Awesome GitHub RepositoriesGPU Clock Offsets

LenovoLegionToolkit is a hardware management tool and Windows hardware control interface designed specifically for Lenovo Legion laptops. It functions as a framework for adjusting power modes, battery charging thresholds, and thermal profiles, while providing a dedicated controller for per-key and zone-based RGB keyboard lighting. The project is distinguished by its ability to customize the UEFI boot logo by replacing the default system image on the UEFI partition. It also features a hardware automation framework that triggers specific scripts or programs automatically in response to hardware

This is the official documentation repository for Raspberry Pi hardware and software. It covers the complete range of Raspberry Pi single-board computers, the RP-series microcontrollers, and the Raspberry Pi operating system. The documentation provides reference material for setting up devices, configuring hardware, and using the system for tasks including AI inference, camera and video capture, embedded development, and remote access. The documentation covers the full boot chain from the GPU firmware and EEPROM bootloader through to kernel loading, with detailed guidance on boot configuratio

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

MemTestHelper is a diagnostic utility suite designed for analyzing memory performance, calculating timings, and managing automated stability stress tests. It serves as a parallel stress test manager that launches multiple memory test instances simultaneously to verify hardware stability and identify performance bottlenecks. The project distinguishes itself by providing a RAM timing calculator that converts memory timings and frequencies into nanoseconds. It further optimizes hardware validation through a memory performance analyzer capable of benchmarking bandwidth and categorizing hardware t

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