SGEMP

Understanding Electromagnetic Threats from Within

Understanding Electromagnetic Threats from Within

At Sydor Technologies, we provide the equipment needed to understand and test electromagnetic pulse effects in high-risk environments. Electromagnetic Pulses (EMPs) are System Generated (SGEMP) when EM transients originate from fast electronic switching within complex systems. Natural sources of EMP like solar storms and nuclear detonations at high-altitude (HEMP) can be simulated by intentional electronic switching. Sensitive electronics can fail or be destroyed when stressed by these strong electromagnetic fields, and testing against these conditions is important to mitigate critical disruptions.

SGEMP — Testing Electromagnetic Pulse Effects

Unlike external electromagnetic threats, SGEMP originates from within a system where the resulting currents and fields arise on extremely fast timescales. SGEMP testing is critical for mission assurance in space systems, national security platforms, and high-reliability electronics.
Sydor Technologies supports SGEMP diagnostics with high voltage pulse generators that simulate SGEMP response behavior during product testing. Our systems enable precise application of transient events and help validate system hardness in environments where standard EMI testing falls short.

Essential for System Survivability and Mission Assurance

SGEMP presents a serious risk to the reliability of spaceborne systems, strategic platforms, and critical infrastructure exposed to radiation bursts. Accurate testing is essential to identify weaknesses, guide shielding design, and validate hardening strategies. Sydor Technologies partners with national laboratories, defense agencies, and aerospace innovators to provide trusted diagnostic solutions that support system resilience in the most extreme operational scenarios.

SGEMP

Sydor Capabilities

Sydor Technologies provides integrated diagnostic solutions for capturing fast, system-generated electromagnetic responses under variable conditions. Key application capabilities include:

  • High voltage pulse generators – Apply precise, adjustable, and co-timed high voltage pulses to simulate real-world events.

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