Dense open-hardware PCB layout used as a board-design reference — Open-hardware PCB / physical design reference

New PCB design

Take a board from an idea to a reviewed manufacturing package.

Use AI Designer where it helps, keep direct control in the schematic and PCB editors, run AI Review with ERC and DRC, and finish with an inspected manufacturing package.

Start designing Inspect an example project

No credit card required.

Workflow

How the work moves forward.

Define the circuit with AI Designer

Explore requirements, architecture, interfaces, parts, and datasheets, then review the proposed work in the editable schematic.

Create and review the schematic

Build hierarchy, place reviewed parts, connect nets, run AI Review, and resolve the relevant ERC findings.

Lay out and route the PCB

Synchronize footprints and nets, establish board setup, place by constraint, route copper, and review DRC and 3D.

Prepare manufacturing files

Review the variant and BOM, configure the receiver's required outputs, inspect the generated package, and preserve its revision identity.

Continue the workflow

Move to the next engineering stage.

Schematic designBuild the electrical source.PCB designCreate the physical implementation.Manufacturing releasePrepare the final package.

Resin EDA

Run this workflow in Resin.

Start with a new or imported board and keep every engineering decision visible.

Start designing Inspect an example project

Questions about team access, security review, or purchasing? Write to hello@resineda.com.