Ohmni vs traditional EDA tools
Traditional EDA tools — KiCad, Altium, Eagle — give you full manual control over every net and via, and demand the skills to use it. Ohmni starts from the other end: you describe the product, and a verified design comes back. Here is an honest comparison.
| Traditional EDA | Ohmni | |
|---|---|---|
| Time to a first board | Days to weeks: schematic capture, footprints, placement, routing, checks. | Minutes: describe the product, download fab files. |
| Skill required | Electronics knowledge plus fluency in the tool itself. | Say what the product should do, in plain language. |
| Schematic and layout | Drawn and routed by hand, with library management on you. | Generated: parts chosen, nets wired, board placed and routed. |
| Verification | You set up simulation and DRC yourself, if at all. | Every design is simulated and rule-checked before you see it. |
| Output | Gerbers, BOM, drill files — after you generate them. | The same standard files, produced automatically. |
| Price | KiCad is free; commercial seats run thousands per year. | Free to design. |
When you still want an EDA tool
If your design needs manual control of every trace — RF front ends, tight multilayer stackups, unusual parts — a traditional EDA tool is the right instrument, and Ohmni is not trying to replace it. Ohmni outputs standard gerbers and a BOM, so anything it designs can be inspected in any gerber viewer and manufactured anywhere. For the large class of boards that are well-understood engineering — sensor nodes, switches, power modules — describing the product and getting a checked design back is simply faster.