Show HN: Atopile – Design circuit boards with code

Article summary

The founders of Atopile are developing an open-source language and toolchain to describe electronics with code, aiming to simplify the design of printed circuit boards (PCBs) and improve collaboration among hardware engineers. The tool, called Atopile, allows users to describe circuits with code and compile them into a netlist that can be used to manufacture PCBs. The language, called 'ato', enables users to break down circuits into modules, components, and interfaces, and connect them in a hierarchical manner. The goal is to make hardware design more efficient, modular, and shareable, similar to software development.

Main themes

• Electronics design
• Hardware development
• Modular design
• Collaboration
• Open-source tools
• Component libraries
• AI in design
• Design efficiency

What commenters say

• The current state of electronics design is cumbersome and prone to errors, with many designers copying and pasting from datasheets or reference designs.
• A more modular and shareable approach to hardware design could greatly improve efficiency and collaboration among engineers.
• Some commenters argue that the problem of electronics design is too complex to be solved by a single tool or language, and that existing solutions like KiCad are sufficient.
• Others believe that a more standardized and open format for component data could help reduce duplication of effort and improve design reuse.
• There is disagreement about the suitability of different programming languages, such as Lisp, for describing electronics.
• Some commenters are skeptical about the ability of AI models to reason about complex electronics designs and make meaningful contributions.
• The importance of having a large and shareable library of components and designs is highlighted as a key factor in improving hardware design efficiency.
• The need for better tools and workflows for electronics design is acknowledged, but the best approach to achieving this is debated.