3 repositorios
Software suites designed to manage clock speeds, power limits, and thermal profiles for AMD graphics hardware on Linux.
Distinct from AMD GPU Kernel Compilers: None of the candidates describe a general control suite; they focus on compilers, AI acceleration, or API implementations.
Explore 3 awesome GitHub repositories matching operating systems & systems programming · AMD GPU Control Suites. Refine with filters or upvote what's useful.
Phalcon is a full-stack PHP web framework implemented as a compiled C extension that loads directly into the PHP interpreter. Rather than executing PHP scripts at runtime, the framework runs as a native C module, bundling routing, ORM, templating, and caching into immutable structures compiled at build time. This architecture hooks directly into PHP's internal Zend Engine API to bypass userland function call overhead, processes HTTP requests through a C-level event pipeline, and passes data between layers using pointer references instead of duplicating memory buffers. The framework manages ob
Sets compiler flags to generate machine code optimized for the specific CPU where the extension will run.
LACT is an AMD GPU control suite and performance tuner for Linux systems. It functions as a GPU hardware monitor and management interface designed to optimize VRAM and processor frequencies through offsets and custom power profiles. The project utilizes a client-server architecture, allowing a graphical interface to monitor and control graphics hardware over a network connection via a background daemon. This remote management capability enables users to manage hardware on distant machines from a centralized interface. The suite covers hardware tuning for overclocking and undervolting, power
Provides a comprehensive control suite for managing AMD GPU clock speeds, power limits, and fan curves on Linux.
Universal-x86-Tuning-Utility is a system tuning tool for x86 hardware that adjusts CPU, GPU, and memory settings to optimize performance and power consumption. It provides an adaptive power optimization algorithm that dynamically adjusts processor power limits based on real-time temperature monitoring, balancing performance with thermal safety margins. The utility also includes a hardware specification viewer that displays detailed system information for reference. The tool distinguishes itself through event-driven profile automation, which applies pre-configured tuning profiles automatically
Applies preconfigured tuning profiles tailored for specific processor architectures like AMD Zen.