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Orpheus TTS


Introduction:

Orpheus TTS is an open-source TTS system based on Llama-3b, featuring capabilities such as voice cloning, emotion control, and low latency.









Orpheus TTS

Orpheus TTS is an open-source Text-to-Speech (TTS) system based on Llama-3b. It aims to leverage the capabilities of Large Language Models (LLMs) for voice synthesis and features the following key characteristics:

  • Human-like Voice: Capable of generating natural, expressive, and rhythmic voices that even surpass some closed-source leading models.
  • Zero-shot Voice Cloning: Can clone voices without any pre-tuning.
  • Emotion and Tone Control: Allows control over voice emotion and tone characteristics through simple tags.
  • Low Latency: Features a streaming transmission delay of approximately 200 milliseconds, suitable for real-time applications, and can be further reduced to about 100 milliseconds with input streaming.

Orpheus TTS provides three models:

  • Finetuned Prod (Fine-tuned Production Model): A model fine-tuned for everyday TTS applications.
  • Pretrained (Pre-trained Model): A benchmark model trained on over 100,000 hours of English speech data.

Use Cases:

Due to its human-like voice and low-latency features, Orpheus TTS is suitable for the following use cases:

  • Voice Assistants: Create more natural and expressive voice assistants.
  • Real-time Voice Interaction: Use in applications requiring real-time voice interaction, such as games, virtual reality, and online education.
  • Content Creation: Generate high-quality voice narration for videos, podcasts, etc.
  • Assistive Technology: Provide text-reading services for visually impaired individuals or generate voices for those who need assistive communication.
  • Personalized Voice Experience: Offer personalized voice experiences to users through voice cloning and emotion control features.
  • AI Dubbing: Provide AI dubbing solutions.

In addition, Orpheus TTS also provides data processing scripts and example datasets, making it convenient for users to create their own fine-tuned models to meet specific needs.