LibrePCB

LibrePCB is free, open-source desktop software for drawing electronic schematics and designing printed circuit boards. It is a strong fit for makers, students and professionals who want a portable, offline workflow; readers who need developer help should expect to pay for support.

Overview

LibrePCB brings schematic capture and PCB layout into one application, with live checks that connect the two stages. Its GPLv3 source code and zero-cost plan make it accessible, while self-contained projects and readable files help teams preserve work across computers and track changes in version control.

The project began in 2013, and its first stable release followed in 2018. That history gives the software a clear community-project footing, but its support model is not unlimited free assistance: community help costs nothing, while developer support is paid.

Key features

Schematic and board design

The schematic editor handles multi-page designs, checks electrical rules live and automatically forwards schematic changes to the board editor. The board editor adds design-rule checking, multi-layer support including blind and buried vias, and a live 3D viewer. Together, these tools suit users who want a connected schematic-to-board process rather than separate drawing and layout applications.

Libraries and file exchange

An integrated manager installs and updates official libraries, while users can work with their own libraries or combine both. EAGLE project import is supported in the editors, and the board editor also accepts DXF. Output jobs include Gerber and Excellon manufacturing files, CSV bills of materials, STEP, PDF and SVG, giving users several ways to hand off designs or documents.

Offline work and fabrication

LibrePCB works fully offline, and an online account is unnecessary. Users can order boards through the integrated LibrePCB Fab service or export production files and arrange fabrication themselves. The first route connects design to ordering; the second leaves fabrication arrangements in the user's hands.

Portable projects and version control

Projects are self-contained, including the library items and settings they rely on, which is intended to make them open consistently on different computers and operating systems. Project and library data use human-readable text files in a canonical format, making version-control changes easier to follow than opaque project files.

Pricing

LibrePCB — free (billed No costs) includes Windows, macOS and Linux support, with no restrictions and no online account requirement. There is no free trial because the software is free. The plan is a natural choice for individual users, students and teams seeking a no-cost design tool without a stated usage cap.

The main qualification is support: free community help is available, but developer support is paid. There is no cheaper tier to trade features for price, and the published plan carries no restrictions.

Platforms

LibrePCB is desktop software for Linux, macOS and Windows. The download requirements specify 64-bit Windows 10 or later and macOS 10.14 or later for the listed binaries.

Who it's for

Choose LibrePCB if you need schematic capture and PCB design in one free application, value offline use, or want project files that travel with their dependencies. Its live checks, manufacturing exports and library manager make it relevant from learning and hobby projects through professional design work. It is less suitable for users who require free developer support or want a web-based workflow.

Pros and cons

• Pros: The free plan has no restrictions or account requirement, so cost and sign-in do not gate offline work.
• Pros: Multi-page schematics, live electrical checks, board design checks and multi-layer support cover the main schematic-to-PCB workflow in one desktop tool.
• Pros: Self-contained projects and readable text files support portability and more understandable version-control changes.
• Pros: Multiple fabrication and document export formats let users either order through LibrePCB Fab or use their own production workflow.
• Cons: Developer support is paid, so users needing direct assistance cannot rely on free project support.
• Cons: Windows and macOS binaries have stated minimum operating-system requirements, which may rule out older machines.

Alternatives

Browse electrical design software for a wider set of options. KiCad is another free, GPLv3-or-later option for Linux, macOS and Windows. LabVIEW may suit readers seeking a freemium tool with a free trial and Linux, macOS, Windows and web platforms. MATLAB Grader is a free alternative for users with a MATLAB license current under maintenance; LMS integration requires a qualifying academic license.

ProfiCAD offers a 30-day full-feature trial without a credit card and a free Home license. LTspice is a free alternative with unlimited use and Windows and macOS downloads. ngspice is a free circuit simulator for command-line or file-based input, but it has no schematic entry. QElectroTech is a free GNU/GPL option for Linux, macOS and Windows. DIgSILENT PowerFactory has a 28-day demo licence for a single user, with predefined functions and exclusions including DGS, exports and API.

Verdict

LibrePCB is an easy recommendation for makers, students and professionals who want a free, offline-capable desktop workflow from schematic to PCB, especially when portable projects and readable version-control changes matter. Look elsewhere if free direct developer support is essential or your work requires a web application.