Hardware engineering
Antinuous reads your schematics, netlists, and specs and runs circuit simulations across design variants. It cites the datasheet behind each component value it uses.
A circuit board with chips, connectors, capacitors, copper traces, and a measured signal trace
Use cases
Check a bill of materials against datasheets
Ratings for each part sit in separate datasheets, and a mismatch is easy to miss.
You ask Cursor/antinuous Check every part in this bill of materials against its datasheet. Flag any part used outside its rated voltage, current, or temperature.
Cursor hands it to Antinuous.
- What it does
- Antinuous reads the bill of materials and the operating conditions.
- It finds and reads the datasheet for each part.
- It compares each rating with how the part is used and flags mismatches.
- You get
A table with one row per part, its ratings, and a link to its datasheet.
Each part is checked against its own datasheet.
- Read the bill of materials
- Find each datasheet
- Compare ratings
- Flag mismatches
Who it's for
- Hardware engineers
Simulate circuit variants and compare the results.
- Board designers
Check component ratings against their datasheets.
- Chip architects
Compare design options across many simulated workloads.
Works with
GitHub
Slack
Google Slides
PowerPointMore in compute and hardware
A GPU die with twelve compute units coloured by how busy they are, a cache band, and memory stacks at each side
Kernel optimization
Run your hardware design studies on Antinuous.
Start with our agent, or connect your own to the same compute, orchestration, and simulation.