A design you can review
Store components, connections, and constraints as text. Review changes in Git and preserve design intent in the source.
AI-assisted electronics
Synth
Circuit boards, built from code.
A compiler for electronic design: turn readable circuit source into KiCad schematics, PCB layouts, and bills of materials.
Community + Enterprise ABSTRACT MACHINES / AI & APPLICATIONSSee how it works
The purpose
The idea behind
Synth.
Synth brings a software development workflow to electronics. Components, connections, and board constraints live in readable circuit source. A typed compiler checks that source and generates outputs engineers can inspect in KiCad.
An AI agent can find parts, write circuit code, read diagnostics, and refine a design through Synth’s MCP tools. Engineers retain the source, the checks, and the generated artifacts. Community provides the open compiler; Enterprise adds a managed workflow and team support.
Read the documentationInside Synth
A closer look.
Explore the capabilities
and the thinking behind them.
A compiler at the centre
Use typed compilation, deterministic placement and routing, and structured diagnostics to guide the design process.
Checks with evidence
Run electrical and physical checks. Required verification that cannot run is reported as unknown, rather than treated as a pass.
A practical KiCad handoff
Generate schematics, PCB layouts, and bills of materials. Inspect the outputs in KiCad before downstream engineering and manufacturing.
From intent to action
How it works.
A path through Synth,
one step at a time.
- 01
Describe the circuit
Write SynthSpec source directly or ask an MCP-connected agent to develop it from a board brief.
- 02
Compile and refine
Resolve parts, run checks, and use structured diagnostics to revise the design.
- 03
Inspect the outputs
Open generated KiCad schematics and boards, review the BOM, and complete the required engineering checks.
Go further
Find your
starting point.
Read, explore, or start a conversation about what Synth could mean for your work.
Your next step
Where could
Synth take you?
Tell us about your project.
Let’s find the right way forward.