Environment Overview
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GPU: NVIDIA RTX PRO 2000 Blackwell
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CUDA: 13.2 (required by driver 596.36)
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cuDNN: 9.x
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TensorRT: 10.x
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TensorRT‑LLM: latest public release
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OS: Windows 11 + WSL2 Ubuntu 22.04
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Python: 3.10 / 3.11
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Triton Inference Server: open-source build
We attempted multiple TensorRT‑LLM installation and execution paths (Python API, C++ build, engine generation, Triton backend). All attempts failed.
1. Python API Import Errors
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ModuleNotFoundError: No module named 'tensorrt_llm.bindings' -
ImportError: libnvinfer.so: cannot open shared object file -
ImportError: cannot import name 'Mapping' from 'collections'
Indicates missing or incompatible TensorRT‑LLM bindings and ABI mismatch.
2. Engine Builder Failures
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FP8/BF16 kernel generation crashes
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Unsupported kernel errors for Blackwell
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RuntimeError: Failed to build TensorRT engine
Suggests incomplete kernel support for Blackwell architecture.
3. CUDA / cuDNN / TensorRT Compatibility Issues
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CUDA 13.2 not recognized by TensorRT‑LLM
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cuDNN 9.x kernel mismatch
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TensorRT 10.x shared library conflicts
Likely version matrix misalignment for Blackwell GPUs.
4. Triton Backend Failures
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Backend unable to load TensorRT‑LLM engine
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Model repository validation failures
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Runtime crashes during warmup
Indicates backend instability with TensorRT‑LLM on RTX PRO 2000.
Request to NVIDIA Engineering
We kindly request clarification on:
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Is TensorRT‑LLM currently compatible with CUDA 13.x?
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Is TensorRT‑LLM fully supported on RTX PRO 2000 Blackwell?
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Which versions of CUDA, cuDNN, TensorRT, and TensorRT‑LLM are required?
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Are there known limitations or pending updates for Blackwell support?
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Is there an internal build or patch available for TensorRT‑LLM on Blackwell GPUs?
We can provide full logs and reproduction steps if needed.
Thank you,
Vidmantas