![]() Hello, and a HUGE thanks for working on this! I will also keep an eye on this thread to see how it goes.Ĭonfirmed compatibility list from members If you want to help me out a bit or give me feedback, I included some links/button in the left hamburger menu out of the way to send me an email If it works on your current setup, well you got your fan control situation sorted at least until you change your motherboard! It works great for my needs but I didn't test it on a hundred different motherboards. Please note that this is a small personal project. Saves your current configuration and reload it on startupīoard support is updated whenever the API gets an update! Multi-config support with quick-switch from tray iconĬustom name for each fan / curve / controlĪutomatic or manual matching between your controls and fan speeds So I decided to make my own lightweight application with the OpenHardwareMonitorLib API, and here is what I got so far. The existing UI is a HWMonitor clone that allows to set a manual fan speed to any fan, but no temperature/speed fan curve here. OpenHardwareMonitor is divided into two parts, an API to interact with your hardware ( CPU, RAM, Fans. However, thanks to the code base being open sourced, there are a couple of active branches, LibreHardwareMonitor being the best one I found, supporting my MSI Z390 Edge AC board and being updated regularly. The first link is an original project which could be downloaded here , but just like SpeedFan, the project is not updated anymore. I searched around for an alternative software with this particular feature and only found a paid option (Angus Monitor). (My BIOS only supports CPU temperature as a temperature source for the PWM fans). I used it to bind my case fans speed to the hottest component of my PC, my GPU. The main feature I used was the custom fan curves with custom temperature sources. This way you can keep an eye on all component temps and get an idea about how cool or hot your PC is.I built a new custom UI on top of OpenHardwareMonitor with additional features, mainly linear fan curves with custom temperature sources.Īs you guys may know, SpeedFan is sadly not updated anymore, so newer boards are not detected properly. With this application, you can very easily monitor temperatures both for your CPU and ultimately for your GPU. Most fan controllers don't display system-related information unless it has to do with the fans themselves. The idea behind the fans working with these types of programs lies in the PWM controller which is basically represented by the fourth pin on all fan connectors. Those will not work with speed controlling software. The problem arises if you're dealing with older design three or two-pin fans. Now, in most cases you'd be dealing with a four-pin version which ultimately means you can control the speed of your fans through any specialized software, such as FanCtrl. When you install your fan in the case and place the connector on your motherboard, you'll notice there's a number of pins on the fan. The second of the two requirements can be achieved with FanCtrl (or FanControl). What you need is lots of fans inside your case and a smart way to control their speed. ![]() If you're relying on your PC heavily, regardless of the reason, be it gaming or programming, there's no doubt the temperature inside your components is spiking up like crazy. ![]()
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