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License and capability clarification (2026-07-14): FunASR is a toolkit, not a single checkpoint. The FunASR and SenseVoice repository source code is MIT; model weights follow each model card. SenseVoiceSmall supports Chinese, Cantonese, English, Japanese, and Korean, and its weights use the linked FunASR Model Open Source License Agreement. Fun-ASR-Nano-2512 is Apache-2.0. Language coverage, punctuation, and performance depend on the selected model and runtime configuration.
Summary
OpenVoice does voice cloning/synthesis. FunASR provides the complementary ASR front-end:
170x faster transcription — RTF 0.006-0.007
50+ languages (SenseVoice)
Speaker diarization (CAM++) — useful for multi-speaker voice cloning
OpenAI-compatible API — easy to chain ASR → voice cloning
In a voice pipeline: FunASR transcribes → OpenVoice clones voice → TTS generates. Both are Apache 2.0.
pip install funasr
funasr speaker_audio.wav --spk -f json # Identify speakers# → feed speaker audio to OpenVoice for cloning
Note
License and capability clarification (2026-07-14): FunASR is a toolkit, not a single checkpoint. The FunASR and SenseVoice repository source code is MIT; model weights follow each model card. SenseVoiceSmall supports Chinese, Cantonese, English, Japanese, and Korean, and its weights use the linked FunASR Model Open Source License Agreement. Fun-ASR-Nano-2512 is Apache-2.0. Language coverage, punctuation, and performance depend on the selected model and runtime configuration.
Summary
OpenVoice does voice cloning/synthesis. FunASR provides the complementary ASR front-end:
In a voice pipeline: FunASR transcribes → OpenVoice clones voice → TTS generates. Both are Apache 2.0.
GitHub: https://github.com/modelscope/FunASR (17.8K+ stars)