Supercharge Your Mixes: A Comprehensive Guide to Sidechaining with Supercharger Native Instruments

How Supercharger Works

Supercharger is a powerful sidechain compression plugin that enables you to create dynamic effects and enhance your mixes. It achieves sidechaining by splitting the incoming sound into two signals: the trigger signal and the target signal. The trigger signal controls the compression applied to the target signal. When the trigger signal is loud, the target signal is compressed, reducing its volume. This allows you to create a “pumping” effect, where the target signal is attenuated in sync with the trigger signal, resulting in a rhythmic and dynamic sound.

Practical Applications of Supercharger

1. Sidechain Kick and Bass

Use Supercharger to sidechain your bassline with the kick drum, allowing the kick to cut through the mix while keeping the bass present and full. This is especially effective in electronic music genres like house and techno.

2. Sidechain Vocals

Apply sidechaining to your vocals with the snare or a dedicated trigger track for a professional and polished effect. This compressor technique allows the vocals to be intelligible even during busy sections of the music.

3. Sidechain Pads and Atmospheres

Create immersive soundscapes by sidechaining pads and atmospheres with the main rhythm. This allows the rhythmic elements to take center stage while maintaining the ambiance and texture of the pads.

4. Sidechain Effects

Sidechain effects such as reverb and delay with the main beat to add movement and interest to your mix. This creates a pumping effect that complements the rhythm and enhances the overall listening experience.

5. Sidechain Gate

Use Supercharger as a sidechain gate to silence certain frequencies or instruments during specific moments. This can be used to create a tight and controlled mix, eliminating unwanted sounds.

6. Sidechain Bassline with Sub bass

Enhance the presence of your sub bass by sidechaining it with the main bassline. This allows the sub bass to fill the sonic space without clashing with the higher bass frequencies.

7. Sidechain Backing Vocals

Create a cleaner and more focused mix by sidechaining backing vocals with the main vocals. This ensures that the lead vocals remain prominent and audible, while the backing vocals provide support.

8. Sidechain Guitars

Control the level of your electric guitars with Supercharger’s sidechain functionality. By sidechaining the guitars with the drums or bass, you can create a more balanced and dynamic mix.

9. Sidechain Strings

Enhance the interplay between your strings and other instruments by sidechaining them. This allows the strings to rise and fall in volume with the main rhythm, adding depth and texture to your arrangement.

10. Sidechain Transient Shaper

Combine the power of Supercharger with a transient shaper to control the attack and release of your drum sounds. This allows you to sculpt the perfect rhythm section, adding punch and energy to your tracks.

11. Sidechain Parallel Compression

Use Supercharger to create a separate sidechain compression track and blend it with your main track. This technique lets you maintain a clean and punchy sound while preserving the dynamics and transients of your original signal.

12. Sidechain Multiband Compressor

Explore the versatility of Supercharger by using it as a multiband compressor in conjunction with sidechaining. This allows you to apply frequency-dependent compression, targeting specific frequency ranges for enhanced control and clarity.

13. Sidechain Ducking Automation

Supercharger not only provides sidechain compression, but it also allows for manual and automated ducking, where you can precisely define when and how much attenuation occurs. This enables you to create dynamic and expressive effects.

14. Sidechain MIDI Trigger

Incorporate the power of MIDI triggers into your sidechaining workflow with Supercharger. This enables you to control the compression using MIDI notes or events, providing endless possibilities for creative experimentation.

15. Advanced Sidechain Routing

Take your sidechaining skills to the next level with Supercharger’s advanced routing options. By splitting and recombining the trigger and target signals, you can create complex sidechain configurations, opening up a whole new world of sonic possibilities.

How To Sidechain With Supercharger Native Instruments

Side Chain Types

Supercharger can create two types of side chains:

• Internal: The side chain signal is derived from the input signal.
• External: The side chain signal is derived from an external source, such as a drum loop or a vocal track.

Sidechain with Vocals and Instruments

Vocal Sidechain

1. Create a new instance of Supercharger on the vocal track.
2. Click on the "Sidechain" button.
3. Select "Internal" as the side chain type.
4. Adjust the "Threshold" knob to set the level at which the side chain will be applied.
5. Adjust the "Ratio" knob to set the amount of compression that will be applied to the vocal track when the side chain signal is above the threshold.
6. Adjust the "Attack" and "Release" knobs to set how quickly the compression is applied and released.

Instrument Sidechain

1. Create a new instance of Supercharger on the instrument track.
2. Click on the "Sidechain" button.
3. Select "External" as the side chain type.
4. Click on the "Input" dropdown menu and select the track that will provide the side chain signal.
5. Adjust the "Threshold" knob to set the level at which the side chain will be applied.
6. Adjust the "Ratio" knob to set the amount of compression that will be applied to the instrument track when the side chain signal is above the threshold.
7. Adjust the "Attack" and "Release" knobs to set how quickly the compression is applied and released.

Advanced Sidechaining Techniques

Triggering Compression from Multiple Sources

You can trigger compression from multiple sources by using the "Add Input" button in the side chain section. This allows you to create complex side chain effects, such as ducking a vocal track when the drums hit or when another instrument plays a specific note.

Using a High-Pass Filter on the Side Chain Signal

A high-pass filter can be used to remove low frequencies from the side chain signal. This can be useful for reducing the amount of compression that is applied to the low end of a track.

Using a Low-Pass Filter on the Side Chain Signal

A low-pass filter can be used to remove high frequencies from the side chain signal. This can be useful for creating a subtle side chain effect that does not affect the overall tonality of a track.

Using a Compressor in the Side Chain

A compressor can be used in the side chain to further control the dynamics of the signal. This can be useful for creating a more aggressive side chain effect.

Using an EQ in the Side Chain

An EQ can be used in the side chain to emphasize or de-emphasize certain frequencies. This can be useful for creating a side chain effect that is tailored to a specific sound.

Troubleshooting Sidechain Issues

No Compression is Applied

• Ensure that the "Sidechain" button is enabled.
• Check that the "Threshold" knob is set to a level that is high enough to trigger the side chain.
• Check that the "Ratio" knob is set to a value greater than 1.

Too Much Compression is Applied

• Reduce the "Threshold" knob to lower the level at which the side chain is triggered.
• Reduce the "Ratio" knob to lower the amount of compression that is applied.
• Increase the "Attack" knob to reduce how quickly the compression is applied.

Delay in the Side Chain Effect

• The "Attack" and "Release" knobs determine how quickly the compression is applied and released. Increase the "Attack" knob to make the side chain effect more immediate. Decreasing the "Release" knob can make the side chain effect longer.

Creating the Ducktail Effect

1. Create a new instance of Supercharger on the track you want to duck (usually a vocal track).
2. Click on the "Sidechain" button.
3. Select "Internal" as the side chain type.
4. Adjust the "Threshold" knob to set the level at which the side chain will be applied.
5. Adjust the "Ratio" knob to a high value, such as 10:1 or 20:1.
6. Adjust the "Attack" knob to a fast value, such as 10ms or 20ms.
7. Adjust the "Release" knob to a slow value, such as 500ms or 1000ms.

This will create a classic "ducktail" effect, where the vocal track is noticeably compressed when the other track is playing and then quickly returns to normal when the other track stops.

Using Supercharger Native Instruments for Sidechain

Sidechain is a powerful technique used in music production to control the dynamics of one audio track based on the amplitude of another. Typically, sidechain is used to create a rhythmic pumping or ducking effect, where one track’s volume is reduced as another track’s volume rises. However, sidechain can also be used for a variety of creative effects, such as creating space in a mix, enhancing transients, and adding movement to a track.

Using Sidechain for Volume Ducking

The most common use of sidechain is to create a volume ducking effect. In this scenario, the sidechain signal (usually the kick drum) is used to control the volume of another track (usually the bass line). As the kick drum hits, the bass line’s volume is reduced, creating a pumping or ducking effect. This technique is often used to create space in a mix and ensure that the kick drum is always audible.

Using Sidechain for Transient Shaping

Sidechain can also be used to shape the transients of a track. By using a short, percussive sidechain signal, the attack and release time of another track can be controlled. This technique can be used to enhance the punch of a snare drum or to create a more subtle groove in a bass line.

Using Sidechain for Rhythmic Modulation

Sidechain can also be used to create rhythmic modulation effects. By using a rhythmic sidechain signal, the volume, panning, or other parameters of another track can be modulated. This technique can be used to create a variety of effects, such as a rhythmic filter sweep or a panning effect that moves in time with the music.

Using Sidechain for Creative Effects

In addition to the more common uses of sidechain, there are a number of creative ways to use this technique. Here are a few ideas:

1. Use sidechain to create a “gated” effect, where one track is only audible when another track is playing.
2. Use sidechain to create a “pumping” effect, where the volume of one track is modulated by the volume of another track.
3. Use sidechain to create a “ducking” effect, where the volume of one track is reduced by the volume of another track.
4. Use sidechain to create a “tremolo” effect, where the volume of one track is modulated by the volume of another track.
5. Use sidechain to create a “phaser” effect, where the phase of one track is modulated by the volume of another track.
6. Use sidechain to create a “flanger” effect, where the delay time of one track is modulated by the volume of another track.
7. Use sidechain to create a “chorus” effect, where the pitch of one track is modulated by the volume of another track.
8. Use sidechain to create a “reverb” effect, where the amount of reverb applied to one track is modulated by the volume of another track.

1. Understanding Sidechain Compression

Sidechain compression is a technique that allows you to modulate the dynamics of one sound source (the “sidechain”) based on the signal from another sound source (the “trigger”). This can be used to create a variety of effects, such as ducking the volume of a bassline when the kick drum hits, or creating a pumping effect on a synthesizer by sidechaining it to the tempo of a drum loop.

2. Setting Up Sidechain Compression in Supercharger

To set up sidechain compression in Supercharger, you will need to:

1. Insert the Supercharger plugin on the track you want to compress.
2. Click on the “Sidechain” tab.
3. Select the track you want to use as the trigger from the “Input” drop-down menu.
4. Adjust the “Threshold” and “Ratio” controls to control the amount of compression applied.

3. Optimizing Sidechain for Different Genres

The optimal sidechain settings will vary depending on the genre of music you are producing. Here are some general guidelines:

Electronic Dance Music (EDM)

• Use a fast attack time to create a pumping effect.
• Use a high ratio to reduce the volume of the sidechain signal significantly.
• Use a low threshold to trigger the compression on even the smallest transients.

Hip-Hop and R&B

• Use a medium attack time to create a more natural-sounding ducking effect.
• Use a medium ratio to reduce the volume of the sidechain signal moderately.
• Use a medium threshold to trigger the compression on only the loudest transients.

Rock and Metal

• Use a slow attack time to create a more subtle ducking effect.
• Use a low ratio to reduce the volume of the sidechain signal slightly.
• Use a high threshold to trigger the compression only on the loudest transients.

4. Advanced Sidechain Techniques

Once you have mastered the basics of sidechain compression, you can start to experiment with more advanced techniques. Here are a few ideas:

Multiband Sidechain Compression

Multiband sidechain compression allows you to apply sidechain compression to different frequency bands of the trigger signal. This can be useful for creating more complex and nuanced effects.

Envelope Shaping

Envelope shaping allows you to control the shape of the envelope of the sidechain signal. This can be used to create custom ducking or pumping effects.

Sidechain Filtering

Sidechain filtering allows you to filter out certain frequencies from the trigger signal before it is used to trigger the compression. This can be useful for creating more focused or precise effects.

5. Troubleshooting Sidechain Compression

If you are having problems getting sidechain compression to work properly, here are a few troubleshooting tips:

1. Make sure that the sidechain input is set to the correct track.
2. Make sure that the threshold is set low enough to trigger the compression on the desired transients.
3. Make sure that the ratio is set high enough to reduce the volume of the sidechain signal by the desired amount.
4. Try using a different attack or release time to see if that improves the sound.

Common Pitfalls to Avoid While Sidechaining

Sidechaining is a powerful technique that can add depth and dynamics to your mixes, but it’s also easy to fall into some common pitfalls. Here are 20 tips to help you avoid them:

1. Using too much compression

One of the most common mistakes people make when sidechaining is using too much compression. This can lead to the sidechained signal sounding unnatural and pumping. A good rule of thumb is to use only as much compression as you need to achieve the desired effect.

2. Not using a fast enough attack time

If you’re not using a fast enough attack time, the sidechained signal will not be compressed quickly enough to follow the dynamics of the triggering signal. This can lead to the sidechained signal sounding muddy and indistinct.

3. Not using a slow enough release time

If you’re not using a slow enough release time, the sidechained signal will not be able to recover fully after the triggering signal has passed. This can lead to the sidechained signal sounding choppy and unnatural.

4. Sidechaining to the wrong trigger signal

When choosing a trigger signal for sidechaining, it’s important to choose a signal that has a consistent rhythm. If the trigger signal is too erratic, the sidechained signal will sound disjointed and messy.

5. Not using a high-pass filter

A high-pass filter can help to remove unwanted low-end frequencies from the sidechained signal. This can help to make the sidechained signal sound clearer and more focused.

6. Not using a wet/dry mix

A wet/dry mix allows you to control the amount of sidechain compression that is applied to the signal. This can be useful for creating a more subtle sidechain effect.

7. Overdoing the sidechain effect

It’s important to use sidechaining in moderation. If you overdo it, the mix will sound artificial and unnatural. A good rule of thumb is to use sidechaining to create a subtle effect that enhances the overall mix.

8. Not paying attention to the phase of the trigger signal

The phase of the trigger signal can affect how the sidechained signal sounds. If the trigger signal is out of phase with the sidechained signal, the sidechained signal will sound weak and indistinct.

9. Not using a limiter

A limiter can help to prevent the sidechained signal from clipping or distorting. This is especially important if you’re using a lot of sidechain compression.

10. Not listening to the signal in context

Finally, it’s important to listen to the sidechained signal in the context of the overall mix. This will help you to make sure that the sidechain effect is enhancing the mix, not detracting from it.

11. Excessive use of sidechain compression

Using too much sidechain compression can make the sidechained signal sound unnatural and distorted. It’s important to use only as much compression as necessary to achieve the desired effect.

12. Inappropriate attack or release times

The attack and release times of the sidechain compressor must be set appropriately to match the dynamics of the triggering signal. If the attack time is too long, the sidechained signal will not respond quickly enough to the triggering signal. If the release time is too short, the sidechained signal will not have enough time to recover after the triggering signal has passed.

13. Incorrect choice of trigger signal

The trigger signal should have a consistent rhythm and be free of any unwanted noise or distortion. If the trigger signal is too erratic, the sidechained signal will sound choppy and disjointed.

14. Using a low-pass filter on the sidechain signal

Applying a low-pass filter to the sidechain signal can remove too much low-end frequency content, resulting in a thin and weak-sounding sidechained signal. It’s generally better to use a high-pass filter to remove unwanted high-end frequencies.

15. Overdoing the wet/dry mix

Adding too much of the sidechained signal to the mix can make it sound overpowering and unnatural. It’s important to find a balance between the dry signal and the wet sidechained signal to achieve a cohesive sound.

16. Not using a limiter on the sidechain signal

Applying a limiter to the sidechain signal can help prevent it from clipping or distorting, especially when using high compression ratios. It’s important to set the limiter’s threshold and ratio carefully to avoid excessive gain reduction.

17. Ignoring the phase of the sidechain signal

The phase of the sidechain signal should be aligned with the phase of the triggering signal to ensure proper operation. If the phase is misaligned, the sidechained signal will sound weak or canceled out.

18. Not listening to the sidechained signal in context

It’s crucial to listen to the sidechained signal within the context of the entire mix to assess its impact and make adjustments accordingly. Listen for any unwanted artifacts or unnatural sounding effects, and adjust the sidechain settings to optimize the overall mix balance.

19. Insufficient gain reduction

If the sidechain compression is not reducing the gain of the sidechained signal enough, the effect may be subtle or inaudible. Adjust the compression ratio and threshold to increase the gain reduction and achieve the desired ducking or pumping effect.

20. Excessive use of multiple sidechains

Using multiple sidechains on a single track can lead to over-processing and an overly complex sound. It’s generally better to use one sidechain carefully and effectively rather than stacking multiple sidechains.

Supercharger’s Role in Modern Music Production

Introduction

Supercharger is a dynamics processing VST plugin by Native Instruments. It is considered an advanced version of the multiband compressor, a tool that helps shape the volume and dynamic range of specific frequency bands within an audio signal.

Multiband Compression: A Brief Overview

Multiband compression allows the user to control the compression of different frequency bands separately, enabling precise and surgical adjustment of the sound. This meticulous control over frequency-specific dynamics provides producers with significant flexibility and the ability to enhance the sonic characteristics of their tracks.

Supercharger’s Key Features

Supercharger stands out among multiband compressors due to its robust feature set, which includes:

Sidechain: Expanding the Compressor’s Capabilities

Supercharger’s sidechain functionality is particularly powerful, enabling the user to trigger compression based on an external audio signal. This allows for creative and intricate sound manipulation.

Supercharger in the Mixing Process

In the mixing process, Supercharger can be employed in various ways to enhance the overall sound:

Supercharger in Mastering

Supercharger can also be utilized in the mastering stage:

Supercharger in Music Creation

Supercharger is versatile beyond traditional mixing and mastering applications. It can also be used creatively in music production:

Music Production Examples

Here are some practical examples of how Supercharger can be applied in the studio:

Supercharger’s Impact on Modern Music

Supercharger has had a significant impact on modern music production, contributing to the sonic characteristics of countless tracks across various genres. Its versatility and effectiveness have made it a go-to tool for producers seeking precision, creativity, and professional-quality sound.

Conclusion

Supercharger’s advanced capabilities and user-friendly interface make it an indispensable tool in the modern music producer’s arsenal. Its sidechain functionality, multiband compression, and comprehensive routing options enable a wide range of sound manipulation techniques. Whether used for mixing, mastering, or creative sound design, Supercharger empowers producers with the ability to achieve their desired sonic vision with precision and finesse.

Sidechain as a Mixing Tool

What is Sidechain?

Sidechain is an audio processing technique that allows you to reduce the volume of one track (called the “sidechain”) in response to the level of another track (called the “trigger”).

How Does Sidechain Work?

Sidechain works by sending a copy of the trigger track to a compressor that is applied to the sidechain track. When the trigger track gets louder, the compressor reduces the gain of the sidechain track, resulting in a reduction in volume.

Why Use Sidechain?

Sidechain can be used for various mixing applications, including:

• Creating space for vocals by reducing the volume of background music when the vocals are present.
• Making kick drums and basslines sound more prominent by reducing the volume of other tracks in their frequency range.
• Adding rhythmic effects to tracks by triggering sidechain compression in time with the beat.

How to Sidechain with Supercharger Native Instruments

Supercharger is a plugin from Native Instruments that provides a comprehensive set of sidechain processing tools.

To sidechain with Supercharger, follow these steps:

1. Insert Supercharger onto the sidechain track.

2. Click on the “Sidechain” button in the Supercharger interface.

3. Select the trigger track from the drop-down menu.

4. Adjust the “Attack” and “Release” settings to control how quickly the compression responds to the trigger track.

5. Adjust the “Ratio” and “Threshold” settings to control the amount of compression applied.

6. Click on the “Listen” button to hear the sidechain effect.

Advanced Sidechain Techniques

Supercharger offers advanced sidechain techniques, such as:

• Multi-band sidechain: Compress specific frequency bands of the sidechain track in response to the trigger track.
• Transient Shaper: Emphasize or reduce the transients of the sidechain track, creating a more dynamic effect.
• Envelope Shaper: Control the shape of the compression curve, allowing for more customized sidechain effects.

Sidechain with Other Plugins

While Supercharger is a powerful option for sidechain processing, there are other plugins that offer different features and capabilities.

Some popular sidechain plugins include:

• Waves CLA Vocals
• Xfer Records OTT
• iZotope Neutron 4 Dynamic EQ

Conclusion

Sidechain is a versatile mixing tool that can be used to enhance the clarity, punch, and groove of your tracks. With its advanced features and intuitive interface, Supercharger is a great choice for sidechain processing in both basic and complex applications.

Sidechain vs. Parallel Compression

Both sidechain compression and parallel compression are techniques used to alter the dynamics of an audio signal. However, they differ in their approaches and effects.

Sidechain Compression

In sidechain compression, the dynamics of one audio signal (the control signal) are used to influence the gain reduction of another audio signal (the target signal). The control signal can be any audible source, such as a bass track, drum loop, or vocal.

How it Works

When the control signal exceeds a specific threshold, it triggers the compressor to reduce the gain of the target signal. This reduction creates a “pumping” effect, where the target signal’s volume decreases as the control signal gets louder.

Benefits

* Creates space in the mix by reducing the volume of the target signal when the control signal is present.
* Enhances the clarity and definition of the control signal by allowing it to stand out.
* Adds movement and interest to the track.

Drawbacks

* Can introduce unwanted artifacts if not used carefully.
* Can make the target signal sound unnatural or distorted.

Parallel Compression

In parallel compression, a duplicate of the original audio signal is compressed using a separate compressor. This compressed signal is then mixed back in with the original to create a thicker, louder sound.

How it Works

The compressor used for parallel compression is typically set with a high ratio and low threshold, resulting in significant gain reduction. The compressed signal is then blended with the original at a level that enhances the overall sonic qualities.

Benefits

* Adds warmth and fullness to the audio.
* Increases the loudness without sacrificing dynamics.
* Creates a more polished and professional sound.

Drawbacks

* Can result in a muddy or unnatural sound if overused.
* Can increase the file size significantly.

Comparison Table

| Feature | Sidechain Compression | Parallel Compression |
|—|—|—|
| Effect | Pumps the target signal | Thickens and loudens the signal |
| Control | External audio source | Internal compression settings |
| Purpose | Creates space | Enhances loudness and warmth |
| Pros | Enhances control signal, adds interest | Adds fullness, polishes sound |
| Cons | Potential artifacts, unnatural sound | Can be muddy, increases file size |

Sidechain for Dynamic Control

Sidechain compression is a technique used to control the volume of one audio track (the “sidechain”) based on the signal from another track (the “key”). This can be used to create a variety of effects, such as ducking the volume of a bass track when a kick drum is playing, or creating a pumping effect on a synth pad when a bassline is playing. Supercharger Native Instruments is a powerful sidechain compressor that offers a wide range of features and controls, making it a great choice for both beginners and experienced producers.

Getting Started

To get started with sidechain compression, you’ll need to create two audio tracks: one for the key signal and one for the sidechain.

To set up the key signal, simply drag and drop the audio file that you want to use as the key into an empty audio track. Make sure that the track is set to output to your master output bus.

To set up the sidechain, create a new audio track and insert Supercharger Native Instruments as an effect plugin. In the Supercharger interface, click on the “Sidechain” tab and select the key track from the drop-down menu.

Adjusting the Parameters

Once you have set up the key and sidechain tracks, you can start adjusting the parameters of Supercharger Native Instruments to create the desired effect.

The most important parameters to adjust are the “Threshold” and “Ratio” knobs. The Threshold knob sets the level at which the sidechain compression will start to take effect. The Ratio knob determines how much the sidechain will be compressed when the key signal is present.

Other important parameters to consider are the “Attack” and “Release” knobs. The Attack knob controls how quickly the compression will take effect when the key signal is present. The Release knob controls how quickly the compression will release when the key signal is no longer present.

Experimenting with Different Settings

The best way to learn how to use sidechain compression is to experiment with different settings. There is no one-size-fits-all approach, and the best settings will vary depending on the track and the desired effect.

Here are a few tips for getting started:

• Start with a low Threshold setting and gradually increase it until you hear the desired effect.
• Experiment with different Ratio settings to find the amount of compression that sounds best.
• Adjust the Attack and Release knobs to fine-tune the timing of the compression.
• Don’t be afraid to experiment with different key signals.

Advanced Features

Supercharger Native Instruments offers a wide range of advanced features, such as multi-band compression, sidechain EQ, and parallel compression. These features can be used to create even more complex and versatile sidechain effects.

Multi-Band Compression

Multi-band compression allows you to apply different levels of compression to different frequency bands. This can be useful for creating more targeted effects, such as ducking only the low end of a bass track when a kick drum is playing.

Sidechain EQ

Sidechain EQ allows you to apply an EQ to the key signal before it is used to trigger the compression. This can be useful for creating more complex and nuanced sidechain effects.

Parallel Compression

Parallel compression allows you to blend the compressed signal with the uncompressed signal. This can be useful for creating a more natural and subtle sidechain effect.

Conclusion

Sidechain compression is a powerful tool that can be used to create a wide range of effects in your productions. Supercharger Native Instruments is a powerful sidechain compressor that offers a wide range of features and controls, making it a great choice for both beginners and experienced producers.

Advanced Sidechain for Experienced Producers

In this section, we’ll delve into advanced sidechain techniques for experienced producers who want to take their mixing and mastering to the next level. These techniques will provide you with greater control and versatility, allowing you to create intricate and dynamic soundscapes.

33. Using External Sidechain Inputs

Supercharger Native Instruments offers the ability to use external sidechain inputs, which enables you to control the sidechain from a separate audio source. This is a powerful technique for creating complex and nuanced sidechain effects, allowing you to manipulate the dynamics of one track based on the volume or frequency content of another.

To use external sidechain inputs, follow these steps:

1. In the Supercharger plugin, enable the “External Sidechain” option.
2. Create a new audio track in your DAW and route the desired sidechain source to it.
3. Send the sidechain track’s output to the “Sidechain Input” bus in Supercharger.

Now, the dynamics of the track you wish to sidechain will be controlled by the external sidechain input. By manipulating the volume, frequency content, or other parameters of the sidechain source, you can create a wide range of dynamic effects.

Example: You could use a drum loop as the sidechain input to create a “pumping” effect on a synth pad. As the drums hit, the synth pad will be ducked in volume, creating a rhythmic and dynamic groove.

Advanced Tip: For even more control, use a separate compressor or EQ on the sidechain input to shape its frequency response or dynamics. This allows you to create custom sidechain effects that are tailored specifically to the track you’re mixing.

Sidechain in Hip-Hop and Trap

Sidechaining is a powerful mixing technique that can help you create space in your mix and make your tracks sound more polished and professional. It’s a technique that’s often used in hip-hop and trap music, and it can be a great way to add some extra punch to your beats.

In this article, we’re going to show you how to sidechain with Supercharger Native Instruments. Supercharger is a free plugin that makes it easy to sidechain any track in your mix. We’ll also provide some tips and tricks for using sidechaining in hip-hop and trap music.

What is Sidechaining?

Sidechaining is a technique that allows you to control the volume of one track (the “sidechain track”) based on the volume of another track (the “trigger track”). When the trigger track gets louder, the sidechain track gets quieter. This can be used to create a variety of effects, such as:

• Ducking the bass when the kick drum hits
• Creating a pumping effect on a synthesizer
• Adding space to a mix

How to Sidechain with Supercharger Native Instruments

To sidechain with Supercharger Native Instruments, you’ll need to follow these steps:

1.

Open Supercharger in your DAW.

2.

Click on the “Sidechain” tab.

3.

Select the trigger track from the “Trigger Source” menu.

4.

Select the sidechain track from the “Sidechain Target” menu.

5.

Adjust the “Threshold” knob to set the level at which the sidechain track will start to get quieter.

6.

Adjust the “Ratio” knob to control how much the sidechain track will get quieter when the trigger track gets louder.

7.

Adjust the “Attack” and “Release” knobs to control how quickly the sidechain track will react to changes in the trigger track’s volume.

Tips and Tricks for Using Sidechaining in Hip-Hop and Trap Music

Here are a few tips and tricks for using sidechaining in hip-hop and trap music:

• Use a high-pass filter on the sidechain track to prevent the low frequencies from triggering the sidechain.
• Use a compressor on the sidechain track to make the ducking effect more pronounced.
• Experiment with different attack and release times to create different effects.
• Use sidechaining to create space in your mix. For example, you can sidechain the bass to the kick drum to make the kick drum sound punchier.
• Use sidechaining to create a pumping effect. For example, you can sidechain a synthesizer to the bass to create a pumping effect that moves in time with the bass.

Troubleshooting

If you’re having trouble getting sidechaining to work in Supercharger Native Instruments, here are a few things you can try:

• Make sure that the trigger track and the sidechain track are both routed to the same output.
• Make sure that the “Threshold” knob is set to a level that is low enough to trigger the sidechain.
• Make sure that the “Ratio” knob is set to a high enough level to create a noticeable effect.
• Make sure that the “Attack” and “Release” knobs are set to values that are fast enough to create a noticeable effect.

Conclusion

Sidechaining is a powerful mixing technique that can help you create space in your mix and make your tracks sound more polished and professional. It’s a technique that’s often used in hip-hop and trap music, and it can be a great way to add some extra punch to your beats. By following the steps and tips in this article, you can learn how to sidechain with Supercharger Native Instruments and start using this technique in your own music.

Sidechain in Rock and Metal

Sidechain compression is a technique commonly employed in rock and metal music to create a pumping effect and enhance the presence of certain instruments. Here’s an in-depth exploration of how to use sidechain with the Supercharger Native Instruments plugin:

1. Setting Up the Sidechain

In Supercharger, enable the “Sidechain” option in the “Trigger” section. Select the input channel or bus that the sidechain signal will come from.

2. Adjusting the Release Time

The release time determines how quickly the compressor reduces gain after the triggering signal stops. Shorter release times create a more prominent pumping effect, while longer release times produce a smoother, more subtle effect.

3. Setting the Threshold

The threshold sets the level at which the compressor begins reducing gain. Lower thresholds trigger compression at softer sounds, while higher thresholds only engage when the signal exceeds the specified level.

4. Balancing the Attack and Decay

The attack time determines how quickly the compressor engages, while the decay sets the duration for which gain reduction remains active after the triggering signal stops. Experiment with different settings to find the balance that best suits the desired effect.

5. Using an External Trigger

Supercharger allows you to use an external trigger signal to control the compressor. This can be useful for creating rhythmic pumping effects or synchronizing the compression with other elements in the mix.

6. Parallel Compression

Parallel compression, also known as New York compression, involves blending an uncompressed signal with a compressed one. This technique can help preserve the transients and dynamics of the original signal while adding punch and weight.

7. High-Pass Filtering the Sidechain

High-pass filtering the sidechain can prevent unwanted low-end frequencies from triggering the compressor. This is especially useful for sidechaining kick drums or bass guitars to avoid over-compressing the low end.

8. Sidechain from Multiple Sources

You can use Supercharger to sidechain from multiple sources simultaneously. This allows for more complex compression scenarios, such as ducking the volume of backing vocals or guitars when the lead vocals are present.

9. Multiband Sidechain

Supercharger offers multiband sidechain capabilities, allowing you to apply sidechain compression to specific frequency ranges. This is useful for targeting particular elements in the mix, such as compressing only the high end of a snare drum.

10. Advanced Features

Supercharger provides a range of advanced features for fine-tuning sidechain compression, including sidechain envelope shaping, trigger delay, and transient sensitivity. Experiment with these parameters to achieve precise control over the compression effect.

11. Troubleshooting

If you encounter any issues with sidechain compression, check the following:

• 确保触发信号已正确连接到侧链输入
• 检查阈值设置是否合适
• 尝试调整释放时间和攻击时间以实现所需的压缩效果
• 排除任何相位或延迟问题

12. Examples of Use

Here are some common examples of sidechain compression in rock and metal music:

• Ducking the volume of guitars or keyboards when the vocals are present
• Creating a pumping effect on kick drums or bass guitars
• Enhancing the presence of lead vocals or solos by sidechaining the backing instruments
• Using multiband sidechain to selectively compress certain frequency ranges

13. Conclusion

Sidechain compression is a versatile technique that can significantly enhance the dynamics and impact of rock and metal music. By understanding the principles discussed above and experimenting with different settings, you can harness the power of Supercharger Native Instruments to achieve professional-quality results.

14. Table of Sidechain Parameters

Here’s a table summarizing the key sidechain parameters in Supercharger Native Instruments:

Sidechain in Pop and R&B

What is Sidechain?

Sidechain compression is a technique used in audio production to reduce the volume of one track (the "ducking" track) in response to a signal from another track (the "key" track). This is typically used to create space in the mix for certain elements, such as vocals or lead synths, by reducing the volume of other elements when they overlap.

How to Use Sidechain in Pop and R&B

Sidechain can be used in a variety of ways in pop and R&B, but some common applications include:

• Ducking the kick drum under the bassline: This helps to create a cleaner, more defined bass sound.
• Ducking the bassline under the vocals: This helps to make the vocals more prominent and intelligible.
• Ducking the pads under the lead synth: This helps to create a more focused and impactful lead sound.

Advanced Sidechain Techniques

In addition to the basic techniques described above, there are a number of advanced sidechain techniques that can be used to create more complex and dynamic effects. These include:

• Using multiple sidechain keys: This allows you to duck multiple tracks under a single key track, creating a more complex and nuanced effect.
• Using sidechain to trigger other effects: This can be used to create a variety of effects, such as automated volume swells or panning.
• Using sidechain to control the mix: This can be used to create a more dynamic and responsive mix that adapts to the music.

Sidechain Settings

The settings for sidechain compression will vary depending on the desired effect. However, some general guidelines include:

• Attack: The attack time controls how quickly the ducking effect is applied. A faster attack time will result in a more noticeable ducking effect, while a slower attack time will result in a more subtle effect.
• Release: The release time controls how quickly the ducking effect is released. A faster release time will result in a shorter ducking effect, while a slower release time will result in a longer ducking effect.
• Threshold: The threshold controls the level at which the key track signal triggers the ducking effect. A higher threshold will result in less ducking, while a lower threshold will result in more ducking.

Sidechain Examples

Here are a few examples of how sidechain can be used in pop and R&B:

• In the song "Blurred Lines" by Robin Thicke, the kick drum is ducked under the bassline to create a cleaner, more defined bass sound.
• In the song "Uptown Funk" by Mark Ronson and Bruno Mars, the bassline is ducked under the vocals to make the vocals more prominent and intelligible.
• In the song "Can’t Stop the Feeling!" by Justin Timberlake, the pads are ducked under the lead synth to create a more focused and impactful lead sound.

Sidechain Effects in Pop and R&B

Sidechain compression can be used to create a wide range of effects in pop and R&B. These effects include:

• Ducking: The most common sidechain effect is ducking, which reduces the volume of one track in response to a signal from another track.
• Pumping: Sidechain compression can also be used to create a pumping effect, which increases and decreases the volume of a track in time with the beat.
• Gating: Sidechain compression can be used to create a gating effect, which opens and closes the volume of a track in time with the beat.
• Expansion: Sidechain compression can also be used to create an expansion effect, which increases the volume of a track in response to a signal from another track.

Sidechain Applications in Pop and R&B

Sidechain compression can be used in a variety of applications in pop and R&B, including:

• Mixing: Sidechain compression can be used to create a cleaner, more defined mix.
• Mastering: Sidechain compression can be used to increase the loudness and impact of a track.
• Live performance: Sidechain compression can be used to create dynamic and responsive effects in a live setting.

Sidechain Tips

Here are a few tips for using sidechain compression in pop and R&B:

• Start with a low threshold: This will help to ensure that the ducking effect is subtle and natural.
• Use a fast attack time: This will help to create a more noticeable ducking effect.
• Experiment with different release times: This will help to find the perfect balance between ducking and pumping.
• Use sidechain to create space: Sidechain compression can be used to create space in the mix for certain elements, such as vocals or lead synths.
• Use sidechain to add dynamics: Sidechain compression can be used to add dynamics to a track, making it more interesting and engaging.

Sidechain Table

The following table summarizes the key parameters of sidechain compression:

Sidechain in Film and Television

Sidechain compression is a technique used in audio engineering to reduce the volume of one audio track (the sidechain) in response to the level of another audio track (the key). This can be used to create a variety of effects, such as ducking the music when someone speaks, or creating a pumping effect on a bass line.

In film and television, sidechain compression is often used to create a sense of space and separation between different elements of the audio mix. For example, a dialogue track may be sidechained to the music track, so that the dialogue is always audible, even when the music is loud. Similarly, a sound effect track may be sidechained to the dialogue track, so that the sound effects are only heard when there is no dialogue.

Sidechain compression can also be used to create more dynamic and interesting audio mixes. For example, a sidechain compressor can be used to create a “pumping” effect on a bass line, or to create a “breathing” effect on a vocal track.

Here are some specific examples of how sidechain compression is used in film and television:

Dialogue ducking

Dialogue ducking is a technique used to reduce the volume of the music track when someone speaks. This helps to ensure that the dialogue is always audible, even when the music is loud.

To create a dialogue ducking effect, a sidechain compressor is inserted on the music track. The sidechain input of the compressor is then connected to the output of the dialogue track. When the dialogue track is active, the compressor will reduce the gain of the music track.

Sound effects ducking

Sound effects ducking is a technique used to reduce the volume of the sound effects track when there is dialogue. This helps to ensure that the dialogue is always audible, even when there are loud sound effects.

To create a sound effects ducking effect, a sidechain compressor is inserted on the sound effects track. The sidechain input of the compressor is then connected to the output of the dialogue track. When the dialogue track is active, the compressor will reduce the gain of the sound effects track.

Pumping bass

Pumping bass is a technique used to create a pulsating or pumping effect on a bass line. This can be used to add interest and energy to a track.

To create a pumping bass effect, a sidechain compressor is inserted on the bass track. The sidechain input of the compressor is then connected to the output of a kick drum track. When the kick drum track is active, the compressor will reduce the gain of the bass track. This will create a pumping effect, as the bass track will be louder when the kick drum is not playing.

Breathing vocals

Breathing vocals is a technique used to create a more natural and realistic sound on a vocal track. This can be done by using a sidechain compressor to reduce the gain of the vocal track when the singer is breathing.

To create a breathing vocals effect, a sidechain compressor is inserted on the vocal track. The sidechain input of the compressor is then connected to a microphone that is placed near the singer’s mouth. When the singer is breathing, the microphone will pick up the sound of their breath. This will cause the compressor to reduce the gain of the vocal track, which will create a more natural and realistic sound.

Sidechain in Mastering

Sidechain compression is a technique used in mixing and mastering to reduce the volume of one track when another track plays. This can be used to create a “pumping” effect, or to simply ensure that the tracks don’t clash with each other.

How to Sidechain with Supercharger Native Instruments

Supercharger Native Instruments is a powerful sidechain compression plugin that offers a wide range of features and controls. To use Supercharger, simply insert the plugin on the track you want to sidechain.

Once you’ve inserted Supercharger, you’ll need to set up the following parameters:

Key Input: This is the track that will trigger the sidechain compression.
Sidechain Input: This is the track that you want to sidechain.
Threshold: This sets the level at which the sidechain compression will start to kick in.
Ratio: This sets the amount of compression that will be applied.
Attack: This sets the speed at which the compression will start to work.
Release: This sets the speed at which the compression will stop working.
Gain: This sets the level of the sidechain output.

Once you’ve set up these parameters, you can start experimenting with the sound of the sidechain compression. You can try different settings for the threshold, ratio, attack, release, and gain to create different effects.

44. Using Supercharger for Creative Effects

In addition to using Supercharger for traditional sidechain compression, you can also use it to create a variety of creative effects. For example, you can use Supercharger to create a “ducking” effect, where the volume of one track is reduced when another track plays. You can also use Supercharger to create a “pumping” effect, where the volume of one track increases and decreases rhythmically.

Here are a few ideas for creative uses of Supercharger:

1. Create a ducking effect: Use Supercharger to reduce the volume of the bass track when the kick drum plays. This can help to create a cleaner, punchier sound.
2. Create a pumping effect: Use Supercharger to increase and decrease the volume of the synth track rhythmically. This can help to create a more energetic, dance-oriented sound.
3. Create a sidechain delay: Use Supercharger to trigger a delay effect on the sidechain track. This can create a cool, otherworldly effect.
4. Create a sidechain reverb: Use Supercharger to trigger a reverb effect on the sidechain track. This can create a spacious, atmospheric sound.

Conclusion

Supercharger Native Instruments is a powerful sidechain compression plugin that can be used to create a wide range of effects, from subtle to extreme. By experimenting with the different parameters, you can create custom effects that will enhance your mixes and masters.

Sidechain Compression Using Supercharger Native Instruments

Introducing Supercharger, the ultimate sidechain compression tool from Native Instruments that revolutionizes audio processing. Sidechain compression is a technique commonly used in mixing and mastering to enhance the clarity and impact of specific sounds by dynamically reducing the volume of other sounds based on their amplitude.

Supercharger offers a range of features tailored to the needs of professionals, providing unparalleled control and precision in your audio production workflow.

Dynamic Sidechain Control

Supercharger’s highly responsive sidechain compression allows you to precisely control the timing and intensity of the compression effect. Utilizing an internal sidechain signal or an external source, you can create seamless and natural-sounding compression that complements your mix.

Advanced Filter Options

Fine-tune your compression with Supercharger’s advanced filter options. Adjust the cutoff frequency and resonance to isolate specific frequency ranges, allowing you to focus the compression effect on the desired elements.

Attack and Release Time Control

Precisely shape the envelope of the compressed signal with Supercharger’s adjustable attack and release times. Dial in the perfect settings to enhance transients, smooth out dynamics, or create pumping effects.

Threshold and Ratio Customization

Customize the level at which compression takes effect using Supercharger’s threshold control. Additionally, adjust the ratio to determine the amount of attenuation applied to the compressed signal, ranging from subtle to aggressive.

Stereo Linking and Mid/Side Processing

Supercharger provides flexible stereo linking options, allowing you to link the compression settings for both channels or process them independently. Explore the unique possibilities of mid/side processing to enhance the width and depth of your mix.

Sidechain Signal Customization

Utilize Supercharger’s internal sidechain signal or an external source to trigger the compression. External sidechain signals can be routed from other tracks, creating intricate and dynamic effects.

Analog-Modeled Compression

Supercharger emulates the warmth and character of classic analog compressors, adding depth and saturation to your audio. Choose between three distinct modes to find the perfect compression sound.

Preset Browser

Accelerate your workflow with Supercharger’s comprehensive preset browser, featuring a wide range of professionally crafted presets tailored to various instruments, styles, and scenarios.

Intuitive Interface

Supercharger’s user-friendly interface provides an intuitive and accessible experience. Quickly grasp the essential controls and tweak settings with ease, allowing you to focus on your creativity.

50. Multiband Sidechain Compression

Unlock the next level of sidechain compression with Supercharger’s multiband functionality. Divide the incoming signal into multiple frequency bands and apply independent compression to each band, enabling precise control over specific frequency ranges. This advanced technique allows for surgical compression, enhancing clarity and punch.

Here’s a detailed breakdown of the multiband sidechain compression capabilities:

With multiband sidechain compression, Supercharger empowers you to refine the dynamics of your audio on a granular level, enhancing the separation, clarity, and impact of your tracks.

123 How To Sidechain With Supercharger Native Instruments

Supercharger is a versatile compressor plugin from Native Instruments that offers a wide range of features, including sidechain compression. Sidechain compression is a technique used to reduce the volume of one audio track (the “sidechain”) in response to the level of another audio track (the “trigger”). This can be used to create a variety of effects, such as ducking the volume of a bass track when a kick drum is playing, or creating a pumping effect on a synthesizer.

To sidechain with Supercharger, first insert the plugin on the sidechain track. Next, click on the “Sidechain” button in the plugin interface and select the trigger track from the drop-down menu. Finally, adjust the “Amount” and “Ratio” parameters to control the amount of compression and the level reduction applied to the sidechain track.

People Also Ask About 123 How To Sidechain With Supercharger Native Instruments

What are the benefits of using sidechain compression?

Sidechain compression can be used to create a variety of effects, including:

• Ducking the volume of one track in response to the level of another track
• Creating a pumping effect on a synthesizer
• Adding depth and space to a mix
• Improving the clarity of a mix

How do I set up sidechain compression in Supercharger?

To set up sidechain compression in Supercharger, follow these steps:

1. Insert Supercharger on the sidechain track
2. Click on the “Sidechain” button in the plugin interface
3. Select the trigger track from the drop-down menu
4. Adjust the “Amount” and “Ratio” parameters to control the amount of compression and the level reduction applied to the sidechain track

What are some tips for using sidechain compression?

Here are some tips for using sidechain compression:

• Start with a light amount of compression and gradually increase the amount until you achieve the desired effect
• Experiment with different trigger tracks to create different effects
• Use sidechain compression to add depth and space to a mix
• Be careful not to overuse sidechain compression, as it can lead to a muddy or cluttered mix