base on Linux GPU Configuration And Monitoring Tool # Linux GPU Control Application <a href="https://translate.fedoraproject.org/engage/lact/"> <img src="https://translate.fedoraproject.org/widget/lact/svg-badge.svg" alt="Translation status" /> </a> <img src="res/io.github.ilya_zlobintsev.LACT.png" alt="icon" width="100"/> This application allows you to control your AMD, Nvidia or Intel GPU on a Linux system. | GPU info | Overclocking | Fan control | | ----------------------------------| ----------------------------------| ----------------------------------| |  |  |  | | Software info | Historical data | | |  |  | | ### Features: - #### Detailed GPU information reporting - Name and manufacturer - VBIOS info - VRAM info (Type/Manufacturer/Bus) - Hardware unit info (CUs/SMs/EUs, ROP count) - Resizable BAR status - Vulkan features and extensions - #### Monitoring - Configurable historical charts for power/thermals/frequency - Throttling info - Data CSV export - #### Power configuration - Power cap - Power states (AMD only) - #### Thermals configuration - Custom fan curves (AMD/Nvidia) - GPU firmware thermal options such as thermal and acoustic target/limit (AMD RDNA3+ only) - #### Overclocking - GPU/VRAM clocks configuration - GPU undervolting (via voltage offset on AMD, [indirectly](https://github.com/ilya-zlobintsev/LACT/wiki/Frequently-asked-questions#how-to-undervolt-nvidia-gpus) on Nvidia) - #### Settings profiles - Automatic profile activation based on running processes or gamemode status - #### [OpenTelemetry metrics exporter](./docs/EXPORTER.md) GPU configuration is handled by a system service that does not depend on a graphical session (Wayland/X11). The service can also be used standalone with a config file, for example in headless scenarios. # Quick links - [Installation](#installation) - [Hardware support](https://github.com/ilya-zlobintsev/LACT/wiki/Hardware-Support) - [Frequently asked questions](https://github.com/ilya-zlobintsev/LACT/wiki/Frequently-asked-questions) - [Enable overclocking on AMD](https://github.com/ilya-zlobintsev/LACT/wiki/Overclocking-(AMD)) - [Config file reference](./docs/CONFIG.md) - [API](./docs/API.md) - [Power profiles daemon note](#power-profiles-daemon-note) - [Recovery from a bad overclock](https://github.com/ilya-zlobintsev/LACT/wiki/Recovering-from-a-bad-overclock) - [Metrics exporter](./docs/EXPORTER.md) - [Contribute translations](#localization) - [Support the project](#support-the-project) # Installation - Arch Linux: Install the package from official repositories: `pacman -S lact` (or `lact-git` from AUR for development builds). - Debian/Ubuntu/Derivatives: Download a .deb from [releases](https://github.com/ilya-zlobintsev/LACT/releases/). It is only available on Debian 12+ and Ubuntu 22.04+ as older versions don't ship gtk4. - Fedora: use the [Copr repository](https://copr.fedorainfracloud.org/coprs/ilyaz/LACT/), or download an RPM from [releases](https://github.com/ilya-zlobintsev/LACT/releases/). - Bazzite/Fedora Atomic: Use the Flatpak. - Gentoo: Available in [GURU](https://github.com/gentoo/guru/tree/master/sys-apps/lact). - OpenSUSE: an RPM is available in [releases](https://github.com/ilya-zlobintsev/LACT/releases/). Only tumbleweed is supported as leap does not have the required dependencies in the repos. - NixOS: There is a package available in [nixpkgs](https://search.nixos.org/packages?channel=unstable&from=0&size=50&sort=relevance&type=packages&query=lact). - Flatpak (universal): Available on [Flathub](https://flathub.org/apps/io.github.ilya_zlobintsev.LACT) and in [releases](https://github.com/ilya-zlobintsev/LACT/releases/). See the [Flatpak documentation](./flatpak/README.md) for additional notes. - Docker (service only, no GUI): See [DOCKER.md](./docs/DOCKER.md) - Build from source. Note: Nvidia support requires the Nvidia proprietary driver with CUDA libraries installed. ## Development builds To get latest fixes or features that have not yet been released in a stable version, there are packages built from the latest commit that you can install from the [test release](https://github.com/ilya-zlobintsev/LACT/releases/tag/test-build) or using the `lact-git` AUR package on Arch-based distros. Note: the date that GitHub shows next to the test release is not when the packages were built, the actual date is specified next to the attached package files. # Usage Enable and start the service (otherwise you won't be able to change any settings): ``` sudo systemctl enable --now lactd ``` You can now use the GUI to change settings and view information. # Hardware support See the [Wiki page](https://github.com/ilya-zlobintsev/LACT/wiki/Hardware-Support) # Configuration There is a configuration file available in `/etc/lact/config.yaml`. Most of the settings are accessible through the GUI, but some of them may be useful to be edited manually (like `admin_group` and `admin_user` to specify who has access to the daemon) See [CONFIG.md](./docs/CONFIG.md) for more information. **Socket permissions setup:** By default, LACT uses either ether the `wheel` or `sudo` group (whichever is available) for the ownership of the unix socket that the GUI needs to connect to. On most desktop configurations (such as the default setup on Arch-based, most Debian-based or Fedora systems) this includes the default user, so you do not need to configure this. However, some systems may have different user configuration. In particular, this has been reported to be a problem on OpenSUSE. To fix socket permissions in such configurations, edit `/etc/lact/config.yaml` and under the `daemon` section either: - Set `admin_user` to your username - Set `admin_group` to a group that your user is a part of Then restart the service (`sudo systemctl restart lactd`). # Overclocking (AMD) Some functionality requires enabling an option in the amdgpu driver, see the [wiki page](https://github.com/ilya-zlobintsev/LACT/wiki/Overclocking-(AMD)) for more information. ## Power profiles daemon note! If you are using `power-profiles-daemon` (which is installed by default on many distributions), by default it may override the amdgpu performance level setting according to its own profile. When using LACT 0.7.5+ and power-profiles-daemon 0.30+, LACT will try to connect to power-profiles-daemon and automatically disable the conflicting amdgpu action in ppd to avoid this conflict. If running older versions, you can resolve this manually by creating a file at `/etc/systemd/system/power-profiles-daemon.service.d/override.conf` with the following contents: ``` [Service] ExecStart= ExecStart=/usr/libexec/power-profiles-daemon --block-action=amdgpu_dpm ``` Note: the `/usr/libexec` path might be different on your system, check it in `systemctl status power-profiles-daemon` See https://github.com/ilya-zlobintsev/LACT/issues/370 for more information. # Suspend/Resume As some of the GPU settings may get reset when suspending the system, LACT will reload them on system resume. This may not work on distributions which don't use systemd, as it relies on the `org.freedesktop.login2` DBus interface. # Building from source Dependencies: - rust 1.76+ - gtk 4.6+ - libadwaita 1.5+ - git - pkg-config - clang - make - hwdata - libdrm Optional Dependencies: - vulkan-tools - clinfo Command to install all dependencies: - Fedora: `sudo dnf install rust cargo make git clang gtk4-devel libadwaita-devel libdrm-devel vulkan-tools clinfo` - Arch: `sudo pacman -S --needed base-devel git clang make rust gtk4 libadwaita hwdata vulkan-tools clinfo` Steps: - `git clone https://github.com/ilya-zlobintsev/LACT && cd LACT` - `make` - `sudo make install` It's possible to change which features LACT gets built with. To do so, replace the `make` command with the following variation: Headless build with no GUI: ``` make build-release-headless ``` # Remote management It's possible to have the LACT daemon running on one machine, and then manage it remotely from another. This is disabled by default, as the TCP connection **does not have any authentication or encryption mechanism!** Make sure to only use it in trusted networks and/or set up appropriate firewall rules. To enable it, edit `/etc/lact/config.yaml` and add `tcp_listen_address` with your desired address and in the `daemon` section. Example: ```yaml daemon: tcp_listen_address: 0.0.0.0:12853 log_level: info admin_group: wheel disable_clocks_cleanup: false ``` After this restart the service (`sudo systemctl restart lactd`). To connect to a remote instance with the GUI, run it with `lact gui --tcp-address 192.168.1.10:12853`. # CLI There is also a cli available. - List system GPUs: `lact cli list-gpus` Example output: ``` 10DE:2704-1462:5110-0000:09:00.0 (AD103 [GeForce RTX 4080]) ``` - Getting GPU information: `lact cli info` Example output: ``` $ lact cli info GPU 10DE:2704-1462:5110-0000:09:00.0: ===================================== GPU Model: NVIDIA GeForce RTX 4080 (0x10DE:0x2704) Card Manufacturer: Micro-Star International Co., Ltd. [MSI] (0x1462) Card Model: Unknown (0x5110) Driver Used: nvidia 570.124.04 VBIOS Version: 95.03.1E.00.60 VRAM Size: 16376 MiB GPU Family: Ada Cuda Cores: 9728 SM Count: 76 ROP Count: 112 (14 * 8) VRAM Type: GDDR6x VRAM Manufacturer: Micron L2 Cache: 65536 KiB Resizeable bar: Enabled CPU Accessible VRAM: 16384 Link Speed: 8 GT/s PCIe gen 3 x8 ``` - Profiles `lact cli profile [COMMAND]` - List profiles: `lact cli profile list` Example output: ``` Default Gaming Performance Balanced ``` - Get current Profile: `lact cli profile get` or `lact cli profile` Example output: ``` Gaming ``` - Set Profile: `lact cli profile set "Performance"` Example output: ``` Performance ``` - Auto switch profiles `lact cli profile auto-switch [COMMAND]` - Get auto-switch state: `lact cli profile auto-switch get` or `lact cli profile auto-switch` Example output: ``` enabled ``` - Enable auto switch: `lact cli profile auto-switch enable` Example output: ``` enabled ``` - Disable auto switch: `lact cli profile auto-switch disable` Example output: ``` disabled ``` The functionality of the CLI is quite limited. If you want to integrate LACT with some application/script, you should use the [API](./docs/API.md) instead. # Reporting issues When reporting issues, please include your system info and GPU model. If you're having an issue with changing the GPU's configuration, it's highly recommended to include a debug snapshot in the bug report. You can generate one using the option in the dropdown menu:  The snapshot is an archive which includes the SysFS that LACT uses to interact with the GPU. If there's a crash, run `lact gui` from the command line to get GUI logs, check daemon logs in `journalctl -u lactd` for errors, and see `dmesg` for kernel logs that might include information about driver and system issues. # Localization You can contribute translations to LACT using [Weblate](https://translate.fedoraproject.org/engage/lact/). # Support the project If you wish to support the project, you can do so via Patreon: https://www.patreon.com/IlyaZlobintsev Or using cryptocurrency: - BTC: `12FuTXZzd5peGb7QfoRkXaLnbJ1DNVW4pP` - ETH: `0x80875173316aa6317641bfbc50644e7ca74d6b6d` - XMR: `42E93NZXM7STBUsnMRGNyxKryFVgpHKNP6aza94C5hn17j2W7zUnFHe7ASQzB3KorYYnsaVzWUyHHVYfcTLQRtB63qkv5jE` # Other tools Here's a list of other useful tools for AMD GPUs on Linux: - [CoreCtrl](https://gitlab.com/corectrl/corectrl) - direct alternative to LACT, provides similar functionality in addition to CPU configuration with a Qt UI - [amdgpu_top](https://github.com/Umio-Yasuno/amdgpu_top) - tool for detailed real-time statistics on AMD GPUs - [Tuxclocker](https://github.com/Lurkki14/tuxclocker) - Qt overclocking tool, has support for AMD GPUs ", Assign "at most 3 tags" to the expected json: {"id":"8330","tags":[]} "only from the tags list I provide: []" returns me the "expected json"