A Resin project shown across schematic, PCB, outputs, and history — USB-to-CAN FD project across Resin workspaces

Product overview

Design the circuit, route the PCB, and prepare files in one browser.

Edit the schematic and board directly, ask Resin AI about the open project, run ERC and DRC, and configure fabrication and assembly exports.

Start designing Inspect an example project

No credit card required.

Schematic + PCB

Edit the electrical and physical design directly in the browser.

Resin AI

Ask questions while the relevant project and editor remain open.

ERC + DRC

Run electrical and physical checks against the source design.

Manufacturing

Configure fabrication, assembly, and documentation exports.

USB-to-CAN FD example

See the product on the same board.

These captures show one project in the schematic, AI, PCB, and output workspaces. They demonstrate the interface and editable project flow—not electrical correctness or fabrication readiness.

Checked: Captured July 2026
Context: USB-to-CAN FD example project

USB-to-CAN FD schematic sheet in Resin — Schematic / editable circuit objects

Resin AI beside the USB-to-CAN FD schematic — Resin AI / schematic open beside the conversation

Resin manufacturing output workspace with release checks — Outputs / fabrication and assembly configuration

01
Edit the schematic
Inspect parts, nets, hierarchy, and properties, then change the source design directly.
See schematic design
02
Lay out the PCB
Place footprints, route traces, inspect constraints, and make manual board edits.
See PCB design
03
Ask and review
Use Resin AI beside the project, then verify the answer against the design and checks.
See Resin AI
04
Prepare outputs
Configure fabrication and assembly files while release checks remain visible.
See manufacturing

Inputs

A new Resin project
A supported imported design
Parts, constraints, and board requirements

Outputs

Editable schematic and PCB
ERC and DRC results
Configured fabrication and assembly exports

Known limits

Product captures do not prove a design is electrically correct
Manufacturing acceptance depends on the intended fabricator and assembly process

Core capabilities

What you can do in Resin.

Electrical design

Create and inspect the schematic

Build hierarchy, place parts, connect nets, inspect properties, and run electrical checks without reducing the circuit to a generated image.

Explore the schematic editor

Hierarchical schematic editing
Parts, nets, and project properties
ERC and schematic-to-PCB synchronization

Physical design

Place, route, and check the board

Set up the board, place footprints, route traces and zones, inspect constraints, and review the PCB in 2D and 3D.

Explore the PCB editor

Board setup and placement
Tracks, vias, zones, and rules
DRC and 3D inspection

AI assistance

Use Resin AI beside the project

Ask about architecture, connectivity, parts, and datasheets while the schematic or PCB remains open for direct review.

Explore Resin AI

Questions grounded in project context
Parts and datasheet research
Direct verification in the editor

Release

Run checks and prepare manufacturing files

Review ERC and DRC results, configure fabrication and assembly exports, and keep unresolved release checks visible.

Explore checks and outputs

Electrical and physical checks
Fabrication and assembly configuration
Visible release status

Related capabilities

Continue through the EDA workflow.

Schematic designCreate hierarchy, place parts, connect nets, and run electrical checks.PCB designSet up, place, route, check, and inspect the board.Components and BOMManage libraries, project parts, variants, and BOM data.Resin AIUse AI beside editable engineering data.Import and exportMove representative projects and outputs through your toolchain.ManufacturingPrepare fabrication and assembly outputs.

Resin EDA

Start designing in Resin.

Open the schematic and PCB workspace in your browser. No credit card required.