Board bring-up
Sequenced power, clock and rail checks against a written plan, with each step recorded pass or fail rather than remembered.
First power-on, the faults that only appear on real hardware, and the automated bench that keeps catching them long after we leave.
Bench work with written criteria, so a pass means the same thing in week one and week twenty.
Sequenced power, clock and rail checks against a written plan, with each step recorded pass or fail rather than remembered.
Scope and protocol-analyser work to isolate faults across high-speed and peripheral links, down to the layer that is actually at fault.
Python-driven control of instruments and fixtures, turning a manual afternoon into a test that runs unattended overnight.
Long-duration and repeat testing that surfaces thermal, timing and intermittent failures a single pass will never show.
Structured triage of field and line returns: reproduce, isolate, document, and confirm the fix on the same rig.
Turning validation sequences into repeatable checks your manufacturing partner can run without interpretation.
A written sequence with expected values and stop conditions, reviewed before the board is first powered.
Rails, clocks, resets and boot path taken step by step, with measurements logged as they are taken.
Each link exercised against the specification, with captures kept as evidence rather than screenshots in a chat thread.
The sequence converted into an automated suite your team runs on the next revision without us.

The value of lab work is in what remains afterwards. Everything we run is left behind in a form you can re-run.
Send the board and interface list. We will come back with a sequence, a timeline and what we would need from your side.