F5-TTS & E2-TTS: Zero-Shot Voice Cloning (Unofficial Demo)
F5-TTS & E2-TTS: Zero-Shot Voice Cloning (Unofficial Demo)
Enhance audio quality for radio broadcasts
RVC
Generate new voice from source with reference audio
Stable audio open model from Synthio paper.
Generate audio from text with style
Convert audio to different voice tones
Generate audio from text
Transcribe audio and rate quality
Enhance and clean your audio recordings
Apply audio effects to your music file
Enhance and analyze audio files
F5-TTS is a cutting-edge text-to-speech (TTS) and voice cloning technology designed to generate high-quality audio from text inputs. It operates in zero-shot learning mode, meaning it can synthesize voices without requiring extensive training data. F5-TTS is part of a suite of tools, including E2-TTS, aimed at revolutionizing audio generation and voice manipulation tasks. The tool is particularly useful for voice cloning, audio enhancement, and creating synthetic voices for various applications.
• Zero-Shot Voice Cloning: Generate synthetic voices without extensive training data.
• High-Quality Audio Output: Produces natural and realistic speech synthesis.
• Text-to-Speech Conversion: Convert written text into spoken audio seamlessly.
• Reference Audio Utilization: Leverages reference audio to generate voices with similar characteristics.
• Multilingual Support: Capable of generating speech in multiple languages.
• Customizable Output: Allows adjustments to pitch, tone, and speed of the generated audio.
What is F5-TTS primarily used for?
F5-TTS is primarily used for generating synthetic voices, voice cloning, and converting text into high-quality speech audio.
Can I use F5-TTS without reference audio?
While F5-TTS can work without reference audio, using a reference audio file is recommended for generating more accurate and realistic voice clones.
Is F5-TTS available for commercial use?
F5-TTS is currently available as an unofficial demo. Commercial use may require additional licensing or permissions depending on the specific application.