
Splitter.ai
Splitter.ai is an intelligent audio processing platform that precisely deconstructs songs into isolated stems like vocals and instruments. It empowers musicians and creators with an intuitive interface for remixing, karaoke, and audio production tasks.
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Product Overview
Splitter.ai is a sophisticated AI-powered platform that deconstructs music files into distinct components such as vocals, drums, bass, and piano stems. Leveraging state-of-the-art machine learning, it offers an effortless solution for audio professionals and enthusiasts to extract or eliminate specific tracks. The service features various separation models, a straightforward drag-and-drop interface, and flexible subscription plans, making it ideal for remixing, karaoke creation, music education, and content production.
Key Features
Multi-Stem Separation: Accurately splits audio into 2 or 5 stems, including vocals, drums, bass, piano, and additional instruments.
Advanced AI Analysis: Utilizes deep learning algorithms for precise identification and isolation of audio elements.
Intuitive Interface: Streamlined drag-and-drop design ensures rapid processing and easy download of results.
Flexible Tiers: Free access for basic needs, with Pro upgrades for advanced capabilities and quicker turnaround.
Broad Format Compatibility: Works with numerous audio and video file types like MP3, WAV, FLAC, OGG, and MP4.
Supplementary Music Utilities: Incorporates AI chord detection, a smart metronome, tempo adjustment, and key transposition tools.
Use Cases
Audio Editing and Production: Extract or mute specific tracks to refine mixes and master recordings.
Music Remixing: Isolate instruments and vocals to craft innovative remixes and adaptations.
Karaoke Track Generation: Create instrumental versions by removing vocals, or extract them for custom tracks.
Content Creation: Develop tailored backing audio for videos, podcasts, and social media projects.
Music Practice and Learning: Practice instruments using separated stems, aided by AI-generated chords and metronome features.