Docs

Describe the circuit on the home page or in the composer — the parts, the interfaces and anything that constrains the board, like a battery or a fixed size. Synqit picks real parts from its library, wires the schematic, places the board and routes it.

Every change arrives as a diff you accept or reject. Nothing is applied behind your back.

After each change, 78 deterministic rules run over the whole design: power rails, pin types and directions, footprint sanity, board size, duplicate controllers, unconnected nets. They are code, not model opinion, which is why “0 errors” means something. Findings name the rule that produced them.

Treat warnings as review items and errors as things to fix before you export. A board with unrouted nets or an oversize outline is not reported as ready.

The netlist and BOM at any time; Gerbers, a KiCad board and a STEP model once the board is placed and routed. The BOM carries real order codes, so a part that nobody sells is a finding rather than a surprise at checkout.

It does not certify a design. It does not check thermals, EMC, or mechanical fit against an enclosure it did not generate. It will not tell you a board is manufacturable — it tells you which of its own rules passed. A human still signs off before anything is fabricated.

Schematic groups parts into functional blocks the way a drawn sheet does. PCB shows the real outline, pads, traces and remaining ratlines. 3D is the enclosure, built around the board’s measured geometry rather than a guess. BOM and Build guide come from the same design, so they cannot drift from it.