YuE2-3B Music Generation Model Released for Lyrics & Styles

September 18, 2026

YuE2-3B Music Generation Model Released for Lyrics & Styles

Sample outputs are available on the model card.

At a Glance

Item Value
Repository m-a-p/YuE2-3B
Published 2026-09-10
License cc-by-nc-4.0
Formats safetensors
Paper arXiv:2503.08638
Source type Primary source (the publisher itself)

Values determined by this site’s code at collection time. Dates are JST.

Sample outputs are available on the model card.

Sample outputs are available on the model card.

Sample outputs are available on the model card.

Sample outputs are available on the model card.

Sample outputs are available on the model card.

Sample outputs are available on the model card.

Sample outputs are available on the model card.

Sample outputs are available on the model card.

Sample outputs are available on the model card.

Sample outputs are available on the model card.

Overview

m-a-p has released “YuE2-3B", an open music generation model that generates complete songs with vocals and accompaniment from lyrics and style prompts. It adopts a mechanism where an AR-NAR Mixture-of-Transformers backbone describes scores and semantic tokens, acoustic latent representations are generated via flow matching, and a VAE converts them into stereo audio.

Specifications

  • Architecture: AR-NAR Mixture-of-Transformers (YuE2ForCausalLM)
  • Output Specification: 48 kHz stereo audio
  • Supported Languages: Chinese (zh), English (en)
  • License: cc-by-nc-4.0 (non-commercial use only)
  • Number of Parameters: 3.6B

Performance and Quality

Evaluation results on WildSongBench and SHS100K are published in the model card.

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Model Musicality ↑ SongBench Avg ↑ MuLan ↑ AllMusicCaps ↑ Q3O ↑ PER ↓
YuE 1 4.0847 4.9165 0.2623 0.2882 3.7301 36.38%
SongBloom 3.4493 4.2350 0.2697 0.1926 3.0287 19.19%
LeVo 2 5.4590 6.3247 0.3542 0.2680 3.9458 26.12%
ACE-Step 1.5 5.1588 6.0118 0.4372 0.3869 4.5809 7.46%
HeartMuLa 5.4963 6.2483 0.3823 0.2786 3.4907 10.71%
DiffRhythm 2 4.4775 5.2428 0.3782 0.3255 4.0870 18.41%
Muse 5.1692 6.0349 0.3937 0.3466 4.4038 33.42%
MiniMax Music 3 5.3482 6.2830 0.3928 0.3609 4.4362 6.27%
YuE2 5.9075 6.7316 0.5068 0.4054 4.6819 8.44%
YuE2 (best-of-8) 6.2666 6.9632 0.5051 0.3980 4.7009 9.79%

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Model Musicality ↑ SongBench Avg ↑ MuLan ↑ AllMusicCaps ↑ Q3O ↑ PER ↓
Suno v5 5.9918 6.8721 0.5428 0.4353 4.5907 8.10%
Suno v4.5 5.8317 6.6995 0.5022 0.3873 4.4149 5.80%
Suno v5.5 5.8087 6.7150 0.5089 0.3917 4.5914 5.96%
MiniMax Music 2.6 5.4437 6.3222 0.4251 0.3670 4.5688 24.55%
Mureka 9 6.0488 6.9377 0.4394 0.4102 4.6368 11.69%
YuE2 5.9075 6.7316 0.5068 0.4054 4.6819 8.44%
YuE2 (best-of-8) 6.2666 6.9632 0.5051 0.3980 4.7009 9.79%

In WildSongBench evaluations, it is reported that YuE2 (best-of-8) achieved a SongBench average of 6.9632, the highest value among the compared open and proprietary models. On the other hand, it shows lower scores than some models in metrics such as PER (lower is better).

Strengths and Use Cases

  • Text-to-song generation (complete music production via lyrics and style prompt input)
  • Cover production of existing songs (reconstructing existing tracks into new styles)
  • Editable scores (composition and editing by bringing melody and chords, melody only, or ABC scores)
  • Agent-leveraged editing (reflecting musical feedback into revisions of scores, styles, and lyrics to render the next version)

Hardware Requirements

Estimated requirements (calculated by Local Model Watch) — 3.6B parameters

Your VRAM Quantization File size Est. memory needed
12GB (RTX 4070 / 3060 12GB, etc.) BF16 6.8GB 8.1GB

Inference engine support (architecture name matched against each project’s own model registry in its source code, checked 2026-09-18): llama.cpp: not registered, vLLM: not registered, MLX (mlx-lm): not registered. “Not registered" means the name is absent from that registry today, not that the model cannot run.

Memory estimates add a 20% runtime overhead (KV cache, etc.) to the actual size of the distributed files. Actual usage varies with context length, batch size and inference engine. These figures are computed by this site from file sizes, not published by the model’s authors. Compare with other models in our VRAM quick reference. What the quantization names mean: glossary.

How to Get It

  • Distribution Format: safetensors
  • Source and Related Repository: m-a-p/YuE2-3B on Hugging Face

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