Ultimate Vocal Remover: Vocal extraction with MDX and Demucs models

UUltimate Vocal Remover Try it →Watch full video →Sound Codex · Jan 2025

Demo summary

The user demonstrates vocal isolation by comparing the original song against outputs from VR Architecture, MDX, and Demucs (D-Max) models within UVR5.

Step-by-step

Select the VR Architecture model to process the audio
Select the MDX model to process the audio
Select the Demucs (D-Max) model to process the audio
Compare the processed vocal outputs against the original song file
Toggle between the different model outputs to identify frequency bleed or artifacts

Options

Adjust MDX settings to refine vocal isolation quality

Watch out for

VR architecture may allow instrumental frequencies to pass through the spectral processing
Demucs (D-Max) can produce background noise or crackles in certain song sections

Tips

Use MDX or Demucs for the best vocal extraction results
Jump back and forth between different model outputs to hear subtle differences in clarity
Test models on sections with multiple vocalists to check for isolation consistency

Highlights

“to my ear the best result is mDX or D Max for this vocal extraction”

All demos from “UVR5 Tutorial with Audio Examples | Audio Source Separation using Neural Networks”

1:142:45Configuring UVR5 interface and settingsThe narrator walks through the UVR5 interface, demonstrating how to drag and drop audio files, select output folders, choose processing methods like VR Architecture or MDX, and download additional AI models.UUltimate Vocal Remover· AI Vocal Remover & Stem Splitter
3:593:29Vocal extraction with MDX and Demucs modelsCurrentThe user demonstrates vocal isolation by comparing the original song against outputs from VR Architecture, MDX, and Demucs (D-Max) models within UVR5.UUltimate Vocal Remover· AI Vocal Remover & Stem Splitter
7:282:55Instrumental and stem separation using DemucsThe demonstration shows how to extract instrumentals and individual stems (drums, bass, etc.) using the Demucs model and Ensemble mode in UVR5.UUltimate Vocal Remover· AI Vocal Remover & Stem Splitter
Watch “UVR5 Tutorial with Audio Examples | Audio Source Separation using Neural Networks” →

AI Vocal Remover & Stem Splitter

1:142:45Configuring UVR5 interface and settingsThe narrator walks through the UVR5 interface, demonstrating how to drag and drop audio files, select output folders, choose processing methods like VR Architecture or MDX, and download additional AI models.Sound Codex
3:593:29Vocal extraction with MDX and Demucs modelsCurrentThe user demonstrates vocal isolation by comparing the original song against outputs from VR Architecture, MDX, and Demucs (D-Max) models within UVR5.Sound Codex
7:282:55Instrumental and stem separation using DemucsThe demonstration shows how to extract instrumentals and individual stems (drums, bass, etc.) using the Demucs model and Ensemble mode in UVR5.Sound Codex
2:021:43Configure and process stems in Ultimate Vocal RemoverThe narrator walks through the UVR interface, selecting input/output files, choosing process architectures like Demucs or MDX-Net, and initiating the conversion process.The Budget Guitarist!
1:401:01Configure and run vocal separation in UVRThe narrator demonstrates how to select an input song, choose the Demucs processing method, and configure settings like 'instrumental only' within the Ultimate Vocal Remover (UVR) interface to generate a karaoke track.Brainers Technology
2:481:01Compare original audio with UVR karaoke outputThe user plays the original song followed by the processed instrumental-only version created by UVR to verify the quality of the AI vocal removal.Brainers Technology