Using AI Voice Generators to Streamline Your Music Production Workflow

This video provides an insightful overview of using AI voice generators to enhance music production. It introduces Kits, a platform that allows users to create high-quality vocals and voiceovers in seconds using various AI-trained models. The video demonstrates how to select AI voices, adjust settings for clarity and articulation, and experiment with pre- and post-processing effects for a polished sound. It also covers the ability to transform audio recordings into multiple instruments and the potential for creating custom AI voice models from existing artists' vocals. Additionally, the video highlights the vocal remover feature for sampling and the text-to-speech functionality for creating voiceovers. The host encourages viewers to share their favorite features of Kits AI in the comments.

Takeaways

• 🎵 Use AI voice generators to create vocals or voice overs quickly and easily.
• 🔍 Select from a wide variety of AI trained models to find the perfect voice for your project.
• 👩‍🎤 Choose up to five different AI models at once for layered vocals or diverse options in your song.
• 🎛️ Adjust conversion strength for more clarity and articulation, but be cautious of overcorrection.
• 🎧 Utilize advanced settings to fine-tune vocals, such as key changes and noise reduction.
• 🎹 Convert vocals into multiple instruments like saxophone, cello, and bass guitar.
• 🎧 Apply post-processing effects like chorus, reverb, and delay for a polished sound.
• 📈 Train a custom AI voice model using at least 3 minutes of high-quality vocal recordings.
• 🎧 The cleaner the input audio, the better the AI voice generation quality.
• 🎉 All voices used are legally and ethically trained, ensuring fair compensation for the artists.
• 🚀 Kits can also generate text-to-speech with various voice models, perfect for voiceovers.
• 🔄 The vocal remover feature can separate vocals from an instrumental, useful for remixes or mastering.

Q & A

What is the main purpose of using AI voice generators in music production?

The main purpose of using AI voice generators in music production is to streamline the workflow by quickly creating realistic vocals or voice overs, and even turning audio recordings into multiple different instruments.

How many different AI voice models can be selected at once in the system mentioned?

You can select up to five different AI voice models at once to enhance your workflow and provide layers or different options in your song.

What are some of the advanced settings available for processing vocals?

Some of the advanced settings available for processing vocals include the ability to change the key, adjust the conversion strength for more accent and articulation, and control the model volume.

How does the system handle pre-processing of audio recordings?

The system offers pre-processing options such as a noise gate, high pass filter, low pass filter, compressor, and autotune. The cleaner the input volume, the better the generation.

What is the significance of post-processing effects in the system?

Post-processing effects like chorus, reverb, and delay are used to add creativity and polish to the audio, giving the user full control over the final sound.

How does the system ensure ethical use of AI trained models?

The system works directly with artists to legally and ethically train the AI models, ensuring that the artists get paid, which allows users to use the voices without a guilty conscience.

What is the process for creating a custom AI voice model?

To create a custom AI voice model, you upload audio files of your vocalist with a minimum of 3 minutes, ideally 10 minutes, and a maximum of an hour. The cleaner the input audio, the easier it is to train the model.

How can the vocal remover feature be beneficial for sampling?

The vocal remover feature allows users to upload a full song and remove backing vocals, reverb, and echo to separate the vocals from the instrumentals, which can be great for sampling and mastering.

What are the different text-to-speech voices available?

The text-to-speech feature offers a variety of voices, including male traditional pop, which is found to be very pleasing for voiceovers.

How quickly can text-to-speech be generated in the system?

Text-to-speech can be generated in a matter of 10 to 15 seconds, offering a fast and efficient way to create voice overs.

What is the potential use of the text-to-speech feature for video hooks?

The text-to-speech feature can be used to create a compelling hook for a video by generating a realistic sounding voice over that can grab the attention of the audience.

How can the AI voice generator be used to demo songs for other artists?

The AI voice generator can be used to create a demo with vocals that sound like the original artist, allowing other artists to hear how they might fit on a song and potentially purchase it.

Outlines

00:00

🎵 AI Vocals and Voice Over Creation

The video introduces Kits, an AI-driven platform that allows users to generate vocals and voice overs for their songs in seconds. It showcases the ability to select different AI voice models, layer vocals, and adjust settings like conversion strength and model volume for a more natural sound. The platform also offers advanced audio settings, including noise gate, filters, and autotune, to refine the input quality. Post-processing effects like chorus, reverb, and delay are available for a polished finish. The script also highlights the platform's ethical collaboration with artists, ensuring they are compensated for their voice contributions.

05:03

🎼 Advanced Audio Processing with Kits

The script delves into the advanced features of Kits, such as editing breathy vocal recordings, using pitch shifters for instrument generation, and creating drum grooves from tapping sounds. It demonstrates how to integrate AI-generated vocals and instruments into a digital audio workstation like FL Studio. The video also discusses the process of training a custom AI voice model using a minimum of 3 minutes of high-quality vocal recordings. Additionally, it covers the vocal remover feature, which can isolate vocals from a full song mix, and the text-to-speech function, which can convert written text into voice overs with various voice models.

10:04

📝 Text-to-Speech and Customizing AI Models

The final paragraph focuses on the text-to-speech capabilities of Kits, where different voice models are tested for creating voice overs. It emphasizes the effectiveness of the male traditional pop model for voice overs and suggests the possibility of using multiple models to create a collage of different AI voices. The video concludes by inviting viewers to share their favorite features of Kits in the comments and teases more exciting AI functionalities to come from the platform.

Keywords

AI Voice Generators

AI Voice Generators are artificial intelligence systems designed to produce human-like vocals from text or existing audio inputs. In the context of the video, they are used to create vocals for a song or voiceovers that sound realistic and professional. An example from the script is when the narrator selects different AI voice models to generate vocals for a song, showcasing the variety and flexibility of these generators.

Text-to-Speech

Text-to-Speech (TTS) is a technology that converts written text into spoken words. It's a key feature in the video where the script mentions turning text into a voiceover with different AI models. The narrator demonstrates this by inputting text and choosing various voice models to generate a voiceover, highlighting the ease and speed with which AI can produce voiceovers.

Audio Recording

An audio recording refers to the process of capturing and storing sound as digital or analog signals. In the video, the term is used when discussing the conversion of one audio recording into multiple instruments or the use of royalty-free vocals. The narrator mentions using a clean studio recording for better AI voice generation, emphasizing the importance of audio quality.

Royalty-Free Vocals

Royalty-Free Vocals are pre-recorded vocal tracks that can be used without having to pay ongoing royalties to the original artist or producer each time they are used. The video script discusses using royalty-free vocals for music production, which allows the creator to avoid legal and financial complications associated with copyrighted material.

Vocal Models

Vocal models in the context of the video refer to the different AI-trained voice profiles that can be selected to generate vocals. The script mentions choosing from a variety of female models such as 'female Loi,' 'Indie alternative female singer-songwriter,' and 'female R&B,' to achieve different vocal characteristics in the song.

Conversion Strength

Conversion strength is a parameter in the AI voice generation process that controls the degree to which the AI accentuates and articulates the generated vocals. The video explains that increasing conversion strength can make the AI sound clearer but may also lead to overcorrection and artifacts, so it's important to adjust it carefully.

Pre-Processing Effects

Pre-Processing Effects are audio techniques applied to a sound before the main processing stage. In the video, the narrator discusses using a noise gate, high pass filter, low pass filter, compressor, and autotune as pre-processing effects to clean up the audio and prepare it for AI voice generation.

Post-Processing Effects

Post-Processing Effects are audio enhancements applied after the main processing stage. The video mentions adding chorus, reverb, and delay as post-processing effects to polish the AI-generated vocals, giving them a more professional and finished sound.

Stemming

Stemming is the process of separating different elements of a music track, such as vocals and instruments. The video demonstrates the use of AI to separate vocals from the instrumental track, which can be useful for remixing or mastering a song.

Vocal Remover

A Vocal Remover is a tool that attempts to isolate and remove the vocal parts from a mixed audio track, leaving behind the instrumental portion. The video script describes using a vocal remover feature to extract clean instrumentals from a full song mix for further use in music production.

Custom AI Voice Model

A Custom AI Voice Model is a unique voice profile created by training the AI with specific audio samples. The video script explains how to train a voice model using audio files of a particular artist, which can then be used to generate vocals in the style of that artist, offering a personalized and efficient way to produce music.

Highlights

AI voice generators can create realistic vocals and voice overs in seconds.

Multiple AI trained models are available for a variety of vocal styles.

Up to five different AI models can be selected simultaneously for layered vocals.

Advanced settings allow for vocal clamping, instrumental removal, and key changes.

Conversion strength can enhance clarity but may introduce artifacts at higher values.

Input audio quality directly affects the quality of AI voice generation.

Post-processing effects like chorus, reverb, and delay can be added for polish.

AI models can recreate the characteristics of different vocal styles.

The platform ensures ethical use and payment to artists for their voice samples.

YouTube links can be used for voice generation, but copyright considerations apply.

AI can transform audio recordings into various musical instruments.

The vocal remover feature can separate vocals from an instrumental track.

Text-to-speech functionality allows for quick creation of voice over scripts.

Different AI voice models can be compared for the best fit for a project.

Custom AI voice models can be trained using an artist's vocal samples.

Training requires clean vocals with a variety of pitches and vowels.

YouTube links can be used for training custom AI voice models.

The platform can help artists demo their songs to other artists efficiently.

AI voice generators are a game-changer for music production and artist collaborations.