Expert analysis, not a violation dump
Prioritize EMC risks, show supporting evidence, map standards and explain why the issue matters.
Severity + risk + evidence
Recommended engineering action
Expected improvement / gain
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Next-generation oscilloscope intelligence
Turn any scope into an EMI receiver.
OsciNex Live adds real-time FFT, spectrograms, CISPR masks, detector logic, and ML/AI-powered source correlation on top of supported oscilloscopes — linking EMI violations to likely sources and root causes, built for pre-cert speed.
● Product demo
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Watch OsciNex Live in action
See the flow from scope streaming to live FFT, CISPR limits and pre-cert insights.
Guided workflow
Configure. Scan. Validate. Explain.
OsciNex Live walks users from setup to evidence-ready reports without jumping between disconnected tools.
1
Configure
Choose CISPR standard, band, detectors, calibration, units and acquisition.
2
Scan Live
Detect peaks and emissions while waveform data streams from the scope.
3
Validate
Compare peak, quasi-peak and average margins against limits.
4
Explain
Generate evidence, root-cause hints and export-ready findings.
Platform access
Ready to launch OsciNex Live?
Open the protected platform when your account is ready.
Oscinex engineering workflow
Measure. Record. Compare. Explain. Mitigate. Validate.
Oscinex connects live oscilloscope measurements, recording and replay, measurement comparison, EMI pre-compliance analysis and engineer-controlled PCB remediation into one continuous workflow.
1
Measure with OsciNex Live
Connect a supported oscilloscope and stream waveform data into real-time FFT, spectrograms, CISPR masks and detector workflows.
2
Record & replay measurements
Capture measurement sessions for later review, replay recorded waveform and analysis data, and revisit important emissions without repeating the original live test.
3
Compare measurements
Compare live or recorded measurements and A/B test results to track changes in emission levels, margins and spectral behaviour across tests.
4
Find and explain emissions
Validate peak, quasi-peak and average margins, then use signal analysis and ML/AI-powered correlation to identify likely sources and root causes.
5
Mitigate in PCB EMC Autopilot
Inspect board geometry, return-current paths, copper, PDN behaviour and electromagnetic fields. Preview proposed engineering changes before applying them.
6
Re-test, compare & document
Re-measure after approved changes, compare before-and-after results, verify improvement and produce evidence and export-ready engineering findings for pre-certification work.
Built into Oscinex Live · Diagnostic Oscilloscope
See the fault. Follow the evidence. Fix the cause.
Oscinex Diagnostic Oscilloscope turns a live signal anomaly into a guided engineering investigation. Synchronized CH1–CH4 waveforms, Fault Hunter, Time Machine, heat maps, E×H energy flow, ML intelligence and the Evidence Graph work together to move from “something changed” to a defensible root-cause candidate.
Fault Hunter
Time Machine
Evidence Graph
E×H Energy Flow
ML Root-Cause Ranking
Built into Oscinex Live
Click to zoom
Watch a signal become an engineering diagnosis
Follow synchronized traces, guided demo, measurement trust, E×H energy flow, Fault Hunter and evidence-backed diagnosis in one scope workspace.
Signal Guard ProContinuously detects, records and flags changing signal or EMI behaviour.
Diagnostic OscilloscopeOpens the exact event, follows cause → effect evidence and verifies the repair.
PCB EMC engineering autopilot
Design, inspect and mitigate PCB EMI.
Oscinex PCB EMC Autopilot brings PCB editing, EMI analysis, field solving, return-current inspection and engineer-controlled mitigation into one workspace.
PCB EMC Autopilot demo
Click to zoomWatch PCB EMC Autopilot in action
See PCB inspection, EMI analysis, field solving and engineer-controlled mitigation in one workflow.
Live ReceiverObserve, scan and validate what the hardware is emitting.
PCB EMC AutopilotFind likely causes, preview geometry changes and apply safe remediation.
Guided workflow
Import. Analyse. Mitigate. Validate.
Oscinex PCB EMC Autopilot takes the board from import and analysis through controlled EMI mitigation and validation.
PCB EMC AUTOPILOT
Not another PCB editor. The expert layer on top of it.
Oscinex’s PCB analyser turns findings into engineering actions: evidence, recommended remediation, expected gain, exact geometry preview, selective application, undo and reanalysis.
90.8/100Example expert score
86.4%Engineering confidence
18Prioritized expert findings
20Mapped standards
Expert findings → ranked remediation
Preview before apply
WHAT AUTOPILOT MEANS HERE
Automation with an engineer in the loop.
“Autopilot” is not a black box. Every proposed change is surfaced with the reason, affected geometry and a controlled path to approval.
Geometry-level remediation
Move from “what is wrong?” to “show me exactly what you propose to change.”
Before / After preview
Target-by-target selection
Apply safe fixes + undo + reanalyse
1
Configure
Import or open the PCB design and establish board geometry, nets, stackup and constraints.
2
Scan Live
Analyse EMI, return-current paths, copper health, PDN behaviour and electromagnetic fields.
3
Validate
Preview engineer-controlled mitigation such as routing, copper, return-path and layout improvements.
4
Explain
Validate the resulting design, DRC state and EMC evidence before export.
Platform access
Ready to launch Oscinex PCB EMC Autopilot?
Open the protected PCB EMC engineering workspace when your account is ready.