Industries & Electronics We Know

Military & Defense

Electronics must adhere to stringent military electromagnetic compatibility standards like MIL-STD-461, 464, 704, 1275. Government contractors, need to ensure mission-critical systems operate reliably in hostile, electromagnetically dense environments. EMC design prioritizes robust shielding, filtering, and grounding during the early prototyping phase to prevent interference from high-power radar, electronic warfare, and potential electromagnetic pulses.

Automotive

Modern automotive electronics must balance extreme component density with the high-voltage demands of electric powertrains, requiring adherence to global standards like CISPR 25 and ISO 11452. At SSC Labs, engineers can perform real-time shielding and filtering refinements on prototypes to ensure that mission-critical ADAS and infotainment systems remain immune to the electrical noise generated by high-power traction motors and charging stations.

Industrial

High-power industrial electronics, such as multi-kilowatt motor drives and grid-scale inverters, must manage significant conducted and radiated emissions to meet stringent CISPR 11 and IEC 61000 standards in 2026. By utilizing SSC EMC design resources at SSC Labs, engineers can optimize critical filtering and shielding components during prototyping, ensuring these high-current systems do not disrupt local telecommunications or sensitive factory automation equipment.

Satellite & Aerospace

Electronics require exceptional durability to survive harsh space environments and must comply with specialized standards like ISO 14302 and RTCA/DO-160 to ensure mission success. Utilizing SSC EMC design principles—whether through Space Systems Command’s rapid prototyping or SSC Labs' testing facilities—allows engineers to validate critical shielding and filtering early in the development cycle to prevent irreversible on-orbit failures.

Aviation

Aircraft electronics and components in 2026 must withstand intense High-Intensity Radiated Fields (HIRF) and potential lightning strikes while maintaining strict compliance with standards such as RTCA DO-160G and MIL-STD-461G. By leveraging specialized EMC design expertise at the SSC Labs facility, engineers can implement advanced shielding and filtering solutions during the prototyping phase to protect critical flight control, navigation, and communication systems from catastrophic interference.

Commercial Electronics

High-volume commercial electronics—ranging from 5G-enabled consumer devices to smart home appliances—must navigate an increasingly congested wireless landscape while meeting strict FCC, ANSI and CE compliance requirements. By applying SSC EMC design strategies at SSC Labs, developers can refine PCB stack-ups and shielding gaskets during the early prototyping stage, ensuring that compact, high-speed digital circuits achieve market-ready electromagnetic compatibility without costly post-production redesigns.

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