Native speech translation with bilingual, timestamped subtitles, primarily Chinese → English, Japanese or Spanish. This repository contains the validated F16 encoder/connector and decoder pair for CrispASR. Keep both GGUF files in the same directory. Use a CrispASR build containing the 9B integration; earlier 2B-only builds cannot load this pair. `--target-lang` selects `en`, `ja` or `es`. Complete-file processing also uses the standard `ggml-silero-v6.2.0.bin` VAD companion; `--auto-download` fetches it. The 2B model remains CrispASR's smaller default. This 9B repository supports F16 only.
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irodori-tts-GGUF
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kokoro-82m-GGUF
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m2m100-418m-GGUF
cstr基础档案已收录,详细介绍后续补充。可先查看厂商、分类与来源。
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MADLAD-400 is a 3B-parameter T5-based multilingual machine translation model covering **450+ languages**, trained on 1 trillion tokens. It was developed by Google and achieves strong results across a wide range of languages, with special emphasis on low-resource and underrepresented languages. Distributed under **Apache 2.0 license**. MADLAD-400 supports over 450 languages using ` ` target language tags (ISO 639 codes). This includes all major world languages plus many low-resource languages. See the original model card for the full language list.
mega-asr-GGUF
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mimo-asr-GGUF
cstrGGUF conversion of `XiaomiMiMo/MiMo-V2.5-ASR` for **CrispStrobe/CrispASR**. Pure C++ inference — no Python, no Transformers, runs on Apple Silicon (Metal), CPU, and CUDA. The runtime is functional end-to-end: greedy decode through the 36-layer Qwen2 LM, full prefill + step-decode KV-cached graphs, prompt construction matching the upstream `MimoAudio.asr_sft` reference exactly. JFK transcription test passes verbatim. The default `mimo-asr-q4_k.gguf` (re-uploaded May 2026, PLAN #60d) ships with per-LM-layer Q/K/V projections fused into a single `model.layers.{i}.attn.qkv.{weight,bias}` tensor pair, yielding ~1.7× faster per-step decode on M1 vs the prior unfused layout (3058 ms/step → 1806 ms/step on a contended-disk run; ~1.1-1.2× pure-compute on a quiet box). The CrispASR runtime auto-detects either layout: the F16 file above keeps working unchanged via the separate-Q/K/V fallback path. Re-upload of a fused F16 is queued behind disk-headroom availability.
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