Liquidctl

Features

AIO Cooler Management - Provides a unified interface to configure and monitor all-in-one liquid coolers and related controllers.
Liquid Cooling Controllers - Provides a unified interface to monitor temperatures and configure settings for liquid cooling hardware.
Cooling Profile Controllers - Allows precise thermal management by adjusting pump rates and fan speeds via the command line.
Hardware Component Control - Manages pump speeds, fan rotation, and lighting effects across coolers and controllers.
Hardware Control CLIs - Provides a command line interface for adjusting fan speeds, pump rates, and lighting on cooling hardware.
Python Hardware Drivers - Ships a set of Python drivers enabling programmatic control and telemetry collection from cooling hardware.
Hardware Drivers - Ships a set of Python drivers that enable programmatic control and telemetry collection from cooling devices.
Hardware Telemetry Tools - Functions as a hardware telemetry tool for querying real-time status and sensor data from pumps and fans.
Hardware Control Interfaces - Provides a command-line interface for modifying fan speeds, pump rates, and lighting effects.
Hardware Health Monitoring - Tracks real-time liquid temperatures and fan speeds to ensure system stability and cooling efficiency.
Hardware Health Monitors - Implements a real-time telemetry system for tracking liquid temperatures and fan rotation speeds.
Hardware Automation Scripts - Enables the use of Python scripts and JSON exports to automate hardware settings and monitoring.
Cross-Platform RGB Controllers - Provides a utility to manage lighting profiles and synchronize RGB effects across compatible hardware.
RGB Color Controllers - Manages colors and lighting effects for hardware components using RGB, HSV, and HSL formats.
Hardware Configuration Automations - Automatically applies hardware settings during system boot or user login via background services.
Hardware Device Discovery - Lists recognized hardware devices and filters them by bus, address, or serial number.
HID Device Communication - Exchanges data with cooling hardware using the Human Interface Device standard via USB reports.
I2C Bus Interfaces - Controls hardware components via the system management bus using I2C communication protocols.
Control Interfaces - Implements device drivers and command logic in Python to manage cross-platform system calls.
Peripheral Lighting Controllers - Sets colors and lighting modes for hardware peripherals using hexadecimal RGB, HSV, or HSL formats.
Hardware Abstraction Layers - Implements a hardware abstraction layer to provide a consistent API across different cooling hardware vendors.

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See all 30 alternatives to Liquidctl

liquidctlliquidctl

Features

Open-source alternatives to Liquidctl

CalcProgrammer1/OpenRGB

OpenTabletDriver/OpenTabletDriver

hybridgroup/gobot

exelban/stats

Star history

Open-source alternatives to Liquidctl

CalcProgrammer1/OpenRGB

OpenTabletDriver/OpenTabletDriver

hybridgroup/gobot

exelban/stats