Your prototype fails EMC testing just weeks before launch. Panic sets in as you face board redesigns and schedule delays.

Each PCB respin costs $20K-200K+ and weeks of time. Without EMC expertise, you're shooting in the dark.

Competitors are launching. Every day counts. But EMC failures force you into reactive 'metal walls and ferrites' fixes.

Good EMC engineers are rare, expensive, and already employed. Building this expertise in-house takes years you don't have.

Define real EMC requirements: Class A vs B limits, ESD/EFT/surge levels, radiated vs conducted budgets. We translate compliance standards into actual design constraints your EE team can implement.

Review your system partitioning, grounding topology, and shield planning. Catch split ground plane disasters, identify missing return paths, validate your star vs multipoint grounding before you spin boards. 

Schematic deep-dives: decoupling strategies, ferrite bead placement, TVS diode selection, common-mode choke specs. Stack-up reviews: layer assignments, reference plane continuity, controlled impedance planning. 

Pre-compliance debug support: identify your noise sources that switching regulator at 500kHz, the unterminated stub radiating at 2.4GHz, the ground loop coupling into your analog front-end.

Integration testing: cross-talk analysis, cable radiation assessment, chassis resonance identification. Debug why your perfect subsystems fail when integrated. Solve ground bounce, fix power supply coupling, eliminate cable-to-cable crosstalk.

Field failure forensics: component substitution impacts, firmware changes that broke EMC, manufacturing variations causing marginal passes to become fails. Emergency ECO support.