![]() ![]() While auto-cpufreq makes all decisions automatically based on various factors like cpu usage, temperature or system load. Run systemctl status auto-cpufreq to see the status of service, and systemctl enable auto-cpufreq for service to persist running across reboots. Instead run systemctl start auto-cpufreq to start the service. Please note: If you want to install auto-cpufreq daemon, do not run auto-cpufreq -install otherwise you'll run into an issue: #91, #96. Until someone starts maintaining it, use the manual script installer if you intend to have the latest changes.Īfter installation auto-cpufreq will be available as a binary and you can refer to auto-cpufreq modes and options. Please note that this git package is currently unmaintained & has issues. (For the latest binary release on github) In case you encounter any problems with auto-cpufreq-installer, please submit a bug report. Automatic CPU & power optimization (temporary and persistent)Īuto-cpufreq is available on snap store, or can be installed using CLI:Ĭd auto-cpufreq & sudo.CPU temperature in combination with CPU utilization/load (prevent overheating).CPU frequency scaling, governor and turbo boost management based on.CPU temperature (total average & per core).CPU frequency (system total & per core).This tool was developed to improve performance and battery life on laptops, but running it on desktop/servers (to lower power consumption) should also be possible. Supported devices must have an Intel, AMD or ARM CPUs. ![]() Tool/daemon that does not conflict with auto-cpufreq in any way and is even recommended to have running alongside is thermald. Hence, only use both tools in tandem if you know what you're doing. If both are used for same functionality, i.e: to set CPU frequencies it'll lead to unwanted results like overheating. Please note: auto-cpufreq aims to replace TLP in terms of functionality and after you install auto-cpufreq it's recommended to remove TLP. With that said, I needed a simple tool which would automatically make "cpufreq" related changes, save battery like TLP, but let Linux kernel do most of the heavy lifting. Using tools like TLP can help in this situation with extending battery life (which is something I used to do for numerous years), but it also might come with its own set of problems, like losing turbo boost. Issue can be mitigated by using tools like indicator-cpufreq or cpufreq, but these still require manual action from your side which can be daunting and cumbersome. For example, CPU will run using "performance" governor with turbo boost enabled regardless if it's plugged in to power or not. One of the problems with Linux today on laptops is that CPU will run in unoptimized manner which will negatively reflect on battery life. Looking for developers and co-maintainersĪuto-cpufreq is looking for co-maintainers & open source developers to help shape future of the project! Why do I need auto-cpufreq? Ultimately allowing you to improve battery life without making any compromises.įor tl dr folks there's a: Youtube: auto-cpufreq - tool demo Automatic CPU speed & power optimizer for Linux based on active monitoring of laptop's battery state, CPU usage, CPU temperature and system load. ![]()
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