Platform · Chip simulation and testing
Chip testing, planned and run by the agent
Characterise silicon across its corners: supply and load sweeps, a capture at every point, and the metrics computed from the raw samples. Rehearse on a simulated bench first, then run on your instruments.
What you can validate
m8rix for chip simulation and testing
- Sweeps across supply and loadNested sweeps with a measurement at every point.
- Corners and limitsEvery setpoint checked against the device's ratings before it reaches the instrument.
- Metrics from the raw samplesEfficiency, ripple, timing and current computed from captured waveforms.
- Datasheet-style tablesResults tabulated against min, typical and max.
Workflows
Say what to test. It runs the rest.
Each workflow starts with a sentence. The agent turns it into a plan you review, then runs it on your bench.
01
Corner sweep
VDD corners with current and frequency at each.
> Sweep VDD from 0.9 to 1.3 V and measure IDD at each step.
02
Regulator characterisation
Line and load regulation, efficiency and ripple.
> Characterise the LDO across input voltage and load.
03
I-V curve
A source-meter sweep with the curve plotted.
> Take an I-V curve of the device from 0 to 3.3 V.
Why m8rix
Built for hardware that has to work
Limits it cannot cross
Your device's ratings are hard limits, checked on every step by deterministic code. The AI can't loosen them.
Every run on the record
Every command, who asked for it and the result, with the data and waveforms kept for review.
Rehearse on a simulated bench
Simulated instruments first, so a mistake in the plan costs nothing.
On this bench
- Source meters47
- Power supplies335
- Electronic loads11
- Oscilloscopes171
- Signal generators97
- and anything else with SCPI
Every layer
See it run on your own bench
Free for Mac and Windows. Start on a simulated bench, then connect your instruments.