Скачать fan controller для windows 10

С помощью приложения пользователи могут регулировать работу системы охлаждения. Поддерживается работа со штатными кулерами и дополнительными вентиляторами.

Fan Control

Installation

1. Download the latest archive
2. Extract to the desired installation folder
3. Start FanControl.exe
4. (Optional) -c or —config [json config file] command line arg

Install with Scoop

scoop bucket add extras
scoop install fancontrol

Documentation

https://getfancontrol.com/docs/

Featured On

JayzTwoCents — Everyone NEEDS this FREE piece of software… You will thank me!

Main features

• Guided setup process on first launch
• Save, edit and load multiple profiles
• Change the theme and color of the application.
• Multiple temperature sources ( CPU, GPU, motherboard, hard drives… )
• Multiple fan curve functions, including a custom graph
• Mix fan curves or sensor togethers (max, min, average)
• Low resource usage
• Advanced tuning with steps, start %, stop %, response time and hysteresis

New

• (NEW) Minimum % on control cards
• Use the -c or —config [json config file] command line argument while the app is open to switch config. Create shortcuts with predefined configs.
• When the app fail to start due to sensor initialization issue, the sensor settings window will open
• Refined UI
• 0 RPM override for Nvidia cards

Uninstall

Fan Control is a stand-alone app. You can leave the files there for use further down the line, or delete them.

Note: If you have Fan Control set to automatically start with Windows, either untick the checkbox in Fan Control, or manually delete the «Fan Control» task in Windows Task Scheduler.

Plugins

The plugin system let you inject any type of sensor into FanControl, see Plugins wiki

From the community (notify me if I’m missing some):

• https://github.com/fu-raz/FanControlThermaltake
• https://github.com/jmarucha/FanControl.Liquidctl
• https://github.com/Mourdraug/FanControl.AsusWMI to interface with ASUS motherboards through WMI methods
• https://github.com/medevil84/FanControl.AquacomputerDevices to interface with aquacomputer HighFlowNext, Quadro and Octo devices
• https://github.com/FoPzl/FanControl.AquacomputerQuadro to interface with aquacomputer Quadro
• https://github.com/vision57/FanControl.GPU-Z
• https://github.com/EvanMulawski/FanControl.CorsairLink to interface with Corsair Commander controllers and Hydro liquid coolers
• https://github.com/EvanMulawski/FanControl.Razer to interface with Razer devices
• https://github.com/hgross/FanControl.HomeAssistant to interface with HomeAssistant connected temperature sensors (i.e. ambient temperatures via Philips Hue, HomeMatic, HomeKit or many other brands & protocols)
• https://github.com/brokenmass/Fancontrol.NzxtKraken to interface with NZXT Kraken AIO that are not yet supported by LibreHardwareMonitor for example Kraken X2 and Kraken X3 - new PID. See LHM PR
• https://github.com/EightB1ts/FanControl.LianLi to interface with LianLi L-Connect 3 fan controllers

From Rem0o

• (EXPERIMENTAL) https://github.com/Rem0o/FanControl.ADLX (AMD gpus)
• https://github.com/Rem0o/FanControl.HWInfo to import HWInfo sensor data
• https://github.com/Rem0o/FanControl.DellPlugin for dell laptops and some towers

Issues and hardware compatibility

• I am not the main developer for the driver/backend portion of this software. Fan Control is basically a UI on top of existing hardware libraries. Any issue regarding hardware compatibility entirely depends on the following projects. If you can’t contribute meaningfully with a branch/PR, don’t pollute their issue page with «XXXXX doesn’t work». The hardware is needed for testing. If a dev has interest in that project, is browsing it, has your specific hardware AND the knowledge to make it work, that dev won’t be looking for your issue, he’ll just raise a PR.

  • https://github.com/LibreHardwareMonitor/LibreHardwareMonitor
  • https://github.com/falahati/NvAPIWrapper

• Please only open issues on this repository for the software itself, UI, feature request and so on.

• If you do have a special hardware compatibility request and you can provide a working sample of code that can be used in .NET, like with a Plugin, then feel free to submit that.

FAQ

• Q: What settings should I set in my BIOS to play along nicely with FanControl?
  
  A: You want to avoid any «smart» control from your BIOS. Setting a fixed default speed, like 50%, works great for most people. Also keep an eye if your BIOS has PWM or DC mode on. One could work better for you depending on your setup.
• Q: My Nvidia cards has X fans, but only two cards show up, why?
  
  A: Your card only has 2 channels, more than 1 fan are plugged to the same channel.
• Q: My new AMD card can’t be controlled, why?
  
  A: Newer AMD cards are not supported. If you can provide a working sample of code that works with these newer cards, please share!
• Q: There is no control cards / control cards are missing / control cards are not changing my fan speeds, what’s the issue?
  
  A: See Issues and hardware compatibility.
• Q: How does [FAN CURVE TYPE] works and what does its parameters do?
  
  A: Click on its card’s icon at the top left, a dialog will tell you.
• Q: Does it run on my OS?
  
  A: If your OS is Windows 10 Or 11, yes.

Graph fan curve editor

• (NEW) Change the temperature range for finer control over a small range
• Add, remove and drag points arround the graph
• Copy and paste points from a graph to another
• Fine-tune the response with the hysteresis and response time parameters

Libraries used:

• https://github.com/LibreHardwareMonitor/LibreHardwareMonitor
• https://github.com/MaterialDesignInXAML/MaterialDesignInXamlToolkit
• https://github.com/falahati/NvAPIWrapper