and Master: - Discuss the preliminary mixing and mastering steps, indicating that while the setup is basic, it lays the groundwork for a professional trance track that may require more detailed sound design and mastering tweaks to match current genre standards.

This tutorial showcases how to build a trance track in Bitwig Studio, emphasizing in-the-box production techniques without external samples or plugins.

In today's music production session, we focused on creating a drum and bass track using Addictive Drums. Here's a concise overview of the steps and techniques employed:

• Setting Up: - Started by placing a peak limiter on the master at -2 dB. - Loaded Addictive Drums, selected a drum kit, and set the tempo at 120 BPM.
• Drum Programming: - Laid down basic patterns for kick and snare drums, focusing on simplicity and varying velocities for dynamics. - Applied minimal reverb and looped the drum pattern. - For more attack, selected lower velocity samples for the kick and disabled alternative samples for both kick and snare.
• Sound Shaping: - Adjusted the kick and snare sounds by disabling round robin sampling and cutting some low-end frequencies. - Incorporated ghost notes to add complexity to the rhythm. - Used EQ and pitch envelope adjustments to enhance the snare's transient attack and adjusted mic positioning for a more cohesive drum bus sound.
• Processing and Effects: - Separated the room mic output for individual processing, employing EQ and mid-side processing to enhance spatial effects. - Applied transient control and light compression to refine dynamics, occasionally using hard clipping for a more controlled sound.
• Bassline and Synthesis: - Created a bassline using a synthesizer, employing modulation for texture and a notch filter to carve space for the kick drum in the mix. - Layered additional drum elements and processed the bass with EQ and dynamic effects to integrate it smoothly with the drums.
• Final Adjustments and Bouncing: - Made final tweaks to the drum and bass elements, ensuring they fit well together. - The session ended with bouncing down the tracks, adjusting project tempo, and discussing the use of effects like reverb and distortion to finalize the sound.

Overall, the session was an effective demonstration of creating a dynamic and textured drum and bass track from scratch, emphasizing drum programming, sound design, and mixing techniques.
Download Project:

Today, I explored using a unique YouTube video as a sample source for creating ambient music. Here's a summary of the process:

• Sample Source: The video featured a variety of sounds including animal and pad sounds, enriched with lo-fi elements like tape saturation and noise. This diversity makes it an excellent resource for ambient music without purchasing new synthesizers.
• Capturing Audio: I used a system audio bridge tool to route Windows audio output directly into Bitwig, allowing for direct recording into the sampler.
• Sampler Setup: I set up the sampler in Bitwig to manipulate these sounds. Key techniques included adjusting playback speed, adding reverb, and utilizing a granular sampler to vary playback positions within the samples.
• Musical Structure: - Scale and Key: I identified the scale and root note to maintain harmonic consistency. - Dynamic Variations: By varying velocity and applying effects like reverb and delay, I added depth and texture. - Looping and Layering: I looped certain sections and layered different sounds to build up the track.
• Additional Elements: - Minimal Beat: Introduced a simple beat to complement the ambient textures. - Bass Line: Added a monophonic bass line to ground the track. - Effects: Employed a glitch effect and high-pass filtering to enhance the atmospheric quality.
• Final Touches: Integrated environmental sounds, like recorded rain, to enrich the aural landscape.

This session demonstrated how effectively one can utilize freely available YouTube samples to craft a chill-out tune, highlighting creative sampling and effect application in Bitwig.

• Download Project:
• Youtube Video: https://www.youtube.com/watch?v=234eM0lbgP0

In the video, two main questions were addressed regarding music production techniques, specifically within the context of using the drum machine XO preset in Bitwig Studio and creating bass sounds with a wave table in Poly-Grid. Here's a summary of the solutions provided:

1. Drum Machine XO Preset Issue and Solution:

• Problem: In the initial setup, the XO sampler is placed in the return channel of the drum machine, necessitating muting to avoid sound leakage from the cells and bus outputs. This setup muted the sample preview in the XO, making sample selection tedious.
• Solution: Instead of muting the global return channel, mute all individual buses while leaving the master channel active for sample previews. Change the audio receiver on each cell to receive from the XO's bus channel pre-fader, ensuring no sound leakage and allowing for previewing without muting the return channel.

2. Creating Bass Sounds with Wave Tables:

• Problem: How to utilize wave tables for bass sounds, requiring a monophonic or mono bass sound or fundamental, while maintaining stereo spread and detuning for richness.
• Solutions: - Basic Approach: Use a high-pass filter (HP 48dB per octave) set one octave higher than the fundamental to suppress it, then introduce a stable mono sine wave for the fundamental. This allows for a mono bass sound with a stereo top end. - Advanced Wave Table Editing: Using a wave table editor (like Serum), create a wave table with indexes for just a saw wave, another without the fundamental, and a third without the first harmonic. Morph these to smoothly transition from a full saw to one lacking the fundamental or first harmonic. This technique provides a clean base for mono sub-bass and a stereo spread for the upper frequencies.

Both segments focus on practical solutions to common production challenges, offering clear steps to enhance sound design and workflow efficiency. The first part simplifies the routing within a drum machine setup to streamline sample previewing. The second part presents both a straightforward and a sophisticated approach to achieving a powerful bass sound that balances mono and stereo elements for depth and presence in mixes.
Download Wavetable from the Video:

This is the Bitwig project for the track I created in the last video.

In this tutorial, I explored a unique approach to creating distortion effects in Bitwig by utilizing wave tables instead of traditional transfer curves. Here's a summary of the key points:

• Introduction to a Distortion Device Using Wave Tables: Instead of adjusting a transfer curve, I demonstrated loading a wave table to morph through and create various distortion effects. This includes features like a DC filter, drive, and mix knob.
• Setup in Bitwig: I used Bitwig's Polymer synthesizer with a sine wave and an FX grid. Inside the FX grid, I added a wave table oscillator and manipulated its phase to control the cycle's position, aiming for a unique distortion effect.
• Implementing a DC Filter: Due to wave tables not being designed for transfer curves (which usually require the waveform to cross the zero point), I encountered issues like DC offset. To resolve this, I introduced a high-pass filter as a DC filter to eliminate low-frequency bias, ensuring the signal centers around the zero line.
• Creating Distortion: By adjusting the setup, I could create various distortion effects. The flexibility of using wave tables allows for more complex and diverse distortions compared to a single static transfer curve.
• Alternative Method with Transfer Curves: For those not inclined to use wave tables, I showed how to achieve a similar effect by merging multiple transfer curves and blending between them. This method also allows for creative distortion effects but through a different workflow.
• Conclusion and Application: The tutorial concludes with demonstrating the practical application of these techniques to create new and unique distortion effects, highlighting the versatility and creative potential within Bitwig's environment.

This approach offers a fresh perspective on designing distortion effects, showcasing the flexibility of Bitwig's modulation capabilities and the creative possibilities when combining synthesis techniques.

In my response to "trendcast," I express understanding of the frustration that comes with comparing one's work to others and the evolving nature of personal art. I highlight the importance of not giving up on music as a form of self-expression, despite the challenges. Here's a breakdown of how I approach creating a track in Bitwig, emphasizing the process of starting simple and gradually adding complexity:

• Initial Encouragement: I address "trendcast," offering to discuss their challenges and encourage persistence in music creation.
• Concept of Starting Simple in Bitwig:I explain the concept of beginning with a simple element, like a kick drum, and how the starting point can influence the track's direction (dance vs. ambient). Using a melodic kick preset, I demonstrate creating a one-bar loop with a kick drum to set the base.
• Building Complexity with Samples and Bitwig Instruments:I add hi-hat samples to create rhythm and use acoustic and drum machine samples to enhance the texture. By layering a snare or clap and introducing a melodic bassline, I further enrich the track. A crucial step involves using a compressor (Tegeler Schwerkraftmaschine) and a clipper (Free clip) to glue the mix together and add punch.
• Adding Melodic Elements:I employ Polymeric for melody and chords, using simple waveforms and effects like reverb and delay for texture. The creation of a basic melody and chord progression, emphasizing ease of starting with simple sequences and adjusting them to taste.
• Exploration of Musical Ideas:I discuss experimenting with different melodies, chord changes, and the importance of modulation to keep the track evolving. Techniques like note transpose and macro controls are used to add variation and interest across the track.
• Final Thoughts on Complexity from Simplicity:I conclude by illustrating how starting with straightforward clips and basic sound design can lead to complex and expressive music. I encourage revisiting and evolving the track over time, adding unique elements to transition from a generic state to a more expressive piece.

Throughout, I stress the value of starting simple, using what's available, and focusing on gradual improvement and complexity. Finally, I reiterate my invitation to "trendcast" to reach out for a discussion, underscoring the shared experiences and challenges in the music creation process.
Download:  

In this video, I demonstrate creating a loop from scratch in Bitwig Studio using only its built-in features, emphasizing special techniques for sound design:

I attempted to replicate Harmony Bloom, a polyrhythm generator, in Bitwig Studio, and here's a brief overview of how it went:

• Harmony Bloom Overview: It generates notes with user-defined quantities and lengths, along with a loop length for timing cycles. Users can adjust note probability, offset notes for polyrhythms, and apply quantized or speed offsets to vary the rhythm dynamics.
• Harmony Boom (My Bitwig Preset): This is my attempt to recreate Harmony Bloom. While it mostly succeeds, there are limitations, such as a maximum of 60 notes (compared to Harmony Bloom's 82). It allows for note generation, pitch adjustments, and the use of voice stacking to create complex rhythms. Users can also specify note collections and adjust parameters like probability and note length to shape their rhythms.
• Differences & Features: Harmony Boom lacks the visual appeal of Harmony Bloom and has some feature limitations. However, it supports a degree of customization, such as free or quantized note offsets and pattern lengths. It also includes a pitch quantizer for scaling notes and offers a method to spread pitches across selected intervals.
• Availability: The Harmony Boom preset is available on my Patreon, possibly as a free download or at a low tier.

In summary, while not a perfect replication, Harmony Boom introduces a similar polyrhythmic capability within Bitwig Studio, albeit with some constraints and less visual flair compared to Harmony Bloom.

• Download Preset:
• Original Plugin: https://marionietoworld.com/

I've been getting a lot of questions about Trash 3 from iZotope. In this  video, I'll show you how I would set up Trash 3 in Bitwig. The focus is on recreating the core features without achieving an identical interface or sound but maintaining a similar workflow. Here's a summary:

• Wave Shaper Module: Utilizes Bitwig's XY FX device to morph between different wave shapers.
• Convolution Reverb: Implements convolution reverb with the ability to morph between different impulses, using impulse responses extracted from Trash 2.
• Envelope Follower and Filter: Incorporates an envelope follower and a filter for dynamic effect shaping.
• Auto Gain: Adds auto gain for consistent volume levels.
• Band Splitter: Although a band splitter is mentioned, it's suggested that it may not be necessary for replicating Trash 3's functionality in Bitwig.

The process involves:

• Using a Filter+ device (with filters turned off) as a starting point.
• Setting up an XY FX device to house and morph between different wave shapers.
• Grouping devices into a chain for macro control, enabling dynamic shaping of effects.
• Implementing convolution reverb with a selection of impulse responses for varied reverb effects.
• Adding dynamic control with an envelope follower to modulate effect parameters based on the audio signal.
• Creating a "Heat" effect to simulate saturation or compression by manipulating the decay time.
• Incorporating stereo widening effects and finalizing the setup with an auto level plugin to ensure consistent output levels.

The video concludes with the creator offering the Bitwig preset used in the tutorial for download, mentioning the necessity for users to source their own impulse responses due to copyright restrictions. This approach allows viewers to experiment and extend the setup based on their preferences, highlighting the flexibility and power of Bitwig Studio in emulating complex effects processors like Trash 3.

• Download Preset:
• Original Plugin: https://www.izotope.com/en/products/trash.html

This is the project post to my track "Tritonage". I bounced everything in the project, but the samplers and original tracks are still untouched in there. Also included are the two samplers with the Triton samples I showed in the last tutorial. If you have problems opening the project, let me know!

One of the tracks I made for #FAWM 2024. It all came together within an  hour. I took a bit more time for the mixdown. The recordings are from  Berlin, Lichtenberg. I think the bleak apartment buildings and the  industrial vibe really add something special to the track.
Download MP3 320:  
The project for Bitwig will also be available here soon for Premium subscribers, then you can remix it or use it however you want.

I crafted a tutorial on how to use an envelope follower in Bitwig Studio to modulate the frequencies of a filter on a bass track using the amplitude of drums on a drum bus. This approach aims to create dynamic interaction between the bass and drum tracks, preventing the bass from sounding too static and lifeless.

Here's a summary of the key points:

• Introduction to the Concept: The goal is to use Bitwig's modulation capabilities to create a more lively mix by having the bass frequency respond to the drum's amplitude, particularly the kick and snare.
• Setting Up the Modulators:I introduced a Side Chain Audio Side Chain Modulator to capture the drum signal and use it to modulate parameters on the bass track. A bandpass filter isolated specific drum frequencies, like the kick, for targeted modulation. I also demonstrated using an audio rate modulator, which acts like an envelope follower, providing fast modulations based on the drum's waveform.
• Application on Synths and Effects:The techniques were applied to a Phase 4 synthesizer and various effects, including filters and EQ+, to modulate parameters like filter cutoffs and EQ bands based on the drum's amplitude. This included using the modulators to dynamically adjust the filter's cutoff frequency and to create ducking effects, where the volume of the synth or bass is reduced momentarily when the kick hits.
• Advanced Techniques:I explored the use of Bitwig's FX Grid to create more complex modulation chains, including delayed responses to drum hits for a more groovy feel. Delays and attenuators within the FX Grid allowed for intricate timing adjustments, ensuring modulations didn't occur instantly but were rhythmically aligned with the music.
• Modulation via MIDI CC:I showed how to extend modulation capabilities outside of Bitwig's grid environment by converting audio signals to MIDI CC messages. This allows for broader application of these dynamic modulation techniques across various instruments and effects.
• Creative Possibilities:The tutorial highlighted Bitwig Studio's flexibility, showcasing how these techniques can be applied not only to bass and drums but also to pads and other elements, enhancing cohesion and interaction within the mix.
• Conclusion: I emphasized the vast potential of Bitwig Studio for creating dynamic and responsive music productions. By using modulation sources like drum amplitude to control various parameters, music producers can achieve a more engaging and organic sound.

This tutorial showcases Bitwig Studio's powerful modulation capabilities, particularly for creating a dynamic relationship between drums and bass, ultimately bringing more life and movement to music productions.

In this tutorial, I explored several innovative techniques to achieve auto EQ effects similar to the Waves Factory Equalizer within a digital audio workstation using stock devices, primarily focusing on Bitwig Studio. Here's a summary of the methods I discussed:

• Auto Level Preset Technique: Utilizing my previously designed auto level preset, which functions as an auto leveler by dividing the signal by the signal from a follower, achieving a consistent output level. This technique was adapted to create a multi-band auto leveler using an XP filter and bandpass filters, with voice stacking for frequency selection and modulation for frequency distribution adjustments.
• Multi-band EQ Compressor: By leveraging the EQ+ and FX grid in Bitwig, I constructed a multi-band EQ compressor. This setup includes bandpass filters for frequency analysis, feeding into a grid compressor for dynamic control across multiple frequency bands. This approach allows for detailed frequency compression, with the capability to adjust the threshold, ratio, and response times for each band.
• Loud Split Device Utilization: Demonstrating the use of Bitwig's Loud Split device, I showed how to separate audio into loud, mid-loud, and quiet parts. This method enables targeted processing of different parts of the audio spectrum, such as reducing harsh frequencies or enhancing quieter elements, with adjustments for tilt to emulate pink noise distribution.
• Frequency Split and Limiting: Lastly, I discussed using frequency splitting to divide the audio spectrum for targeted limiting, achieving a spectral limiting effect. This can create unique sound alterations but is noted for its potential harshness if overapplied.

Each technique was crafted with creativity and practical experimentation in mind, aiming to achieve professional audio processing results without relying on specialized plugins. While acknowledging the limitations and potential phase issues with these DIY approaches, I emphasized their utility for sound design and mixing within Bitwig Studio.
Additionally, I mentioned that while these techniques offer great flexibility and creative potential, dedicated plugins might provide more precise control and quality for specific tasks. Nonetheless, these methods serve as valuable tools for producers looking to explore sound design and mixing possibilities within their DAW using stock devices.
Download: /
More: Replacing VSTs Playlist

In this tutorial, I explored several innovative techniques to achieve auto EQ effects similar to the Waves Factory Equalizer within a digital audio workstation using stock devices, primarily focusing on Bitwig Studio. Here's a summary of the methods I discussed:

• Auto Level Preset Technique: Utilizing my previously designed auto level preset, which functions as an auto leveler by dividing the signal by the signal from a follower, achieving a consistent output level. This technique was adapted to create a multi-band auto leveler using an XP filter and bandpass filters, with voice stacking for frequency selection and modulation for frequency distribution adjustments.
• Multi-band EQ Compressor: By leveraging the EQ+ and FX grid in Bitwig, I constructed a multi-band EQ compressor. This setup includes bandpass filters for frequency analysis, feeding into a grid compressor for dynamic control across multiple frequency bands. This approach allows for detailed frequency compression, with the capability to adjust the threshold, ratio, and response times for each band.
• Loud Split Device Utilization: Demonstrating the use of Bitwig's Loud Split device, I showed how to separate audio into loud, mid-loud, and quiet parts. This method enables targeted processing of different parts of the audio spectrum, such as reducing harsh frequencies or enhancing quieter elements, with adjustments for tilt to emulate pink noise distribution.
• Frequency Split and Limiting: Lastly, I discussed using frequency splitting to divide the audio spectrum for targeted limiting, achieving a spectral limiting effect. This can create unique sound alterations but is noted for its potential harshness if overapplied.

Each technique was crafted with creativity and practical experimentation in mind, aiming to achieve professional audio processing results without relying on specialized plugins. While acknowledging the limitations and potential phase issues with these DIY approaches, I emphasized their utility for sound design and mixing within Bitwig Studio.
Additionally, I mentioned that while these techniques offer great flexibility and creative potential, dedicated plugins might provide more precise control and quality for specific tasks. Nonetheless, these methods serve as valuable tools for producers looking to explore sound design and mixing possibilities within their DAW using stock devices.
Download: /
More: Replacing VSTs Playlist