Advanced Settings Tutorial - Kits AI
TLDRThis tutorial video from Kits AI focuses on advanced settings for converting voices with their AI technology. The video guides users through the process of optimizing audio conversion by adjusting settings such as removing instrumentals, reducing reverb and delay, and eliminating backing vocals. It also introduces the pitch shift feature to match the audio to the selected AI model. The importance of conversion strength and volume blend is emphasized, as they directly affect the conversion's outcome. The video provides examples of how different settings impact the final audio, suggesting starting with medium conversion strength and adjusting as needed. Pre-processing effects like cut noise and smooth volume are discussed, as well as post-processing effects like compression, chorus, reverb, and delay. The presenter demonstrates how to apply these settings using the M strain Rock model and advises saving preferred settings as a preset for future use. The tutorial concludes with a comparison of the original and AI-converted audio, showcasing the improved presence and smoother audio quality achieved with the AI conversion.
Takeaways
- 🎙️ **Audio Conversion with Kits AI**: The video provides a tutorial on advanced settings for converting voices using Kits AI for better AI voice conversions.
- 🔍 **Advanced Settings Access**: After selecting an AI model and inputting audio, it's recommended to access the advanced settings for fine-tuning the conversion process.
- 🎶 **Remove Instrumentals**: A feature to separate vocals from instrumentals in a full song, useful for audio with vocals, melodies, bass, drums, etc.
- 🔊 **Audio Cleanup**: Buttons are available to reduce reverb and delay, and to remove backing vocals or ad libs for a cleaner vocal track.
- 🎛️ **Pitch Shifting**: The pitch shift tool adjusts the audio to match the pitch level required by the selected AI model, but note that it also changes the key of the audio.
- 🔧 **Conversion Strength**: This setting determines how much the AI voice's version of a sound is used in the conversion process, with higher settings potentially increasing mispronunciation.
- 📈 **Volume Blending**: A lower model volume maintains original audio levels, while a higher model volume smooths out the audio for a more polished result.
- 👻 **Dynamics Preservation**: Use a lower volume blend to preserve the dynamics of clean, dynamic recordings or for instances where the converted audio needs to fit well in a mix.
- 🛠️ **Pre-processing Effects**: Subtle changes like cut noise and smooth volume can help clean up input audio before conversion, useful for recordings with varied volume or pitch issues.
- ⚙️ **Post-processing Effects**: The compressor can be used for more consistent volumes and presence, while creative effects like chorus, reverb, and delay offer more flexibility for different uses.
- 💾 **Save Presets**: Once you find settings you like, you can save them as a preset for future use, ensuring consistency across different audio conversions.
- 📚 **In-Depth Practice**: The video concludes with a practical example, demonstrating the application of the discussed settings for a specific audio conversion.
Q & A
What is the main purpose of the 'remove instrumentals' feature in Kits AI?
-The 'remove instrumentals' feature is used to separate vocals from the instrumentals in a full song, which includes vocals, melodies, bass, drums, etc.
How can the 'Reverb and Delay' button help in audio conversion?
-The 'Reverb and Delay' button helps to clean up audio by reducing reverb and delay effects that are common in vocals and songs.
What is the function of the 'remove backing vocals' feature?
-The 'remove backing vocals' feature assists in eliminating ad libs in hip-hop songs or backup singers from the audio.
How does the pitch shift tool work in Kits AI?
-The pitch shift tool adjusts the pitch of the audio to match the range of the selected AI model. It can lower or raise the pitch, but it also changes the key of the audio.
What is the role of 'conversion strength' in the audio conversion process?
-Conversion strength determines how much the input audio is altered to resemble the AI voice. Higher settings increase the character of the AI voice but may also lead to mispronunciation of words.
Why would someone choose a high model volume?
-A high model volume is chosen to make the conversion smoother and more polished, which is useful for recordings with varied audio levels or less than ideal conditions.
What is the significance of 'volume blend' in the conversion process?
-Volume blend helps to maintain the original audio levels or to smooth out the audio. It's important for preserving the dynamics of a clean recording or ensuring the converted audio fits well in a mix.
How can the 'cut noise' pre-processing effect be beneficial?
-The 'cut noise' effect helps to mask static background noise and can be used to reduce rumble or harshness in the high end of the recording.
What is the purpose of the 'smooth volume' pre-processing effect?
-The 'smooth volume' effect is used to even out recordings with varied volume levels and can assist with pitch correction if the audio is not perfectly in tune.
Why might someone choose to use only the compressor for post-processing effects?
-Using only the compressor is preferred for those who want to maintain maximum flexibility with their converted audio, especially if they plan to use their own chorus, reverb, and delay plugins in a DAW (Digital Audio Workstation).
How can saving a preset in Kits AI benefit a user?
-Saving a preset allows a user to quickly apply their preferred settings for future audio conversions, saving time and ensuring consistency across different projects.
Outlines
🎙️ Advanced Voice Conversion Settings with Kits AI
This paragraph introduces the video's focus on advanced settings for converting voices using Kits AI. It explains the process of audio conversion, emphasizing the importance of the advanced settings to refine the conversion for optimal results. Key features discussed include removing instrumentals, handling reverb and delay, and removing backing vocals. Additionally, the paragraph touches on pitch shifting to match the AI model's range and the significance of conversion strength and volume blend settings in achieving a high-quality conversion.
🔊 Volume Blend and Conversion Strength for Audio Dynamics
The second paragraph delves into the nuances of volume blend and conversion strength, two critical settings for voice conversion. It describes how a higher model volume can smooth out audio, making it more polished, while a lower volume blend preserves the original audio dynamics. The paragraph also discusses pre- and post-processing effects, such as cut noise, smooth volume, and the use of a compressor for post-conversion audio. It concludes with a practical application of these settings on a sample audio clip, demonstrating the conversion process and the impact of the chosen settings on the final output.
Mindmap
Keywords
💡Advanced Settings
💡Remove Instrumentals
💡Reverb and Delay
💡Pit Shift
💡Conversion Strength
💡Volume Blend
💡Pre-processing Effects
💡Post-processing Effects
💡Dynamics
💡Presets
💡AI Model
Highlights
An instructional video on advanced settings for converting voices with Kits AI is presented.
The video aims to improve understanding of the program for better AI voice conversions.
When converting audio, it's recommended to use the 'remove instrumentals' feature for full songs.
The 'Reverb and Delay' button helps clean up vocals and songs with reverberation.
The 'remove backing vocals' feature assists in eliminating ad libs or backup singers.
The 'pitch shift' tool is useful for audio out of the model's range, adjusting pitch without altering the key.
Conversion strength determines how much the AI voice is used in the conversion process.
High conversion strength can exaggerate certain sounds but may mispronounce words.
Medium conversion strength is suggested as a starting point for most audio.
Volume blend adjusts the AI model's volume in relation to the original audio levels.
High model volume is ideal for smoothing out audio with varied levels or less than ideal conditions.
Low volume blend preserves the dynamics of clean, dynamic recordings.
Pre-processing effects include 'cut noise' for background noise and 'smooth volume' for uneven volume levels.
Post-processing effects like 'compressor' can improve audio presence and volume consistency.
Creative post-processing options like 'chorus', 'reverb', and 'delay' can be used for specific audio needs.
For audio to be used in a DAW, it's recommended to use fewer effects for more flexibility.
The video demonstrates the conversion process using the 'M strange Rock' model on a clean studio recording.
Settings can be saved as presets for future use.
The final conversion is compared to the original audio, showing the impact of AI conversion.
The tutorial concludes with a comprehensive understanding of Kits AI's advanced settings for optimal AI voice conversions.