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Aratako/Irodori-TTS-500M-v3 for use with CrispStrobe/CrispASR.| File | Quant | Size | Notes |
|---|---|---|---|
irodori-tts-500m-v3-f16.gguf | F16 | ~1.9 GB | Reference quality |
irodori-tts-500m-v3-q4_k.gguf | Q4_K | ~852 MB | Recommended — fits 8 GB RAM |
irodori-tts-500m-v3-q8_0.gguf | Q8_0 | ~896 MB | Near-lossless |
irodori-tts-ref.gguf | F32 | ~4 KB | Reference activations for diff harness |
Text Input (Japanese / mixed)
│
sarashina2.2 Tokenize (102K vocab, BPE)
│
TextEncoder (14L, 1280d, 10 heads, RoPE + SwiGLU)
│── Each position: self-attention + gated residual + SwiGLU FFN
│
├── [Optional] ReferenceLatentEncoder (14L, 1280d)
│ └── DAC-VAE latent from reference audio → speaker conditioning
│
DiT Backbone (24L, 2048d, 16 heads)
│── LowRankAdaLN (rank=256) timestep conditioning
│── JointAttention: self-KV + text-context-KV + speaker-context-KV
│── Half-RoPE (first half of head_dim rotated, rest passthrough)
│── SwiGLU MLP (ratio 2.875)
│
Euler RF ODE Solver (40 steps, CFG)
│── noise → DAC-VAE latent sequence (32-dim continuous)
│
Semantic-DACVAE Decoder (48 kHz reconstruction)
│── 32-dim latent → Snake1d + ConvTranspose1d upsampling → PCM
│
Output: float32 mono @ 48 kHzmodels/convert-irodori-tts-to-gguf.pyAratako.mit. This repository redistributes under the same terms; it grants no rights the upstream licence does not.