Gore’s cables meet the civil aerospace market’s emerging need for higher data rate cables in modern airborne digital networks. Engineered with a robust construction, our cables provide excellent electrical and mechanical performance in a small, lightweight, flexible and routable package that exceeds Cat6a requirements.
Cables from Gore deliver reliable signal integrity for high-speed data transmission over longer distances in a small, lightweight and flexible package. They meet the civil aerospace market’s growing demand for higher data rate cables in modern airborne digital networks that can withstand the most challenging environments.
Gore’s cable bundles meet the civil aerospace market’s growing demand for faster data transfer in modern airborne digital networks and passenger demand to view in-flight entertainment (IFE) in even higher definition. They deliver higher data rates and video resolution over longer distances in a small, lightweight and flexible package.
These cables provide outstanding electrical and mechanical performance for Ethernet Cat5e requirements compared to standard quad cables. Gore’s low-dielectric materials and cable geometry maximize the performance of quad-cable constructions while providing increased durability in challenging aerospace conditions.
Space mission success depends on spacecraft systems being able to continuously transmit data. GORE® LVDS Interconnects deliver outstanding signal integrity, reduced time delay and minimized interference to ensure data is reliably captured and communicated.
Designed to be a replacement for standard RG400 cables, Gore’s cable delivers enhanced electrical performance with lower attenuation and reliable mechanical protection in demanding aerospace environments.
Airline passengers expect uninterrupted Internet access. Gore Leaky Feeder Antennas provide reliable connectivity to a variety of wireless systems, including picocells for mobile phone coverage and access points for airborne Wi-Fi.
Gore's assemblies are a fit-and-forget solution proven to deliver the lowest insertion loss before and after installation, ensuring lifelong performance in military and civil aircraft.
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