EasyEDA is an electronic design automation (EDA) tool for creating schematics, designing printed circuit boards (PCBs), viewing boards in 3D, and preparing designs for manufacturing. It offers browser-based and desktop workflows and provides a free version for everyone. EasyEDA also connects closely with LCSC component data and JLCPCB manufacturing services, making it possible to move from circuit design to PCB fabrication within one connected workflow.
For students, makers, startups, and engineers, EasyEDA can be a practical way to design a PCB without buying a traditional high-cost EDA package. Its main trade-offs are its cloud-connected workflow, the differences between its Standard and Professional editions, and relatively limited simulation capabilities.
What Is EasyEDA?
EasyEDA is an EDA platform focused mainly on schematic capture and PCB design.
A typical project starts with a schematic that defines the electrical connections between components. You can then assign footprints, create the PCB layout, place and route components, check the design, view the board in 3D, and generate manufacturing files.
EasyEDA supports both online use and desktop applications. Its current desktop downloads include versions for Windows, Linux, and macOS.
For a broader explanation of electronic design automation and how PCB tools fit into the larger category, see the EDA software guide.
What Does EasyEDA Do?
EasyEDA covers several parts of the electronics design workflow.
Schematic Capture
Schematic capture is where you create the logical circuit.
You place symbols for components such as resistors, capacitors, integrated circuits, connectors, and power sources, then connect them to define the electrical relationships in the design.
EasyEDA provides symbol, footprint, and 3D-model libraries, allowing the schematic to move into PCB layout without manually rebuilding the entire design.
PCB Layout
PCB layout turns the schematic into a physical board.
You place components, define board geometry, route traces, add vias, and run design-rule checks. EasyEDA also supports PCB fabrication-file generation, including Gerber output.
3D PCB Visualization
EasyEDA can display the completed PCB in 3D.
A 3D view helps you inspect component placement, board orientation, and the physical arrangement of the finished design. EasyEDA also supports exporting 3D information in formats such as STEP through its Professional workflow.
Circuit Simulation
EasyEDA includes circuit simulation, but simulation is not its main strength.
EasyEDA’s own documentation says its main target is schematic and PCB design rather than simulation. The Standard Edition provides simple simulation, primarily for analogue circuits. The documentation specifically warns that systems involving microprocessors, microcontrollers, DSPs, and FPGAs are not practical targets for its simulation workflow.
That distinction matters if simulation is an important part of your engineering work.
BOM and Component Data
EasyEDA can export a bill of materials and connect component selection with LCSC information.
The workflow can include checking component availability and pricing before ordering parts. This can help identify sourcing problems while the PCB is still being designed rather than after the design is finished.
Is EasyEDA Free?
Yes. EasyEDA provides a free version that can be used for commercial work.
Its current pricing page also lists paid service plans. The Premium Individual plan is currently $19.90 per month with annual billing. EasyEDA describes the paid plan as adding services such as additional storage, backup, and support rather than simply putting the core editor behind a subscription.
| Plan | Current price | Main idea |
|---|---|---|
| Free | $0 | Core EasyEDA editor and commercial use |
| Premium Individual | $19.90/month, annual billing | Additional storage, backup, support and related services |
| Enterprise | Coming soon | Enterprise-oriented services |
EasyEDA’s pricing and service structure can change, so these figures should be treated as a current reference rather than a permanent price list.
EasyEDA Standard vs Professional
EasyEDA currently provides two main editor editions: Standard and Professional.
The difference is important because the Professional Edition is designed for substantially larger and more demanding PCB projects.
| Area | EasyEDA Standard | EasyEDA Professional |
|---|---|---|
| Main audience | Students, teachers, creators | Professional users, teams, enterprises |
| Online editor | Yes | Yes |
| Desktop client | Yes | Yes |
| Typical design scale | About 300 devices / 1,000 pads | Over 5,000 devices / 10,000 pads |
| PCB design | Yes | Yes |
| Simple simulation | Yes | No Pro simulation mode |
| Advanced design constraints | More limited | More extensive |
| Offline workflow | More limited | Supports stronger offline modes |
EasyEDA currently recommends the Professional Edition for new professional work. Its documentation also says that the Standard Edition is mainly focused on bug fixes, while major new functions are not being added to Standard. EasyEDA provides a migration path from Standard projects to Professional.
The result is straightforward: Standard is the simpler entry point, while Professional is the edition to examine for larger or more complex PCB projects.
EasyEDA Online vs Desktop
EasyEDA supports both browser-based and desktop workflows.
The online version lets you work directly through the browser for schematic design, PCB design, simulation, and Gerber generation. The desktop clients are available for Windows, Linux, and macOS.
The desktop Professional client supports full online, half-offline, and full offline modes. That gives professional users more control over how projects are stored and accessed.
For a simple project, browser access can be convenient. For a more sensitive or offline-heavy workflow, the desktop Professional options deserve closer examination.
EasyEDA, LCSC, and JLCPCB
One of EasyEDA’s distinctive characteristics is how closely its PCB design workflow connects with component sourcing and manufacturing.
After completing a schematic, EasyEDA can export the BOM and provide access to LCSC component ordering. After completing the PCB, you can generate Gerber files and use the integrated workflow to order boards through JLCPCB.
The basic workflow is:
Schematic → PCB layout → BOM/components → Gerber files → PCB manufacturing
This does not mean you must manufacture every EasyEDA project through JLCPCB. Gerber files are standard manufacturing outputs and can be used with other PCB fabrication workflows.
The integrated LCSC and JLCPCB connection is therefore best viewed as an optional convenience rather than a requirement.
What File Formats Does EasyEDA Support?
EasyEDA supports importing several common EDA formats, including Altium, KiCad, and EAGLE files. It can also export designs in formats such as EasyEDA and Altium, although some conversion functions have important limitations.
Importing a design does not guarantee a perfect one-to-one conversion.
For example, EasyEDA’s documentation warns that some KiCad design rules are not supported during import, while its Altium import documentation says that a 100% match cannot be guaranteed. After importing a project, check connectivity, rules, copper areas, footprints, and other critical details before sending the design to manufacturing.
For the same reason, converted files should be treated as a starting point for verification rather than automatically trusted production files.
EasyEDA vs KiCad
EasyEDA and KiCad can both handle schematic capture, PCB layout, 3D inspection, and manufacturing output, but they use different approaches.
EasyEDA emphasizes online access, integrated component sourcing, and a closely connected manufacturing workflow.
KiCad is an open-source, cross-platform desktop EDA suite with schematic capture, PCB layout, a 3D viewer, and integrated ngspice simulation.
| Feature | EasyEDA | KiCad |
|---|---|---|
| Schematic design | Yes | Yes |
| PCB layout | Yes | Yes |
| 3D PCB viewer | Yes | Yes |
| Browser-based workflow | Yes | No |
| Desktop application | Yes | Yes |
| Open-source suite | No | Yes |
| Integrated LCSC sourcing | Yes | No |
| Integrated JLCPCB workflow | Yes | No |
| SPICE simulation | Standard Edition | Integrated ngspice |
| Manufacturing files | Yes | Yes |
Neither workflow is automatically suitable for every project.
EasyEDA is particularly convenient when browser access, component sourcing, and PCB manufacturing integration are important. KiCad is particularly relevant when an open-source desktop EDA environment and local project workflow are priorities.
For another comparison within the EDA category, see KiCad vs Altium.
What Are EasyEDA’s Limitations?
EasyEDA has several limitations worth understanding before making it the foundation of a larger electronics workflow.
Simulation Is Limited
EasyEDA’s Standard simulation environment is primarily intended for simple analogue simulation. Its documentation specifically lists several complex digital and embedded-system cases as unsuitable for the simulator.
If advanced simulation is central to the project, a dedicated simulation environment may be more appropriate.
Standard Is No Longer the Main Development Path
EasyEDA says Professional is the recommended edition and that Standard is mainly receiving bug fixes rather than major new functions. Someone starting a new long-term project should therefore understand this before choosing Standard simply because it appears simpler.
Conversion Requires Checking
EasyEDA can import KiCad, Altium, and EAGLE designs, but its own documentation warns that some information may not convert perfectly. This makes verification essential for migrated projects.
The Integrated Ecosystem May Not Fit Every Team
The close connection between EasyEDA, LCSC, and JLCPCB is useful, but some engineering teams may need a more vendor-neutral procurement and manufacturing workflow.
That is not a software failure. It is a workflow consideration.
Who Is EasyEDA For?
EasyEDA is a practical option for users who want PCB design without the cost of a conventional paid EDA package.
It can suit students learning schematic and PCB design, makers developing electronic prototypes, startups working on early hardware products, engineers who prefer browser-based design, and teams that benefit from integrated component sourcing and PCB fabrication.
A different EDA platform may make more sense when the project depends heavily on advanced simulation, very specialized PCB analysis, complex enterprise requirements, or a strongly local and vendor-neutral workflow.
For a broader list of no-cost engineering tools, see free engineering software.
EasyEDA FAQs
Is EasyEDA really free?
Yes. EasyEDA has a free version and permits commercial use. Paid plans add services such as storage, backup, and support.
Is EasyEDA Standard or Professional better for a new project?
The editions serve different needs, but EasyEDA currently recommends Professional for new professional work. Standard is the simpler edition and is mainly focused on bug fixes rather than major new functions.
Can EasyEDA simulate circuits?
Yes, but simulation is limited. EasyEDA’s Standard Edition provides simple simulation focused primarily on analogue circuits. It is not designed for complex microcontroller, FPGA, or similar system simulation.
Can EasyEDA import KiCad files?
Yes. EasyEDA supports importing KiCad schematic, PCB, and library files, but imported projects should be checked carefully because some design information does not transfer perfectly.
Does EasyEDA work with JLCPCB?
Yes. EasyEDA can generate Gerber files and provides an integrated workflow for ordering PCBs through JLCPCB. Its component-ordering workflow also connects with LCSC.
Is EasyEDA good for professional PCB design?
EasyEDA Professional is designed for professional users, teams, and larger PCB designs. Whether it is appropriate depends on the project’s design complexity, simulation requirements, data workflow, and manufacturing process.
Conclusion
EasyEDA is an EDA platform centered on schematic capture and PCB design, with 3D visualization, manufacturing-file generation, component sourcing, and an integrated path to PCB fabrication.
Its main advantages are accessibility, a free core editor, browser support, large design-library resources, and close integration with LCSC and JLCPCB.
Its main limitations are more limited simulation, edition-specific constraints, the changing role of Standard versus Professional, and the need to carefully verify converted designs.
For students, makers, startups, and engineers looking for an accessible PCB design workflow, EasyEDA is an important EDA tool to understand. For more demanding projects, compare its workflow and limitations with other EDA platforms before standardizing on it.