Resin EDA
Resin EDA is a browser-based electronics design platform that integrates schematic capture, PCB layout, routing, component sourcing, design-rule checks, 3D viewing, and manufacturing outputs in one workspace. The platform embeds AI throughout the workflow, including generating component symbols from datasheets, drafting schematics from natural-language briefs, and performing rule-aware autorouting. It also offers version control, live BOM data from distributors, and obsolescence monitoring with alternate part suggestions.
- Artificial Intelligence
- Software Only
Funding
Raised to date
$500KRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Founder details are not available yet.
Product
Problem
Traditional PCB design workflows are fragmented across separate tools for schematic capture, layout, and routing, requiring engineers to manually create component libraries, wire circuits from scratch, and manage design-rule compliance. This slows development, introduces human error, and makes it difficult to iterate quickly on design alternatives or respond to component obsolescence.
Solution
Resin provides a browser-based electronics design tool that integrates schematic capture, PCB layout, routing, component sourcing, design-rule checks, 3D viewing, and manufacturing outputs in one workspace, with AI assistance embedded throughout. Resin AI can generate component symbols and footprints by reading datasheets, draft complete schematics from a natural-language design brief, and perform rule-aware autorouting that respects user-defined clearances, track widths, and net classes. Every AI-generated change lands as an ordinary editable edit, allowing engineers to inspect, correct, or undo any step. The platform also includes version control for design history, live BOM data from distributors, and obsolescence monitoring that suggests in-stock alternates for discontinued parts.
Target Audience
Primary users are hardware engineers and PCB designers at electronics companies, startups, and engineering consultancies who need a faster, AI-assisted workflow from concept through manufacturing. The tool also serves teams that require collaborative, browser-based design with version control and component lifecycle management.
Features
- AI library generation that reads datasheets to create symbols and footprints for parts missing from the library
- Schematic design from natural-language requirements, including architecture comparison, part selection across millions of components, and written design notes explaining component value calculations
- AI autorouter that presents a plan for approval before placing and routing, works within user-defined design rules, and runs DRC upon completion
- AI design review that flags wiring and rating mistakes before layout begins
- Version control with revision comparison showing added, removed, or moved parts, plus rollback to earlier revisions
- Live BOM with part numbers, footprints, quantities, pricing, and stock pulled from distributors, with obsolescence alerts and alternate part suggestions
- Import and export support for Altium and KiCad formats, plus Gerber, drill, BOM, pick-and-place, and STEP model outputs for manufacturing
- Electrical rules checks (ERC) and design-rule checks (DRC) with findings linked to the referenced objects