24 docs tagged with "Software"

A web configurator by daveycodez to visually mock up Framework Laptop builds — back panels and per-slot expansion card colors composited onto product photos.

A Blender 3D model of the Framework Desktop by roymustangXVI, rigged as an interactive color picker to preview tile and side panel/fan colors before ordering.

A web-based interactive tile color picker for the Framework Desktop by wolfie, letting users experiment with tile layouts and colors.

Fork of the Framework official EC firmware with custom modifications by jcdutton, primarily targeting the Framework 16.

Framework Control is a lightweight control surface for Framework laptops, exposing a minimal local HTTP API and a modern web UI to monitor telemetry and tweak core platform settings. Developed by Kemal Ozturk (GitHub: ozturkkl), it provides fan control (auto/manual/curve), power management, charging controls, and LED Matrix support for Framework Laptop 13 and 16 models.

Framework Deck is an open-source, all-in-one desktop companion application for Framework laptops, developed by community member ToySnail (GitHub: enkode). It evolved from the earlier Input Architect project — a keyboard and macropad configurator — into a unified tool that combines keyboard customization with real-time hardware telemetry, fan control, power management, battery health monitoring, and LED matrix editing.

Framework DSP is a collection of EasyEffects audio processing profiles that significantly improve the built-in speaker sound quality on Framework laptops running Linux. Developed by community member cab (GitHub: cab404), it uses impulse response (IR) calibration via HiFiScan alongside multiband compression and other DSP techniques to compensate for the acoustic limitations of small laptop speakers.

Framework Embedded Controller GUI (fw-ec-gui) is a graphical interface for controlling the Framework Laptop 13's Embedded Controller (EC), developed by community member Yisroel Newmark (GitHub: boredom101). Written in Python with PySimpleGUI and tkinter, it provides a point-and-click interface for fan speed control, LED color selection, and battery charge limiting by wrapping DHowett's fw-ectool.

Framework Fan Control is a GNOME Shell extension that provides a convenient interface for controlling fan profiles on Framework laptops running fw-fanctrl. Developed by community member ghostdevv (GitHub: ghostdevv), it integrates into GNOME's quick settings panel to display real-time temperature and fan speed, switch between fan strategies, and pause/resume fan control.

This project appears to be inactive. The last GitHub push was January 18, 2025, the last Patreon update was late January 2025, and the GitHub build has been broken since approximately March 2025. The creator has not responded to community inquiries since early 2025.

A widget-based LED Matrix program for the Framework 16 by Boyney (DedFishy), featuring a web dashboard GUI and system-tray background operation.

Framework System TUI (framework-tool-tui) is a terminal-based dashboard for monitoring and controlling Framework laptop hardware, developed by community member Mykhailo Nedokushev (GitHub: grouzen). Built in Rust with the ratatui TUI framework, it provides a snappy interactive interface for battery management, privacy toggles, brightness controls, USB PD port monitoring, and more — all from the terminal.

A Rust-based GUI for ectool, backlight control, and ambient light sensor auto-brightness on Framework Laptop 13 Linux by taotien (formerly Ghett_Klapson).

Framework16 LED Matrix Manager is an open-source GUI application for controlling the LED Matrix Input Module on the Framework Laptop 16, developed by community member Fabian Fuchs (GitHub: FabulousCodingFox). Written in C++ with a Qt interface, it provides a native desktop tool for drawing, configuring presets, and managing the 9x34 LED display panels without requiring a web browser or command-line usage.

fw-fanctrl is a Python CLI service for Linux that controls Framework Laptop fan speed according to a configurable speed/temperature curve. Developed by community member Jean (GitHub: TamtamHero), it was originally created in April 2022 to address the overly aggressive default fan behaviour on the Framework Laptop 13 Intel, which many users found too loud for light workloads.

A bash script by William Murphy enabling "cyberdeck mode" on the Framework Laptop 12 — screen folded back, keyboard active, built-in display off, using AR glasses (XREAL) as the display.

FW16 Pong Wars is a Rust-based game for the Framework Laptop 16 LED Matrix Input Modules, inspired by the original Pong Wars by Koen van Gilst. Developed by community member boobcactus, it runs a competitive ball-bouncing game directly on the 9x34 LED matrix panels, supporting both single-module (9x34) and dual-module (18x34) display modes.

fw16-led-matrixd is an open-source, cross-platform daemon and CLI for controlling the Framework Laptop 16 LED Matrix Input Modules, developed by community member Sabrina Andersen (GitHub: NukingDragons). Written in Rust, it fully implements Framework's LED Matrix serial API and provides both a background daemon (fw16-led-matrixd) and a command-line client (ledcli) for scripting and automation.

fw16-ledvu is an audio visualizer for the Framework Laptop 16 LED Matrix modules that displays a real-time VU/equalizer driven from PipeWire audio via CAVA (Console Audio Visualizer). Developed by community member Jack Burch (GitHub: JackMBurch), it runs as a lightweight systemd user service on Linux and writes directly to the LED Matrix modules over persistent serial connections for low-latency updates.

This project has been merged into Framework Deck. All features are now part of Framework Deck's Keyboard module. The standalone repository is archived for historical reference.

LED Matrix Monitoring (ledmatrixmonitoring) is a system metrics visualization service for the Framework Laptop 16 LED Matrix Input Module, developed by community member Igor (GitHub: night-crawler). Written in Rust, it collects system metrics — CPU usage, memory, disk I/O, network, temperature, and battery — renders them as PNG images, and sends them to the companion LED Matrix Daemon for display on the 9x34 LED matrix.

LED Matrix Vocab (also titled "LED Matrix Word Randomizer") is a web-based Japanese vocabulary study tool for the Framework Laptop 16 LED Matrix modules, developed by community member Jacob Padgett (GitHub: jpadgett314). It periodically displays a random Japanese word on the LED Matrix modules, turning idle screen real estate into a passive language-learning aid. The app is available as a live demo and can be installed as a Progressive Web App (PWA) for offline desktop use.

A simple Python library for the Framework 16 LED Matrix module by Encampeded.

YAFI (Yet Another Framework Interface) is a cross-platform GUI application for interacting with the Framework Laptop Embedded Controller (EC). Created by Stephen Horvath (GitHub: Steve-Tech) and announced on the Framework Community forum on September 8, 2025, it provides fan control, LED brightness management, battery charge limiting, hardware monitoring, and system information — all without requiring beta BIOS versions, unsigned drivers, or command-line tools.