AOC G-Menu vs Monitor Switch

AOC G-Menu is a free Windows portal for customizing supported AOC gaming monitors and peripherals, including keyboards, mice, mouse mats and headsets. Its settings include keyboard macros and mouse sensitivity adjustments. Light FX lets users choose effects, colors, pulsation and brightness for compatible devices, while Light FX Sync coordinates RGB effects across them.

Users can save multiple game profiles and switch between them, or associate a profile with an executable so its application runs when that profile is selected. Discover lets users find and share game profiles. The Macro interface supports recording, editing, importing and exporting macros. G-Menu checks for software updates from its home page and downloads available updates in the background; it cannot check without a network connection. The interface offers only connected devices. The manual lists Windows 7 or above, 500 MB of free hard disk space and an internet connection as requirements. AOC provides a Windows download and a manual.

Monitor Switch is an MIT-licensed service for switching a monitor’s input and controlling its DDC/CI features through a browser interface, HTTP API, scripts, or Home Assistant. It is designed for people who use one monitor with multiple computers, including when the computer currently displayed is asleep or off. Where a monitor exposes the controls, the service can adjust brightness, contrast, volume, mute, picture mode, colour temperature, RGB gain, and black level. It can also read usage hours, firmware level, refresh rates, and power state. Editable profiles set monitor values and can replace incorrect capability detection. For Home Assistant, MQTT discovery presents profile features as entities such as selectors, sliders, and sensors. The service runs on a Raspberry Pi connected to the monitor by HDMI; setup requires Raspberry Pi OS and SSH, and installation uses an Ansible playbook. The project is described as usable but not yet released. Hardware verification is reported only for a Samsung Odyssey G9 with a Raspberry Pi Zero 2 W; other monitors have not been verified.