JCPCB
Design Guide

Best PCB Design Software 2026: Altium vs KiCad vs Eagle

An honest comparison of the most popular PCB design tools — features, pricing, and real-world trade-offs.

The PCB design software you choose shapes your workflow, collaboration options, and output quality. In 2026, the landscape has narrowed to a few serious contenders, each with distinct strengths. This guide compares the major options head-to-head so you can pick the right tool for your project, budget, and team size.

Altium Designer

Altium remains the industry standard for professional PCB design. It offers unified schematic capture, layout, simulation, and manufacturing output generation in a single environment. The routing engine is powerful, the library management system is mature, and version control integration supports team collaboration. Altium 365 cloud platform enables real-time co-design and component supply chain visibility.

  • Best for: Professional teams, complex multilayer designs, high-speed boards
  • Pricing: Subscription-based, approximately $500–$3,000+ per year depending on license type
  • Learning curve: Steep for beginners, excellent documentation and training resources
  • Gerber output: Excellent — industry-standard output files with extensive DFM checking built in

KiCad

KiCad has matured into a genuinely powerful open-source PCB design tool. Version 8 and beyond brought significant improvements to the interactive router, push-and-shove routing, differential pair routing, and 3D viewer. The library ecosystem has grown substantially, and community-contributed footprints cover most common components.

  • Best for: Hobbyists, startups, open-source projects, anyone avoiding subscription costs
  • Pricing: Free and open-source (GPL license)
  • Learning curve: Moderate — the interface has improved dramatically but still requires patience
  • Gerber output: Solid — generates standard Gerber files that any manufacturer can process

Autodesk Eagle (now Fusion 360 Electronics)

Eagle has been absorbed into Autodesk's Fusion 360 ecosystem. It remains popular for its approachable interface and massive community library. The schematic editor is intuitive, and the PCB layout tool handles 2–6 layer boards well. Integration with Fusion 360 means mechanical and electrical design can happen in the same platform.

  • Best for: Makers, small teams doing mech-electrical integration, Fusion 360 users
  • Pricing: Included with Fusion 360 subscription (~$500/year), free version available with limitations
  • Learning curve: Gentle — one of the easiest professional tools to learn
  • Gerber output: Reliable, with built-in DRC and CAM processor

OrCAD / Cadence Allegro

OrCAD (schematic capture) paired with Allegro (PCB layout) is the go-to choice for large organizations doing high-density, high-speed designs. The constraint management system is the most sophisticated in the industry. Signal integrity simulation and HDI support are best-in-class. The trade-off is cost and complexity.

  • Best for: Enterprise teams, high-speed digital, telecom, automotive, aerospace
  • Pricing: Enterprise licensing, typically $5,000–$20,000+ per seat
  • Learning curve: Very steep — professional training is recommended

EasyEDA (JLCPCB Integration)

EasyEDA is a browser-based PCB design tool with tight integration to JLCPCB's manufacturing service. It works well for simple boards and quick prototypes. The component library is directly linked to JLCPCB's parts inventory, making it easy to design for assembly. Limitations appear with complex designs — the tool lacks advanced routing features and constraint management.

Which Tool Should You Choose?

If budget allows and you work on professional designs, Altium offers the most complete package. For individuals and startups watching costs, KiCad has become a legitimate professional tool. Eagle/Fusion 360 suits teams already in the Autodesk ecosystem. OrCAD/Allegro is reserved for organizations with complex signal integrity requirements and the budget to match.

Regardless of tool choice, the manufacturing output is what matters most to us. We accept Gerber files from all of these tools. A clean Gerber export with proper aperture definitions, drill files, and board outline is worth more than the most expensive design software used poorly.

Need help preparing your manufacturing files?

Send your design files to jsdg@mayio.cloud and our engineering team will review them for free.