Search Results for "web-based"

...Users can create and save different “profiles” (e.g. silent mode, high-performance mode, custom GPU-heavy workloads), then load them as needed. Recent versions switched their driver backend (migrating from WinRing0 to a PawnIO-based driver) to improve compatibility and avoid security/AV-flagging issues.

...While the GitHub repo primarily tracks issues, feature requests, and localization files for the application, the utility itself allows real-time monitoring and control of fan speeds based on temperature sensors, helping users balance cooling performance and acoustics. It supports a wide range of Macs, including recent Apple Silicon models with M3/M4 chips, and can adjust fans to respond to specific temperature sources, not just default system profiles. Users commonly employ this tool to keep systems cooler under heavy workloads or to reduce fan noise in quiet environments. ...

AlienFX Tools is a suite of utilities aimed at controlling lighting, fan, and power behaviors on Alienware systems, directly interfacing with USB or ACPI hardware rather than relying on official drivers. This project supports a broad range of effects and modes, allowing users to customize RGB lighting zones, create and switch profiles based on system states (like power source or running applications), and generate lighting behaviors tied to thermal and performance events. Because it operates at a low level, alienfx-tools can offer faster update rates and more flexible configurations compared to some manufacturer software. It includes both command-line and graphical frontend elements to support different user preferences, making it suitable for automation as well as interactive use. ...

cooling home automation with Arduino(C) and Raspberry(front-end, python). Arduino features: - control PC 4-pin fan with PWM; - measure temperature/humidity with DHT11/22; - adjust fan RPM depend on temperature; - console management; - MQTT serial output. front-end features: - data collection form serial port with MQTT - webUI with for sensors parameters

Argus Monitor is a powerful fan-control and system-monitoring tool that gives you complete control over cooling behavior across your entire PC. It allows you to manage CPU, GPU, motherboard, and AIO fans using fixed values or advanced temperature-based control curves sourced from any sensor in your system. With multi-controller support, fan profiles, hysteresis, and temperature averaging, Argus Monitor offers smooth, precise fan adjustments with minimal noise fluctuation. The software also includes robust temperature monitoring for CPUs, GPUs, SSDs, RAM, and additional sensor channels. ...

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.

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.

iFanAutoControl is an application to automatic control the fans of the computer and regulate the temperature of MacBook and MacBookPro Apple Computers based on Intel processors and Windows OS.

Allows control of fans in Apple computers in Windows and monitoring of temperatures. All Intel Macs supported + any conflicting programs are automatically closed and reopened. Project is no longer being actively developed. See forum for alternatives.

Solution to the cooling fan noise annoyances Thinkpad T4x (T40/T41/T42/T43) notebook series. Allows the user to control fan activity based on the system temperature. Win XP Visual C++ project controls the fan via port IO to the embedded controller.

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... :)