Request access

Capability 01 / 05

Reads the schematic. Lays out the board.

The agents read your schematic net by net, place and route the PCB, run design-rule checks and hand the pin map straight to the firmware, so the board and the code agree before anything is ordered.

Request access for EnLab IDE See it run
3V3C1C2U1 STM32F407VDDVSSSWDIOSWCLKNRSTOSC_INOSC_OUTPA5 SCKPA6 MISOPA7 MOSIPA4 CSPC13J1 SWDDIOCLKRSTGNDY1 8 MHzU2 LSM6DSOSCKSDOSDICSR1 1kD1IMU NODESHEET 1 / 1 · REV AJ1U1STM32F407U2LSM6DSOY1C1C2TP1TP2R1D1J2IMU NODE · REV ADRC · 0 ERRORSready for fab
enlab — pcb design · imu node

›

Illustrative session

See it run

From schematic to a board ready for fab.

One request: the agents read every net, place the parts, route the board, check it against the rules and export the pin map to the firmware.

Why it matters

Most firmware bugs start on the board.

Pin mapping, power, signal integrity, part choice and routing all show up later as firmware problems.

So EnLab keeps the schematic, the layout and the firmware in one place, and checks each against the others.

What it does

Schematics and PCB design, with EnLab IDE.

  • Net-by-net reading

    Every net, part and pin from your schematic, with the datasheet behind each part.

  • Placement and routing

    Decoupling next to every supply pin, short and clean routes for fast signals.

  • Design-rule checks

    Clearance, footprint and rule issues caught before they reach the bench.

  • Pin map to firmware

    The layout’s pin map flows straight into the drivers, so code and board agree.

Questions

Asked a lot.

Can EnLab design a PCB from my schematic?
Yes. The agents read the schematic, place and route the board and run design-rule checks, then hand you the files to review.
Does it check the board against the firmware?
Yes. The pin map and peripheral choices are checked against the firmware that depends on them.
Do I still review the layout?
Yes. You stay in control, and every step and check comes with its evidence.
How do I try it?
Request access for EnLab IDE and tell us about your board.

All five capabilities

The whole board, start to finish.

  1. 01Schematics and PCB designReads your schematic net by net and lays out the PCB, checked against the firmware.You are here
  2. 02Board bring-upFrom first power to a running main loop, every step checked on the real board.Explore
  3. 03Talks to the live boardFlashes through your debug probe and reads the serial console and registers of the running chip.Explore
  4. 04Drives your instrumentsSets up your scope, logic analyzer and power profiler and reads the real state of the hardware.Explore
  5. 05Autonomous testing and self-healingTests the real board on its own, finds what fails, fixes the firmware and re-tests until it passes.Explore

Bring up your next board with EnLab IDE.

Request access See EnLab IDE
Request access for EnLab IDE