Unified Audio + Video
daVinci-MagiHuman jointly generates both modalities in one model pass — no separate TTS + video glue required.
Turn one portrait plus your script or audio into a lip-synced talking video — audio and video generated together in one pass with daVinci-MagiHuman.
This davinci-magihuman guide walks through the same daVinci-MagiHuman stack you can run in our studio: open weights, Apache 2.0, and a single model that outputs aligned speech and frames. Bookmark the davinci-magihuman topic here when you need a quick refresher on daVinci-MagiHuman capabilities.
daVinci-MagiHuman is a 15B-parameter open-source AI model developed by Sand.ai and GAIR Lab (Shanghai Jiao Tong University). It is released under the Apache 2.0 license, so you can inspect weights, run inference locally, and use it commercially within the license terms.
daVinci-MagiHuman takes a face photo plus text or audio and produces a lip-synced talking video with matching audio. The daVinci-MagiHuman single-stream Transformer jointly denoises video and audio tokens at the same time instead of stitching separate pipelines.
On a single NVIDIA H100 GPU, daVinci-MagiHuman can generate a short 256p clip in about two seconds of wall time for a 2-second clip (throughput depends on settings and hardware). Research-focused evaluations of daVinci-MagiHuman report strong word-error rates and high human preference versus several public baselines.
Six reasons teams benchmark daVinci-MagiHuman for unified audio–video talking avatars — the same daVinci-MagiHuman traits matter whether you discover the model via the davinci-magihuman keyword or the official papers.
daVinci-MagiHuman jointly generates both modalities in one model pass — no separate TTS + video glue required.
daVinci-MagiHuman works from a single portrait photo as the visual anchor for the talking head.
daVinci-MagiHuman supports multiple languages for lip sync (coverage depends on training data and release notes).
Apache 2.0 — daVinci-MagiHuman weights are free to use and extend commercially within the license.
daVinci-MagiHuman reports ~2s wall time for a ~2s 256p clip on one H100-class GPU (settings-dependent).
daVinci-MagiHuman shows strong WER and human-preference results vs Ovi 1.1 and LTX 2.3 in published evaluations.
Illustrative benchmark-style summary; exact figures can vary by test set and prompting. daVinci-MagiHuman reports roughly 14.6% WER vs about 40.5% for Ovi 1.1, and wins a large share of pairwise human evaluations vs Ovi and LTX 2.3.
Lower WER generally means clearer lip-synced speech for daVinci-MagiHuman. Use the table to compare reported ranges across models on similar evaluation setups where daVinci-MagiHuman is the open baseline.
Side-by-side studies summarize which outputs viewers prefer for naturalness and alignment, beyond automatic metrics alone — including runs where daVinci-MagiHuman wins most pairs against closed models.
Open weights under Apache 2.0 let you self-host daVinci-MagiHuman while proprietary stacks stay closed; wall time varies by GPU tier and resolution for every daVinci-MagiHuman job.
| Model | WER (↓) | Human preference | License | Speed (indicative) |
|---|---|---|---|---|
| daVinci-MagiHuman | ~14.6% | ~80% vs Ovi 1.1; strong vs LTX 2.3 | Apache 2.0 | ~2s to generate ~2s at 256p on 1× H100 (reported) |
| Ovi 1.1 | ~40.5% | Lower vs daVinci in published comparisons | Proprietary | Varies by API / deployment |
| LTX 2.3 | Higher WER in same table (varies) | Loses majority vs daVinci in reported human evals | Proprietary | Varies by resolution and stack |
For local or server runs, pull daVinci-MagiHuman checkpoints from the Hub and follow the upstream README for CLI flags and environment setup. The davinci-magihuman landing URL and the daVinci-MagiHuman repo stay in sync as releases ship.
Example (Python / Hugging Face)
# Load model weights from Hugging Face Hub (see official repo for exact APIs)
from huggingface_hub import snapshot_download
repo_id = "GAIR/daVinci-MagiHuman"
local_dir = snapshot_download(repo_id)
# Follow GAIR-NLP/daVinci-MagiHuman README for inference scripts and CLI flags.Twelve common questions about daVinci-MagiHuman — answers open by default for quick reading. We grouped them for anyone searching the davinci-magihuman keyword and the daVinci-MagiHuman model name together.
daVinci-MagiHuman is a 15B-parameter open audio–video model from Sand.ai and GAIR Lab (SJTU) that turns a portrait plus text or audio into a lip-synced talking clip, trained to emit aligned speech and frames together.
daVinci-MagiHuman open weights and code are released under Apache 2.0. Hosted demos may have separate terms; self-hosting daVinci-MagiHuman follows the license.
daVinci-MagiHuman typically needs a face image plus driving text or audio; exact file formats and limits for daVinci-MagiHuman follow the official inference README.
Those are general video systems with different scopes. daVinci-MagiHuman targets unified talking-head audio–video generation with open weights rather than closed cinematic models.
Apache 2.0 allows commercial use of daVinci-MagiHuman subject to its conditions (attribution, notices, etc.). Review the license and your compliance obligations when shipping daVinci-MagiHuman outputs.
Use the Hugging Face daVinci-MagiHuman model card and Space linked on this page, or clone the GitHub repository for daVinci-MagiHuman scripts and checkpoints.
daVinci-MagiHuman coverage depends on the released model and training data; check the official README for the current list of languages and any locale-specific caveats.
daVinci-MagiHuman throughput scales with GPU class and resolution. Public reports reference H100-class GPUs for short daVinci-MagiHuman clips; lower tiers may work with smaller resolutions or distilled variants.
For daVinci-MagiHuman, use a clear, front-facing photo with even lighting and a neutral or expressive face. Avoid heavy occlusion, extreme angles, or very low resolution.
Yes when the daVinci-MagiHuman inference path supports audio conditioning; follow the project documentation for accepted formats, length limits, and alignment behavior.
daVinci-MagiHuman model weights are Apache 2.0; your generated content is still subject to your use case, third-party rights in inputs, and applicable laws. Seek legal advice for sensitive deployments.
Use the GitHub issue tracker for the GAIR-NLP/daVinci-MagiHuman repository, and include logs, hardware, and reproduction steps when possible.
Try the public Space, download daVinci-MagiHuman weights from Hugging Face, or clone the open-source daVinci-MagiHuman repository on GitHub. Every path below reinforces the same davinci-magihuman / daVinci-MagiHuman workflow.
Run the hosted daVinci-MagiHuman demo when you want a quick test without installing dependencies.
Download daVinci-MagiHuman checkpoints and follow the model card for formats, variants, and license notes.
Clone daVinci-MagiHuman inference scripts, report issues, and track releases from the upstream repository.