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Meant for app developers. A convenient way to install and configure the appropriate version of PyTorch on the user's computer, based on the OS and GPU manufacturer and model number.

Project description

torchruntime

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torchruntime is a lightweight package for automatically installing the appropriate variant of PyTorch on a user's computer, based on their OS, and GPU manufacturer and GPU model.

This package is used by Easy Diffusion, but you're welcome to use it as well. It's useful for developers who make PyTorch-based apps that target users with NVIDIA, AMD and Intel graphics cards (as well as CPU-only usage), on Windows, Mac and Linux.

  • Platforms: cpu, cuda, rocm, xpu, directml, ipex
  • Operating systems: Windows, Linux, Mac (Apple Silicon and Intel)
  • GPU Manufacturers: NVIDIA, AMD, Intel
  • GPU Types: Dedicated and Integrated

Why?

It lets you treat PyTorch as a single dependency (like it should be), and lets you assume that each user will get the most-performant variant of PyTorch suitable for their computer's OS and hardware.

It deals with the complexity of the variety of torch builds and configurations required for CUDA, AMD (ROCm, DirectML), Intel (xpu/DirectML/ipex), and CPU-only.

Compatibility table: Click here to see the supported graphics cards and operating systems.

Installation

Supports Windows, Linux, and Mac.

pip install torchruntime

Usage

Step 1. Install the appropriate variant of PyTorch

This command should be run on the user's computer, or while creating platform-specific builds:

python -m torchruntime install

This will install torch, torchvision, and torchaudio, and will decide the variant based on the user's OS, GPU manufacturer and GPU model number. See customizing packages for more options.

Step 2. Configure torch

This should be run inside your program, to initialize the required environment variables (if any) for the variant of torch being used.

import torchruntime

torchruntime.configure()

(Optional) Step 3. Test torch

Run python -m torchruntime test to run a set of tests to check whether the installed version of torch is working correctly.

Customizing packages

By default, python -m torchruntime install will install the latest available torch, torchvision and torchaudio suitable on the user's platform.

You can customize the packages to install by including their names:

  • For e.g. to install only torch and torchvision, you can run python -m torchruntime install torch torchvision
  • To install specific versions (in pip format), you can run python -m torchruntime install "torch>2.0" "torchvision==0.20"

Supported torch packages: torch, torchvision, torchaudio, torchao.

Note: If you specify package versions, please keep in mind that the version may not be available to all the users on all the torch platforms. For e.g. a user with Python 3.8 would not be able to install torch 2.5 (or higher), because torch 2.5 dropped support for Python 3.8.

So in general, it's better to avoid specifying a version unless it really matters to you (or you know what you're doing). Instead, please allow torchruntime to pick the latest-possible version for the user.

Versioning scheme

The versioning scheme for torchruntime will be major.minor.patch, e.g. 1.20.3.

The patch version will be changed for automatic PCI database updates, e.g. support for new graphics cards. The minor version will be changed for non-breaking code changes, e.g. routine maintenance, refactoring or bug fixes. The major version will be changed for breaking code changes, e.g. API changes.

It is recommended that you rely on the minor version, for e.g. use torchruntime ~= 1 in requirements.txt (change this to the current major version), which will install versions like 1.21.0, 1.22.2 etc but not 2.0.0.

Compatibility table

The list of platforms on which torchruntime can install a working variant of PyTorch.

Note: This list is based on user feedback (since I don't have all the cards). Please let me know if your card is supported (or not) by opening a pull request or issue or messaging on Discord (with supporting logs).

CPU-only

OS Supported? Notes
Windows ✅ Yes x86_64
Linux ✅ Yes x86_64 and aarch64
Mac (M1/M2/M3/M4) ✅ Yes arm64. mps backend
Mac (Intel) ✅ Yes x86_64. Stopped after torch 2.2.2

NVIDIA

Series Supported? OS Notes
50xx ✅ Yes Win/Linux Uses CUDA 12.8
40xx ✅ Yes Win/Linux Uses CUDA 12.8
30xx ✅ Yes Win/Linux Uses CUDA 12.8
20xx ✅ Yes Win/Linux Uses CUDA 12.8
16xx ✅ Yes Win/Linux Uses CUDA 12.8. Requires full-precision for image generation
10xx ✅ Yes Win/Linux Uses CUDA 12.4
7xx ✅ Yes Win/Linux Uses CUDA 11.8

Note: Torch dropped support for Python 3.8 from torch >= 2.5. torchruntime falls back to CUDA 12.4, if python 3.8 is being used.

AMD

Discrete GPUs

Series Supported? OS Notes
9xxx ✅ Yes Win/Linux Navi4/RDNA4 (gfx120x). ROCm 6.4 on Linux. DirectML on Windows
7xxx ✅ Yes Win/Linux Navi3/RDNA3 (gfx110x). ROCm 6.2 on Linux. DirectML on Windows
6xxx ✅ Yes Win/Linux Navi2/RDNA2 (gfx103x). ROCm 6.2 on Linux. DirectML on Windows
6xxx on Intel Mac ✅ Yes Intel Mac gfx103x. 'mps' backend
5xxx ✅ Yes Win/Linux Navi1/RDNA1 (gfx101x). Full-precision required. DirectML on Windows. Linux only supports upto ROCm 5.2. Waiting for this for ROCm 6.2 support.
5xxx on Intel Mac ❓ Untested (WIP) Intel Mac gfx101x. Implemented but need testers, please message on Discord
Radeon VII ✅ Yes Win/Linux Vega 20 gfx906. Need testers for Windows, please message on Discord
Radeon RX Vega 56 ✅ Yes Win/Linux Vega 10 gfx900. ROCm 5.2 on Linux. DirectML on Windows
4xx/5xx/Polaris ⚠️ Partial Win gfx80x. Works with DirectML on Windows (notes, 4GB bug). Did not work with ROCm5.7 with custom-compiled PyTorch 1.13 on Linux (notes).

Integrated GPUs (APU)

Series Supported? OS Notes
Radeon 840M/860M/880M/890M/8040S/8050S/8060S (Strix/Strix Halo/Krackan) ⚠️ Partial Win/Linux gfx115x/RDNA3.5. Works with DirectML on Windows. Need testers for Linux, please message on Discord
Radeon 740M/760M/780M (Phoenix/Hawk Point) ⚠️ Partial Win/Linux gfx1103/RDNA3. Works with DirectML on Windows. Need testers for Linux, please message on Discord
Radeon 610M/660M/680M (Rembrandt/Raphael/Mendocino/VanGogh/GraniteRidge) ❓ Untested (WIP) Win/Linux gfx103x/RDNA2. Need testers for Windows and Linux, please message on Discord
Ryzen 5000 series (Cezanne/Lucienne) ❓ Untested (WIP) Win/Linux gfx90c/GCN5.1. Need testers for Windows and Linux, please message on Discord
Ryzen 4000 series (Renoir) ❓ Untested (WIP) Win/Linux gfx90c/GCN5.1. Need testers for Windows and Linux, please message on Discord
Ryzen 3000 series (Picasso) ❓ Untested (WIP) Win/Linux gfx903/GCN5. Need testers for Windows and Linux, please message on Discord
Ryzen 2000 series (Raven Ridge) ❓ Untested (WIP) Win/Linux gfx902/GCN5. Need testers for Windows and Linux, please message on Discord

Apple

Series Supported? Notes
M1/M2/M3/M4 ✅ Yes 'mps' backend
AMD 6xxx on Intel Mac ✅ Yes Intel Mac
AMD 5xxx on Intel Mac ❓ Untested (WIP) Intel Mac

Intel

Series Supported? OS Notes
Arc ❓ Untested (WIP) Win/Linux Implemented but need testers, please message on Discord. Backends: 'xpu' or DirectML or ipex
Integrated Iris/HD/UHD ❓ Untested (WIP) Win/Linux Implemented but need testers, please message on Discord. Backends: 'xpu' or DirectML or ipex

API

See API for a complete list of module functions.

FAQ

Why can't I just run 'pip install torch'?

pip install torch installs the CPU-only version of torch, so it won't utilize your GPU's capabilities.

Why can't I just install torch-for-ROCm directly to support AMD?

Different models of AMD cards require different LLVM targets, and sometimes different ROCm versions. And ROCm currently doesn't work on Windows, so AMD on Windows is best served (currently) with DirectML.

And plenty of AMD cards work with ROCm (even when they aren't in the official list of supported cards). Information about these cards (for e.g. the LLVM target to use) is pretty scattered.

torchruntime deals with this complexity for your convenience.

Contributing

📢 I'm looking for contributions in these specific areas:

  • More testing on consumer AMD GPUs.
  • More support for older AMD GPUs. Explore: Compile and host PyTorch wheels and rocm (on GitHub) for older AMD gpus (e.g. 580/590/Polaris) with the required patches.
  • Intel GPUs.
  • Testing on professional AMD GPUs (e.g. the Instinct series).
  • An easy-to-run benchmark script (that people can run to check the level of compatibility on their platform).
  • Improve the logic for supporting multiple AMD GPUs with different ROCm compatibility. At present, it just picks the latest GPU, which means it doesn't support running workloads on multiple AMD GPUs in parallel.

Please message on the Discord community if you have AMD or Intel GPUs, and would like to help with testing or adding support for them! Thanks!

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