Schematics | Framework Laptop

Most enterprise IT departments treat a broken laptop motherboard as e-waste. Why? Because the schematics are locked behind NDAs.

Open schematics do more than facilitate repairs; they inspire innovation. With exact pinouts and power delivery specifications available, independent developers can build custom hardware that interfaces directly with the Framework mainboard. What is Inside Framework Schematics?

In the traditional tech industry, companies like Apple, Microsoft, and Dell guard their schematics as strict trade secrets. If a capacitor shorts out on a MacBook motherboard, the official manufacturer repair is to replace the entire Mainboard—a fix that often costs nearly as much as a new laptop.

Look for the inline safety components right next to the port. If a power surge occurred, a protective diode or fuse might have blown. framework laptop schematics

The total impact for the Framework Laptop is estimated to be a GWP of 200 kg CO2e and an ADP of 1.7E-02 kg Sb-e. ResearchGate

Framework provides public access to partial, interface-level schematics and 3D CAD files via GitHub to support community repair and customization. While full motherboard schematics are restricted to independent repair shops, open documentation includes Mainboard interface pinouts and expansion card designs. Explore the available documentation and schematics at Framework GitHub . FrameworkComputer/Framework-Laptop-13 ... - GitHub

Step-by-step examples (procedural guides) Most enterprise IT departments treat a broken laptop

: Essential info for technicians to diagnose why a board might have failed. Why Framework’s Approach is Different

Framework has publicly endorsed right-to-repair legislation in the US and EU. Releasing schematics is the ultimate proof of commitment. It allows independent repair shops to diagnose failures at the component level rather than just swapping assemblies.

This openness goes beyond just static diagrams. The team has open-sourced a huge library of technical resources, including full 3D CAD models of the chassis to enable 3D-printed custom cases, a fully open-source Embedded Controller for customizing low-level hardware behavior, electrical documentation to guide hardware hackers, and even reference hardware for high-speed PCIe peripherals like the . Open schematics do more than facilitate repairs; they

Pinouts for the eDP (Embedded DisplayPort) interface, panel power, and backlight control.

Depending on your needs, there are several ways to use these resources: