This section primarily covers self-hosted deployment on servers or clusters. The H3 page also provides a ComfyUI local-workflow path. You provide the hardware, operate the runtime, configure access control when applicable, and implement content safeguards. For a managed service, elastic scaling, or the complete MiniMax Platform feature set, use the MiniMax API.
Choose a model
The status describes the maturity of the documentation baseline, not the product lifecycle of the model itself:
- Stable: Uses a fixed runtime version and provides a reproducible reference command.
- Preview: An official deployment path is available, but the upstream installation method or some capabilities are still changing.
- Experimental: Depends on a prerelease runtime, or some hardware combinations have not completed end-to-end validation.
Self-hosting boundaries
Self-hosting keeps model weights, input data, and the inference service on infrastructure that you control. It also means that:- You are responsible for capacity planning, scaling, monitoring, recovery, and upgrades.
- Quickstarts listen only on the local machine by default. Before exposing a service, configure authentication, TLS, network isolation, and remote-media access restrictions.
- Open weights do not include MiniMax Platform managed files, caching, content safeguards, or platform-only workflows.
- Community quantizations, converted weights, and other inference frameworks are outside this section’s validated scope unless a model page explicitly lists them.
Before you deploy
- Read the target model’s License, open-release scope, and verified capabilities.
- Prepare the GPU, host memory, disk, driver, and CUDA environment specified on the model page.
- Pin the model revision, inference runtime version, or image digest. Do not let production deployments drift with
main,dev, orlatest. - Prepare a Hugging Face cache or offline weights. For mirrors in mainland China, use only the official source listed on the model page.
- Complete the health check and minimal request before applying quantization, parallelism, offloading, or throughput tuning.