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Capability 02 / 05

Brings up a new board, step by step.

From first power to a running main loop: the agents check the rails, lock the clocks, open the debug link, write the drivers from your chip’s datasheet and confirm every step on the real board.

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J1U1STM32F407U2LSM6DSOY1C1C2TP1TP2R1D1J2IMU NODE · REV A12345BRING-UPBOARD 01 · STM32F40701POWER3V3 rail · 3.30 V02CLOCKPLL 168 MHz03DEBUGSWD · ID 0x41304BOOTmain loop · 40 ms05SPIIMU id 0x6CBOARD UP · 5 / 5
enlab — bring-up · board 01

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Illustrative session

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Five checks, all on the hardware.

Power, clocks, the debug link, first boot and the IMU on SPI, each one confirmed on the board before the next begins.

Why it matters

Bring-up is where schedules slip.

A new board fails in a hundred small ways: a rail that sags, a crystal that will not start, a pin left in the wrong mode.

EnLab checks each one in order on the hardware, so you know exactly what works and what does not.

What it does

Board bring-up, with EnLab IDE.

  • Power and clocks

    Rails measured, oscillators started and clock trees set up for your exact part.

  • Debug link

    The probe connects, the chip is identified and the first image is flashed.

  • Drivers from the datasheet

    Peripheral setup written from the reference manual, not from memory.

  • Every step proven

    Each check is confirmed on the board and kept as evidence.

Questions

Asked a lot.

What is board bring-up?
Getting a new board from first power to running firmware: power, clocks, debug, boot and peripherals.
Which chips does it support?
Microcontrollers from ST, NXP, Nordic, Espressif, TI, Renesas, Microchip and more.
Does it write the drivers?
Yes. Drivers are written from your chip’s datasheet and reference manual, then tested on the board.
How do I try it?
Request access for EnLab IDE.

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.Explore
  2. 02Board bring-upFrom first power to a running main loop, every step checked on the real board.You are here
  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.

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