Model runner for open language models on your own machine, with a local API and optional cloud models.

NVIDIA NIM AI features and pricing (October 2026)
Prebuilt NVIDIA inference microservices that package models, optimized engines and standard APIs in containers for your own GPUs.
Pricing: Contact for pricing
Free for development, testing and research through the NVIDIA Developer Program, self-hosted on up to 16 GPUs, plus free hosted endpoints for prototyping. Production use requires an NVIDIA AI Enterprise license, priced on request, with a free 90-day trial. As of September 2026.
What is NVIDIA NIM?
NVIDIA NIM is a set of prebuilt inference microservices that package AI models, optimized engines and standard APIs in containers. Platform teams use it to self-host models on NVIDIA GPUs in the cloud, in their data center or on workstations.
Each NIM container bundles a model, an inference engine, industry-standard APIs and runtime dependencies. For language models, NIM supports models served by TensorRT-LLM, vLLM or SGLang, including community models and models fine-tuned on your own data, and it picks a runtime engine that fits the available GPUs. A single docker command starts the service, which then answers OpenAI-style requests on a local endpoint.
The catalog at build.nvidia.com offers free hosted endpoints for prototyping, and Helm charts support scaling on Kubernetes. NVIDIA Developer Program members may self-host NIM for research, development and testing on up to 16 GPUs; production use comes with NVIDIA AI Enterprise. NIM is a product of NVIDIA Corporation, based in Santa Clara, California.
NVIDIA NIM AI features and use cases
- Deploys a model with one commandA NIM container pulled from NVIDIA's registry starts with a single docker run command and exposes the model on a local HTTP endpoint. Platform teams avoid assembling engines, drivers and dependencies by hand for each model they need to serve.
- Picks the inference engine per GPUNIM runs the model on an optimized engine such as TensorRT, TensorRT-LLM, vLLM or SGLang, chosen for the NVIDIA hardware it finds. In NVIDIA's own benchmark with Llama 3.1 8B on one H100, throughput rose from 613 to 1,201 tokens per second with NIM.
- Keeps application code portableSelf-hosted NIM endpoints accept requests from the OpenAI client library once the base URL points to them. According to NVIDIA, teams can prototype against hosted endpoints at build.nvidia.com and move to their own infrastructure without code changes.
- Scales inference on KubernetesNVIDIA provides Helm charts and guides for running NIM on Kubernetes, plus detailed observability metrics for dashboards. Operations teams can run NIM like other containerized services and watch load and latency of each model endpoint.
What sets NVIDIA NIM apart
- Built for NVIDIA-accelerated infrastructure, from RTX AI PCs and workstations to data centers and public clouds.
- Free self-hosting for research, development and testing on up to 16 GPUs through the NVIDIA Developer Program.
- Production use is licensed through NVIDIA AI Enterprise, which includes enterprise support and starts with a free 90-day trial license.
- Hosted endpoints at build.nvidia.com let teams prototype before they run containers on their own hardware.
Where NVIDIA NIM is strongest
NVIDIA Corporation is headquartered in Santa Clara, California. NIM containers run on your own GPU infrastructure, so use does not depend on the country.
Questions to ask before you buy NVIDIA NIM
Plan the license path early: the Developer Program covers research, development and testing, while production use requires NVIDIA AI Enterprise, priced through NVIDIA or its partners. Check that your GPUs support the models you need and that your clusters can pull images from NVIDIA's registry. Self-hosted NIM keeps data inside your environment; for the hosted endpoints, review NVIDIA's terms before sending real data.
NVIDIA NIM reviews
No reviews yet. Be the first to share how your team uses it.
Every review shows its verification level. We read each one before it goes live. How we check reviews
Questions about NVIDIA NIM
Is NVIDIA NIM free?
For development, testing and research, yes. NVIDIA Developer Program members get free hosted endpoints and may self-host NIM on up to 16 GPUs. Production use needs an NVIDIA AI Enterprise license, which starts with a free 90-day trial.
Can NIM run in our own data center?
Yes. NIM containers run on NVIDIA-accelerated infrastructure in the cloud, in the data center or on workstations, and scale on Kubernetes with Helm charts. According to NVIDIA, data then stays inside your own environment.
Do we need to change our application code?
NIM exposes industry-standard APIs, and endpoints for language models accept requests from the OpenAI client library. NVIDIA states that moving from its hosted endpoints to self-hosted NIM requires no code changes.
NVIDIA NIM update historyno updates yet
No changes recorded for NVIDIA NIM yet.
Changes the vendor made and confirmed user reports, each checked against the vendor's own pages. We review every tool monthly.
Alternatives to NVIDIA NIM
Tools in the same category (Inference servers) with the most overlapping markets.
Open-source C/C++ library that runs language and vision models in GGUF format on CPUs and many GPU types.
Open-source GPU cluster manager that serves LLMs on vLLM or SGLang across NVIDIA, AMD and other GPUs, with OpenAI-compatible APIs.
Open-source platform from Xorbits that serves language, embedding, rerank, image and audio models behind an OpenAI-compatible API.



