AI is happening. The future is updating.Fun-ASR-Nano-2512-GGUF
Standalone audio.cpp GGUF builds of FunAudioLLM/Fun-ASR-Nano-2512-hf. Each file embeds the model configuration, processor configuration, tokenizer, chat template, and the audio.cpp model package specification. The source checkpoint is pinned to revision `854d88f94205cd17d2afdb24332130d86fbe654a`. The source `model.safetensors` SHA256 is `335ca3e74917f1156690400e2c344350112950165789cf78ce3d0a367affd821`. Fun-ASR-Nano currently provides offline multilingual ASR. It does not expose streaming or timestamp output. On CUDA, audio.cpp keeps the Q8_0 encoder and adaptor weights native and loads decoder weights as BF16 by default for stable logits. An explicit `fun_asr_nano.decoder_weight_type` session option overrides that default.
Standalone audio.cpp GGUF builds of FunAudioLLM/Fun-ASR-Nano-2512-hf. Each file embeds the model configuration, processor configuration, tokenizer, chat template, and the audio.cpp model package specification. The source checkpoint is pinned to revision `854d88f94205cd17d2afdb24332130d86fbe654a`. The source `model.safetensors` SHA256 is `335ca3e74917f1156690400e2c344350112950165789cf78ce3d0a367affd821`. Fun-ASR-Nano currently provides offline multilingual ASR. It does not expose streaming or timestamp output. On CUDA, audio.cpp keeps the Q8_0 encoder and adaptor weights native and loads decoder weights as BF16 by default for stable logits. An explicit `fun_asr_nano.decoder_weight_type` session option overrides that default.