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A Resin project moving across schematic, BOM, PCB, outputs, and history
USB-to-CAN FD project / schematic through outputs

How Resin works

Move from circuit idea to manufacturing files in one browser.

Start a new board or bring in an existing design, then edit the schematic and PCB, run review and checks, and prepare the release package.

Start designing Inspect an example project

No credit card required.

New-board sequence

From editable schematic to manufacturing files.

The stages below show the input, engineering action, check, and output for a typical board-design path. Resin AI can assist, but the schematic, PCB, and review decisions remain visible to the engineer.

Checked
Product captures / July 2026
Context
USB-to-CAN FD example project
USB-to-CAN FD schematic sheet
Input / editable schematic
Resin PCB editor showing physical board design
Action / PCB placement and routing workspace
Fabrication and assembly output configuration in Resin
Output / manufacturing configuration and release checks
  1. 01

    Define and edit the circuit

    Input: requirements or an existing schematic. Output: an editable circuit with parts, nets, and properties.

    New-board workflow
  2. 02

    Lay out the physical board

    Input: synchronized footprints and nets. Output: placed and routed copper that remains directly editable.

    PCB design tools
  3. 03

    Run review and checks

    Input: the intended revision and rule set. Output: AI review, ERC, and DRC findings tied to the design.

    Design-review workflow
  4. 04

    Prepare the release package

    Input: the reviewed board and assembly variant. Output: configured fabrication and assembly exports.

    Release workflow

Inputs

  • New board requirements
  • A supported existing project
  • The revision and constraints under review

Outputs

  • Editable schematic and PCB
  • Recorded review and check results
  • Configured manufacturing exports

Known limits

  • AI-assisted work still requires engineering review
  • Output controls do not prove a package has been accepted by a manufacturer

Workflow

How the work moves forward.

01

Start from requirements

Design a new board

Define the circuit, edit the schematic, synchronize the PCB, place and route the board, run checks, and prepare outputs.

Open the new-board workflow
  • Input: requirements, interfaces, and constraints
  • Result: editable schematic and PCB
  • Next decision: review the intended release revision
02

Start from existing files

Import an existing design

Pilot a supported source project, compare engineering objects, test a controlled edit, and verify the downstream files your team needs.

Open the import workflow
  • Input: a representative disposable copy
  • Result: inspected import and comparison record
  • Next decision: accept, limit, or stop the migration
03

Start from a revision

Review a design change

Set the review scope, run AI Review plus ERC and DRC, correct source objects, and rerun the same checks.

Open the review workflow
  • Input: revision, requirements, and rule set
  • Result: resolved and recorded findings
  • Next decision: release, revise, or remain blocked
04

Start from a reviewed board

Prepare manufacturing files

Choose the board revision and assembly variant, configure the required files, inspect the package, and hand it off with a clear identity.

Open the release workflow
  • Input: reviewed board and receiver requirements
  • Result: fabrication and assembly exports
  • Next decision: approve or revise the package

Continue the workflow

Move to the next engineering stage.

Product overviewSee the schematic, PCB, AI, checks, and output workspaces.Example projectsInspect product captures, routed boards, and downloadable fixtures.CompatibilityCheck supported import and export paths before a migration pilot.

Resin EDA

Run this workflow in Resin.

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

Start designingInspect an example project

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