How to Select Cable Materials for Extreme Temperatures and Harsh Environments
Extreme temperatures can turn a standard cable assembly into a failure point. Heat can soften, deform, crack, or accelerate aging in the wrong materials. Cold
Extreme temperatures can turn a standard cable assembly into a failure point. Heat can soften, deform, crack, or accelerate aging in the wrong materials. Cold
Smaller electronics often create bigger cable assembly challenges. As devices become more compact, engineers still need to route power, signal, data, shielding, connectors, and strain
Rail modernization projects rarely start from a clean slate. Most fleets are decades old, built on legacy systems that weren’t designed for today’s technology. But
If you’re comparing overmolding, potting, and heat shrink, you’re not just choosing a process—you’re deciding how your cable assembly will hold up under real conditions.
Designing cable assemblies for high-speed data and RF applications is not about getting power from point A to point B. It’s about protecting signal integrity
Small unmanned aerial systems (sUAS) have fundamentally changed the threat landscape across defense and critical infrastructure. Low-cost drones are now capable of surveillance, disruption, and
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