KiCad vs EasyEDA: A PCB Design Software Comparison
To turn a circuit from schematic into a board, you need a good PCB design tool, and the two most talked-about options in the free world are KiCad and EasyEDA. Both are powerful, but they cater to different working styles and needs. In this article we compare which one is a better fit for you, by use case, without declaring one superior to the other.
Quick comparison
| Feature | KiCad | EasyEDA |
|---|---|---|
| Workflow | Desktop (offline) | Browser/cloud (+ desktop) |
| License | Fully open source, free | Free (commercial service) |
| Learning curve | Moderate–steep | Gentle |
| Library | Broad + community | Huge online parts pool |
| Platform | Windows/macOS/Linux | Browser (anywhere) |
| Advanced design | Very strong | Moderate–good |
Learning curve
EasyEDA is more inviting for beginners because you can open it in a browser and start drawing right away; it requires no installation and keeps its interface clean. KiCad, offering more features, has a somewhat steeper learning curve at first; but once you learn the basic flow (schematic → footprint assignment → placement → routing) it runs quite smoothly. Someone who wants to get started quickly may feel more comfortable in EasyEDA.
Offline or cloud?
This is the most defining difference between the two tools. KiCad runs entirely locally: your designs stay on your computer, no internet is required, and the data is fully under your control. EasyEDA is cloud-based at its core; projects can be stored online, accessed from anywhere and shared easily, but keeping data on a service can raise a privacy question for some users. EasyEDA's desktop version offers a middle ground here.
Libraries and part access
One of EasyEDA's strongest points is that it integrates directly with a large online parts pool; most components come with a ready schematic symbol, footprint and even a 3D model. KiCad also has broad built-in and community libraries, and you can use external library managers on top; occasionally you'll need to create or import a part's footprint yourself. If you're after the convenience of ready-made parts, EasyEDA stands out; those who want full control and portable libraries prefer KiCad.
Outputs: Gerber and BOM
Both tools can produce standard Gerber files, drill files and a bill of materials (BOM) for manufacturing. KiCad offers more granular control over output settings, while EasyEDA simplifies the process and integrates tightly with its own manufacturing service. Whichever tool you use, you can upload the BOM you generate to the BOM tool to evaluate part availability, stock and price on a single screen.
Advanced design capabilities
For advanced needs like multilayer boards, differential pairs, impedance control and complex routing, KiCad has a continuously improving, powerful router and a wide feature set. EasyEDA is capable here too, but KiCad scales more comfortably on very large, complex designs. For hobby and medium-complexity boards, both are more than enough.
Community and resources
Thanks to being open source, KiCad has a large community, plenty of tutorials and a long-lived ecosystem. EasyEDA also has an active user base and ready-made templates. For anyone who wants a long-term, independent and open tool, KiCad's open-source nature is a significant advantage.
Which one suits whom?
- Beginner / quick prototype: EasyEDA gets you started fast, with no install and a ready parts pool.
- Data control / offline work: KiCad is preferred because it keeps everything local.
- Complex / professional design: KiCad's deep features stand out.
- Sharing / access from anywhere: EasyEDA's cloud model is practical.
Common mistakes
- Choosing by habit rather than by fit: deciding without clarifying your need (offline, sharing, complexity) makes switching later harder.
- Trusting the library blindly: using ready-made footprints without verifying them against the manufacturer's datasheet can lead to a bad board.
- Not checking the output: failing to review the Gerber and BOM before sending to manufacturing means an expensive re-run.
Frequently asked questions
Are they both really free?
KiCad is fully open source and free. EasyEDA is also free to use; because it's part of a manufacturing/parts service, some integrated services are commercial.
Can I move a design from one tool to the other?
To a limited extent; while some import/export options exist, differences in libraries and layers mean the transition isn't always seamless. It's better to pick the right tool from the start.
Which is preferred for professional work?
In professional workflows that need independence, offline work and complex design, KiCad is often preferred; where speed and sharing come first, EasyEDA is used too.
Conclusion
There's no absolute winner between KiCad and EasyEDA; the right choice depends on your needs. If a quick start, a ready parts pool and cloud sharing matter, EasyEDA stands out; if data control, offline work and complex-design power matter, KiCad does. Whichever you choose, when taking your design to production our PCB manufacturing process article guides you. You can review supplier offers for the components on your board with search and the comparison tool.