Windows ML Runtime NVIDIA TensorRT-RTX Execution Provider 2.30.49.0

Windows ML Runtime NVIDIA TensorRT-RTX Execution Provider 2.30.49.0

Microsoft Corp.  ❘ Commercial
Windows
Latest Version
2.30.49.0

Enables high-performance NVIDIA TensorRT/RTX acceleration for Windows ML

Human-built. AI-enhanced.
Pete Milner

Windows ML Runtime NVIDIA TensorRT-RTX Execution Provider adds NVIDIA TensorRT and RTX-based GPU execution support to Windows ML, offering significant inference speedups for compatible models on supported NVIDIA hardware with relatively easy integration but limited to specific GPU/driver configurations.
2026 Editor's Rating

Windows ML Runtime NVIDIA TensorRT-RTX Execution Provider 2 is an execution provider that integrates NVIDIA's TensorRT inference engine with the Windows ML Runtime to offload supported models to NVIDIA GPUs. It targets scenarios where low-latency and higher-throughput inference are needed on Windows systems with compatible NVIDIA hardware and drivers.

The provider exposes TensorRT's optimization pipeline—graph fusion, kernel selection, and mixed-precision (FP16) inference—and supports common ONNX operators used by Windows ML. It relies on the underlying CUDA, cuDNN, and TensorRT stacks, and exposes options to control optimization profiles, workspace size, and precision preferences. When available, it can accelerate inference by converting parts of the model into TensorRT engines at runtime.

Integration with Windows ML Runtime is straightforward for applications already using the runtime: the provider plugs into the execution pipeline and negotiates operator coverage. Model compatibility and operator support are constrained by TensorRT's capabilities; unsupported nodes fall back to the runtime's other providers or CPU execution. Installation requires matching driver and runtime versions and registering the provider with the Windows ML Runtime.

Developer experience emphasizes pragmatic control over performance trade-offs. Configuration and tuning (precision selection, optimization profiles, and calibration for INT8) influence latency and throughput, and require testing on target hardware. Diagnostic output and logs help identify unsupported operators and engine-building issues, though building complex models can surface opaque TensorRT compilation errors that demand iterative troubleshooting.

Operationally, the provider is suited to deployment scenarios where NVIDIA GPUs are available and deterministic, low-latency inference is a priority. Compatibility constraints and dependency management introduce some deployment overhead, while the provider's integration simplifies runtime routing of supported workloads to GPU execution within the Windows ML ecosystem.

Overview

Windows ML Runtime NVIDIA TensorRT-RTX Execution Provider is a Commercial software in the category Graphics Applications developed by Microsoft Corp..

The users of our client application UpdateStar have checked Windows ML Runtime NVIDIA TensorRT-RTX Execution Provider for updates 31 times during the last month.

The latest version of Windows ML Runtime NVIDIA TensorRT-RTX Execution Provider is 2.30.49.0, released on 10/07/2026. It was initially added to our database on 09/24/2026. The most prevalent version is 1.8.24.0, which is used by 100% of all installations.

Windows ML Runtime NVIDIA TensorRT-RTX Execution Provider runs on the following operating systems: Windows.

Windows ML Runtime NVIDIA TensorRT-RTX Execution Provider has not been rated by our users yet.

Pros

  • Provides optimized inference on NVIDIA RTX GPUs using TensorRT for significant performance and latency improvements over CPU execution
  • Official Microsoft distribution via Microsoft Store simplifies installation and updates on Windows systems
  • Supports hardware-accelerated features of TensorRT such as FP16 (and where applicable INT8) precision for faster, smaller inference
  • Integrates with Windows ML / ONNX Runtime execution provider model so existing ONNX models can use the provider with minimal code changes
  • Takes advantage of NVIDIA GPU features (CUDA, Tensor Cores) to speed up common deep learning workloads (vision, speech, etc.)
  • Reduces CPU load by offloading inference to the GPU, enabling higher throughput and parallel inference
  • Backed by Microsoft and NVIDIA ecosystems — better chances of compatibility and maintenance on Windows platforms

Cons

  • Windows-only: not usable on Linux, macOS, or other platforms
  • Requires NVIDIA RTX GPU and compatible CUDA, cuDNN and TensorRT versions — limits applicability to systems with the right hardware and driver stack
  • Installation and runtime depend on matching driver/Toolkit versions; mismatches can cause failures or degraded performance
  • May not support every ONNX operator or model pattern; unsupported ops may fall back to CPU or other providers, reducing performance
  • Model conversion/optimization (e.g., for FP16/INT8) may require extra workflow steps, calibration, or tuning
  • Potential stability and debugging complexity when inference is delegated to a GPU execution provider (harder to trace failures than CPU)
  • Licensing/redistribution constraints of NVIDIA toolkits (CUDA/TensorRT) and platform dependencies may complicate deployment in some environments
  • Memory constraints on GPU (VRAM) can limit model size or batch size and require careful resource management
  • Less flexible than some cross-platform or vendor-agnostic runtimes — tied to TensorRT/NVIDIA optimizations which may not be ideal for all model types

FAQ

What is Windows ML Runtime NVIDIA TensorRT-RTX Execution Provider by Microsoft Corp.?

It is an execution provider module for Windows Machine Learning that enables inference acceleration using NVIDIA TensorRT on supported NVIDIA RTX GPUs. It allows Windows ML to run compatible models using TensorRT for improved performance and lower latency.

What are the system requirements to use this execution provider?

You need Windows 10 or later, an NVIDIA RTX GPU that supports TensorRT (Turing/RTX or newer), the appropriate NVIDIA driver for your GPU, and the NVIDIA TensorRT runtime libraries. A recent Windows ML and machine learning SDK or app that supports execution providers is also required.

How do I install the TensorRT-RTX Execution Provider?

Install it from the Microsoft Store listing for the package. Follow the Store prompts to download and install. You may also need to install or update NVIDIA drivers and TensorRT libraries separately from NVIDIA's website if your app requires them.

Which model formats are supported with this provider?

It supports models compatible with Windows ML that can be translated to TensorRT—commonly ONNX models that are supported by TensorRT. Specific operator and version compatibility depends on the TensorRT and Windows ML implementations.

How do I enable the provider in my application?

Applications that support Windows ML execution providers will typically detect available providers automatically. Developers can select the TensorRT-RTX provider programmatically when creating a session or using Windows ML APIs that enumerate and choose execution providers.

Will using this provider change my existing models?

No—your model files remain unchanged. The provider performs runtime optimization and execution using TensorRT. However, certain unsupported operators or model patterns may require conversion or fallback to CPU/GPU default providers.

What performance improvements can I expect?

Performance gains vary by model, batch size, and GPU. TensorRT often gives faster inference and lower latency compared with generic GPU execution, especially for optimized layers and FP16/INT8 precision. Measure performance in your workload to determine gains.

How do I troubleshoot common issues (e.g., provider not detected or inference errors)?

Verify system requirements: correct NVIDIA GPU, drivers, and TensorRT runtime installed. Ensure the Store package is installed and your app is up to date. Check application logs for provider selection messages and fallbacks. If operators are unsupported by TensorRT, the app may fall back to another provider. Reinstalling drivers or the package can resolve some issues.

Are there privacy or data-sharing concerns with this runtime?

The execution provider itself runs locally and is used for on-device model inference. Privacy depends primarily on the application using Windows ML; review that app’s privacy policy. The Microsoft Store listing also provides publisher and privacy information.

How do I update or uninstall the execution provider?

Use the Microsoft Store to update the package when updates are available. To uninstall, open Apps & features in Windows Settings or the Microsoft Store app and remove the package. Also ensure any dependent NVIDIA libraries or drivers are managed via NVIDIA’s tools if needed.


Pete Milner

Pete Milner

I'm Pete, a software reviewer at UpdateStar with a passion for the ever-evolving world of technology. My background in engineering gives me a unique insight into the intricacies of software, allowing me to provide in-depth, knowledgeable reviews and analyses. Whether it's the newest software releases, tech innovations, or the latest trends, I'm here to break it all down for you. I work from UpdateStar’s Berlin main office.

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Installations

31 users of UpdateStar had Windows ML Runtime NVIDIA TensorRT-RTX Execution Provider installed last month.

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