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Hugging Face Blog releases TorchNeuron system profiling guide for AWS Trainium

1 reports1 sources10/21/2026 updated

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Hugging Face Blog released a system-level profiling guide for TorchNeuron on AWS Trainium, demonstrating how to use torch.profiler with NeuronConfig to capture device and runtime traces. Using RMSNorm as an example, the guide shows how to compare CPU and Neuron device times by setting the modes parameter and enabling correlate_device_time=True to trace operations from framework scheduling to hardware execution.

Written with AI from the reporting · updated 10/21/2026

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  1. 1Unclassified fact stationOct 22, 00:00recorded Oct 22, 00:47single sourcerevised

    Profiling TorchNeuron (Part 1): System-level profiling on AW

    Read original source ↗ Hugging Face BlogReplay this moment in the explorer
    Evidence & revisions · 1 source records
    Subject:
    hugging-face
    Action:
    发布系统级性能分析指南
    Object:
    TorchNeuron profiling on AWS Trainium
    Occurred (fact side):
    Oct 22, 00:00
    Hugging Face Blog ↗Report pageRevision 2 · currently revised
    Published (valid side):
    Oct 22, 00:04
    First seen (known side):
    Oct 22, 00:47
    Fact stationSingle source · one-sided claimRevised

    Copy may have been revised later; time replay is bounded. Layer labels group reading only, not causation between layers.

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Oct 22
  1. Hugging Face BlogFirst-party sourceRelated fact: single sourceSource report revised
    Hugging Face Profiles Inference Performance on AWS Trainium Using TorchNeuron

    Report first recorded Oct 22, 00:47

    This guide details how to systematically analyze inference performance on AWS Trainium using TorchNeuron, an open-source native PyTorch backend. It demonstrates configuring torch.profiler with the Neuron backend via NeuronConfig to capture device and runtime traces, and using Neuron Explorer to trace an operation from framework dispatch through runtime scheduling to hardware execution on a NeuronCore.

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