Create Stunning AI Covers with Crepe - RVC Tutorial

Table of Contents

1. Introduction
2. Finding and Downloading a Model
3. Running the Model
4. Importing the Model
5. Using the GUI
6. Uploading and Converting Audio
7. Adjusting Advanced Settings
8. Downloading the Converted Audio
9. Editing the Audio in Audacity
10. Applying Vocal Processing
11. Finalizing the Reverb and Echo
12. Adjusting Volume Envelope
13. Compressing the Audio

How to Use RBC for Audio Processing

In this tutorial, we will learn how to use RBC (Rapid-Batch-Cappella), a tool that allows us to convert songs into a cappella versions by removing instrumentals and isolating vocals. RBC utilizes AI technology to achieve this conversion and provides a user-friendly interface for seamless audio processing. We will guide You through the step-by-step process of using RBC, from finding and downloading a model to finalizing the audio with custom adjustments and editing in Audacity.

1. Introduction

Before we dive into the details, let's understand what RBC is and how it can benefit us in audio processing. RBC is a powerful tool that utilizes machine learning algorithms to strip instrumentals from songs, leaving only the vocals. This has various applications, such as creating karaoke versions of songs, remixing tracks, or even analyzing vocal performance. With RBC, you can transform any song into an a cappella masterpiece.

2. Finding and Downloading a Model

The first step is to find a suitable RBC model that you want to use for audio processing. To do this, you need to access the AI Hub server, where you can browse through the available models. Once you find a model that fits your requirements, copy the model's Google Drive or Mega link.

3. Running the Model

After obtaining the link to the desired RBC model, you need to run it in your preferred environment. When you run the model, it performs the necessary computations and prepares it for further usage.

4. Importing the Model

Once the model has finished running, you can import it into your audio processing software. If you're using Discord, for example, paste the model's URL into the designated space and click the "Start" button to initiate the model's download onto a cloud machine. If the model is successfully imported, a notification will indicate the completion.

5. Using the GUI

With the model imported, you can now use the graphical user interface (GUI) to process your audio. The GUI provides a user-friendly environment where you can make adjustments and Apply the desired effects to your audio track.

6. Uploading and Converting Audio

To begin the audio processing, you must upload the audio file you want to convert to a cappella. Within the GUI, select the file and initiate the upload process. Once the upload is complete, the file will be ready for conversion.

7. Adjusting Advanced Settings

Before converting the audio, you can fine-tune the advanced settings to achieve the desired output. One essential setting is the "Creep" option, which determines the accuracy of pitch detection. Lower values ensure precise pitch detection, while higher values might Blend harmonies for desired effects. Additionally, the "Hop length" setting affects the frequency of pitch changes, while the "Auto Detect Index" determines the appropriate index for accessing your model's data. Experiment with these settings to find the optimal configuration for your audio.

8. Downloading the Converted Audio

Once you have adjusted the settings and are satisfied with the configuration, you can convert the audio. By clicking the "Convert" button, the audio processing will commence. After completion, a download section will be available, allowing you to save the converted audio. Simply right-click on the audio file and select the "Save" option to finalize the process.

9. Editing the Audio in Audacity

To further enhance the converted audio, you can utilize a software like Audacity. Import the converted audio file into Audacity and proceed with any necessary edits or adjustments. This step is optional but provides additional control over the final audio output.

10. Applying Vocal Processing

Once the converted audio is in Audacity, you have the opportunity to apply various vocal processing techniques. These techniques involve manipulating the audio to strip out reverb, echo, or other unwanted artifacts. Experiment with different effects and adjustments to achieve the desired vocal quality.

11. Finalizing the Reverb and Echo

To recreate the original mix as closely as possible, it is recommended to focus on adjusting the reverb and echo. By adjusting the volume envelope and applying reverb in true stereo, you can achieve a more balanced and accurate recreation of the original song's mix.

12. Adjusting Volume Envelope

If you are not content with the setting chosen for the volume envelope, feel free to make further adjustments. Increasing the volume envelope will result in a louder overall sound, while decreasing it will Create a more subtle mix. Experiment with different settings until you achieve the desired volume balance.

13. Compressing the Audio

To further enhance the audio and ensure a consistent level of loudness, consider applying a compression preset in Audacity. This technique helps to even out the fluctuations in the audio and provides a more polished final product.

In conclusion, RBC is a powerful tool that allows you to convert audio into a cappella versions by removing instrumentals. With the step-by-step guide provided in this tutorial, you can easily navigate the process of using RBC for audio processing. Unlock the potential of your favorite songs and explore new creative possibilities with RBC.

Highlights

• RBC is a powerful tool for converting audio into a cappella versions.
• The graphical user interface (GUI) provides a user-friendly environment for audio processing.
• Adjusting advanced settings allows for fine-tuning the output.
• Audacity can be used to further enhance the converted audio.
• Applying vocal processing techniques can improve the quality of the final audio.

FAQ

Q: Can I convert any song into a cappella using RBC? A: While RBC is capable of removing instrumentals from most songs, certain factors such as the complexity of the original mix and recording quality can affect the accuracy of the output.

Q: Is RBC compatible with other audio processing software besides Audacity? A: Yes, RBC is compatible with various audio processing software. Audacity is commonly used for its flexibility and range of features, but you can explore other software options based on your preferences.

Q: How long does it take to convert an audio file using RBC? A: The conversion time depends on several factors, including the length of the audio file, the complexity of the original mix, and the performance of your computer. Generally, the process is relatively quick, but larger files may take longer to convert.

Q: Can I use RBC for commercial purposes? A: The usage of RBC for commercial purposes might have specific restrictions and licensing requirements. It is recommended to review the terms and conditions associated with the RBC model you choose and ensure compliance with any relevant licenses or agreements.

Q: Is there a limit to the file size or duration of audio that can be processed with RBC? A: The limitations on file size and duration depend on the specific RBC model you choose and the capabilities of the software or platform you are using. It is advisable to check the guidelines and technical specifications associated with your chosen model for any such limitations.