Component Protection

Cable runs, interconnect harnesses, and wiring bundles carry the critical signals of every modern system — yet they are the most exposed part of the electromagnetic architecture and the hardest to shield with legacy solutions.

Cable and harness wraps engineered specifically for signal-integrity preservation across the physical interconnect layer — protects without adding stiffness, weight, or bend-radius constraints.

Defense electronics OEMs face increasingly stringent EMI, RF, and HPM survivability requirements at the board and enclosure level — with weight, thickness, and thermal-management constraints that legacy shielding cannot always accommodate.

Board-level and enclosure-level shielding tuned to the specific EMI and RF envelope of the host system, engineered for OEM integration and manufacturability at production scale.

Rack-scale AI compute concentrates enormous electromagnetic energy density inside cabinets — creating both EMI-emission and EMI-susceptibility issues that legacy grounding was never engineered to handle.

Applied to server cabinet interiors, rack enclosures, and cabinet penetrations — electromagnetic containment layer that keeps EMI where it belongs.

Routers, switches, repeaters, patch panels, and interconnect infrastructure sit at the intersection of physical exposure, signal integrity, and cybersecurity. Electromagnetic threats at that layer compromise everything downstream.

Enclosure and cable-run shielding engineered specifically for the signal-integrity requirements of high-throughput networking infrastructure.

Sensor payloads across defense, ISR, medical, and industrial systems must operate at their designed performance envelope while resisting EMI ingress and RF exploitation.

Shields sensor housings, payload electronics, and processing modules with a form factor that preserves sensor field-of-view, thermal budget, and mechanical constraints.