Search Results for "qt-based"

TuxClocker is an open-source Qt-based overclocking and hardware monitoring utility tailored for GNU/Linux systems. The project combines a DBus daemon with a Qt graphical user interface, allowing users to inspect and adjust performance characteristics of their hardware—particularly GPUs—under Linux. TuxClocker provides a user-friendly GUI atop lower-level interfaces, making it easier to control clock speeds, fan behavior, and other tuning parameters without resorting exclusively to command-line tools. ...

...The daemon supports multiple processors and multiple fans, allowing flexible configurations for complex Mac models, and aims to keep systems both cool and quiet by dynamically adjusting fan behavior. While originally based on Allan McRae’s mbpfan, this enhanced version expands compatibility and tuning options. It’s especially useful on Linux installations where default drivers don’t effectively communicate with Apple’s proprietary sensor and fan hardware. Users often pair it with custom configuration profiles to match their preferred balance of noise and temperature control.

...If you want to build NBFC from source, the first thing you have to do is to download the source code. You can easily clone the NBFC repository via git. Make sure the Mono runtime + development tools are installed on your machine (Debian based distros: mono-complete, Arch based distros: mono). Config files are an integral part of NBFC, because they define how NBFC interacts with your notebook's embedded controller (EC). The EC monitors your system's temperatures and controls the fan(s). It sits on the motherboard or is integrated into a Super I/O chip & is connected to the Southbridge via the Low Pin Count (LPC) bus.

Phoebetria lets you take control of your BitFenix Recon fan controller on more operating systems than the official software. It offers all of the same features as the official software, with the exception of remote access, and has been tested on Windows, Linux, and OS X. The current plan is that future releases will add functionality and control that the official software does not provide -- giving you even more control over your fans.

Firmware for small µController board with 4x PT1000 temperature channels which control the temperature in one room via two fan units. PIC18F4455 based hardware. Can be used to control temperature in the basement or guest house, within a computer case, etc.

WebApp to start or stop remotely the computer's fan using HTTP (your computer's Firefox or your iPhone Safari...). Why do you want to do that? It's too impressive to stop the fan from your bed... :)