cuEquivariance

**cuEquivariance** is NVIDIA's CUDA library for fast equivariant operations used in MLIPs. It provides optimized kernels for MACE, NequIP, and other equivariant models, achieving significant speedups on NVIDIA GPUs.

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Overview

**cuEquivariance** is NVIDIA's CUDA library for fast equivariant operations used in MLIPs. It provides optimized kernels for MACE, NequIP, and other equivariant models, achieving significant speedups on NVIDIA GPUs.

Reference Papers

Reference papers are not yet linked for this code.

Full Documentation

Official Resources

  • Source Repository: https://github.com/NVIDIA/cuEquivariance
  • License: Open source (BSD-3)

Overview

cuEquivariance is NVIDIA's CUDA library for fast equivariant operations used in MLIPs. It provides optimized kernels for MACE, NequIP, and other equivariant models, achieving significant speedups on NVIDIA GPUs.

Scientific domain: CUDA-accelerated equivariant operations for MLIPs
Target user community: Researchers running equivariant MLIPs on NVIDIA GPUs

Theoretical Methods

  • CUDA-optimized equivariant kernels
  • Spherical harmonic operations
  • Clebsch-Gordan coefficients
  • Tensor product operations
  • GPU memory optimization

Capabilities (CRITICAL)

  • Fast equivariant operations
  • MACE kernel optimization
  • NequIP kernel optimization
  • NVIDIA GPU acceleration
  • PyTorch integration

Sources: GitHub repository

Key Strengths

Performance:

  • Significant GPU speedup
  • Optimized CUDA kernels
  • Memory efficient
  • Batch processing

Compatibility:

  • MACE support
  • NequIP support
  • General equivariant models
  • PyTorch integration

NVIDIA:

  • Professional development
  • Regular updates
  • GPU optimization expertise
  • Production quality

Inputs & Outputs

  • Input formats: Equivariant model operations
  • Output data types: Accelerated equivariant computations

Interfaces & Ecosystem

  • PyTorch: Integration
  • CUDA: Backend
  • MACE/NequIP: Supported models

Performance Characteristics

  • Speed: 2-10x speedup
  • Accuracy: Identical (numerical)
  • System size: Any
  • Automation: Drop-in

Computational Cost

  • Setup: Minutes
  • Runtime: Reduced

Limitations & Known Constraints

  • NVIDIA GPU only: No AMD/Intel
  • Specific models: MACE, NequIP primarily
  • CUDA required: Build complexity
  • New project: Still maturing

Comparison with Other Codes

  • vs pure PyTorch: cuEquivariance is 2-10x faster
  • vs e3nn: cuEquivariance is optimized CUDA
  • Unique strength: NVIDIA CUDA-optimized equivariant kernels for 2-10x MLIP speedup

Application Areas

Production MLIP:

  • Fast MACE inference
  • Fast NequIP training
  • Large-scale equivariant MD
  • GPU cluster optimization

Research:

  • Equivariant model development
  • Performance benchmarking
  • Architecture optimization

Best Practices

  • Use with NVIDIA A100/H100
  • Drop-in replacement for e3nn
  • Benchmark before/after
  • Use latest CUDA version

Community and Support

  • Open source (BSD-3)
  • NVIDIA maintained
  • GitHub repository

Verification & Sources

Primary sources:

  1. GitHub: https://github.com/NVIDIA/cuEquivariance

Confidence: VERIFIED

Verification status: ✅ VERIFIED

  • Source code: ACCESSIBLE (GitHub)
  • Specialized strength: NVIDIA CUDA-optimized equivariant kernels for 2-10x MLIP speedup

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