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trunk/1e8ad2a0006ce61dbcd0cbeb0f97f2eda8586198: Upgrade submodule oneDNN to v3.12 (#181222)

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$ git clone https://github.com/pytorch/pytorch.git

This PR is to upgrade oneDNN to v3.12.


Improvements



  • Improved performance on future Intel Core Ultra processors with Intel AVX10.2 instruction set support (code name Nova Lake). These optimizations are now enabled by default on compatible processors.

  • Improved performance on future Intel Xeon processors with Intel AVX10.2 and Intel AMX instruction set support (code name Diamond Rapids). These optimizations are now enabled by default on compatible processors.

  • Introduced initial performance optimizations for future integrated GPUs based on Xe3p-LPG architecture.

  • Introduced initial performance optimizations for future discrete GPUs based on Xe3p-XPC architecture. This is a preview functionality not recommended for production use.

  • Improved f16 matmul performance on Intel Arc Graphics for Intel Core Ultra processor Series 3 (formerly Panther Lake).

  • Improved matmul and convolution performance on Arm Neoverse V2 cores.


Validation results on Xeon CPU



  1. Dynamo benchmarks


The test results are based on the 3 dynamo benchmark suites with three data types.































































Precision Shape Wrapper Thread Eager Ratio (3.12/3.11.2) Inductor Ratio (3.12/3.11.2)
FP32 Static cpp Multiple 0.9938 0.9999
FP32 Static cpp Single 0.9970 0.9967
AMP_BF16 Static cpp Multiple 1.0098 1.0046
AMP_BF16 Static cpp Single 1.0042 1.0068
AMP_FP16 Static cpp Multiple 0.9998 0.9990
AMP_FP16 Static cpp Single 1.0032 1.0027

Validation results on Intel B60


Shows NO verified blocker attributable to the oneDNN v3.12 upgrade.



































Area Total v3.12 v3.11.2 Verdict
UT 296K 99.7374% pass rate 99.7360% pass rate No verified regressions
Accuracy 1903 89.86% pass rate 89.70% pass rate No verified regressions
Performance 1767 0.994x inductor / 1.008x eager 1.0000x / 1.0000x No verified sustained drops

Note: All data are based on release/2.12 with oneDNN change

Dynamo benchmark scope



  • huggingface (~ 46 models), timm_models (~ 61 models), torchbench (~77 train, ~99 inf)

  • float32, float16, bfloat16, amp fp16, amp bf16

  • inference, training


Validation results on AArch64


See below for a breakdown of Arm Neoverse-V1 and Arm Neoverse-V2 performance for a set of NLP, Torchbench, and Dynamo model configurations. We see large improvements for most BF16 + Int8 configurations.


Arm Neoverse-V1 - NLP - FP32 - 16 Threads:













latency geomean (lower is better)
1.000

Arm Neoverse-V2 - NLP - FP32 - 16 Threads:













latency geomean (lower is better)
0.997

Arm Neoverse-V1 - Torchbench - 16 Threads:





































Mode Precision Throughput Geomean (Higher is Better)
Eager AMP_BF16 1.0058
Eager FP32 1.0017
Eager INT8 1.0519
TorchScript AMP_BF16 1.5880
TorchScript FP32 1.0027

Arm Neoverse-V2 - Torchbench - 16 Threads:





































Mode Precision Throughput Geomean (Higher is Better)
Eager AMP_BF16 1.0102
Eager FP32 1.0022
Eager INT8 1.0177
TorchScript AMP_BF16 1.6058
TorchScript FP32 1.0449

Arm Neoverse-V1 - Dynamo (16 threads):















































































































































































Suite Compiler Data Type Shape Latency Geomean (Lower is Better)
huggingface eager AMP_BF16 dynamic 1.0021
huggingface eager AMP_BF16 static 1.0016
huggingface eager FP32 dynamic 1.0021
huggingface eager FP32 static 1.0001
huggingface inductor AMP_BF16 dynamic 1.0007
huggingface inductor FP32 dynamic 0.9982
huggingface inductor FP32 static 1.0005
timm eager AMP_BF16 dynamic 0.9947
timm eager AMP_BF16 static 0.9954
timm eager FP32 dynamic 0.9978
timm eager FP32 static 1.0055
timm inductor AMP_BF16 dynamic 0.9994
timm inductor AMP_BF16 static 0.9937
timm inductor FP32 dynamic 1.0001
timm inductor FP32 static 1.0002
torchbench eager AMP_BF16 dynamic 0.9880
torchbench eager AMP_BF16 static 0.9998
torchbench eager FP32 dynamic 1.0241
torchbench eager FP32 static 1.0072
torchbench inductor AMP_BF16 dynamic 0.9935
torchbench inductor AMP_BF16 static 0.9758
torchbench inductor FP32 dynamic 0.9964
torchbench inductor FP32 static 1.0050

Arm Neoverse-V2 - Dynamo: (16 threads)















































































































































































Suite Compiler Data Type Shape Latency Geomean (Lower is Better)
huggingface eager AMP_BF16 dynamic 1.0092
huggingface eager AMP_BF16 static 1.0024
huggingface eager FP32 dynamic 1.0013
huggingface eager FP32 static 1.0004
huggingface inductor AMP_BF16 dynamic 1.0041
huggingface inductor FP32 dynamic 1.0017
huggingface inductor FP32 static 0.9990
timm eager AMP_BF16 dynamic 1.0002
timm eager AMP_BF16 static 0.9997
timm eager FP32 dynamic 0.9897
timm eager FP32 static 0.9920
timm inductor AMP_BF16 dynamic 0.9854
timm inductor AMP_BF16 static 0.9911
timm inductor FP32 dynamic 0.9861
timm inductor FP32 static 1.0039
torchbench eager AMP_BF16 dynamic 1.0025
torchbench eager AMP_BF16 static 0.9903
torchbench eager FP32 dynamic 0.9958
torchbench eager FP32 static 0.9946
torchbench inductor AMP_BF16 dynamic 0.9903
torchbench inductor AMP_BF16 static 0.9614
torchbench inductor FP32 dynamic 0.9953
torchbench inductor FP32 static 0.9979

Pull Request resolved: , https://github.com/atalman

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