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Answers to frequently asked questions about GORE® Microwave/RF Assemblies.

Our cables and materials have participated in decades worth of civil and defense aircraft programs. We offer a wide selection of high-speed data cables, microwave/RF assemblies, airframe sealants, and more. 

This article, prepared by Gore Associates Robert John and Jerome Lokken, appeared in the Winter 2015 edition of Antenna Systems & Technology Magazine

Gore part numbers consist of a minimum of 12 and a maximum of 15 alphanumeric characters. Groupings of these characters have a specific meaning.

Designers are learning that standard commercial Ethernet connectors and cables aren’t adequate in harsh aerospace conditions. W. L. Gore & Associates evaluates the top considerations designers must make when designing the right Ethernet interconnect and ensuring reliable high-speed data transmission.

When choosing military aircraft components, lasting performance is always a top consideration. Yet while many cables perform dependably prior to installation, the challenges of routing leave them damaged and ill-prepared for the rigors of the aircraft’s flight envelope. That’s why W. L. Gore & Associates developed an installation simulator to prove their microwave assemblies delivered the same reliability before and after installation.

W. L. Gore & Associates identifies the risks of using standard MIL-DTL-38999 connectors to meet higher data transmission requirements in avionics. Our engineers also evaluate connector configurations against more suitable aviation connector designs to achieve reliable 10-GB BASE-T data transfer.

Aircraft weight savings is an important design and modernization consideration to increase payload, fuel efficiency, range and time on station. W. L. Gore & Associates offers reliable solutions that reduce the size and weight of copper, fiber optic and coaxial cables.

Complete a short form to get instant access to drawings for GORE® High Speed Data Cables for aerospace and defense applications. Drawings from W. L. Gore & Associates are valid only at the time of printing.

Also known as unmanned aerial vehicles (UAVs), drones have become commonplace in commercial and defense applications, but as the technology continues to evolve, so does a shift in power management systems. Drones that once ran on high energy density batteries with limited flight time are now being redesigned to rely on high-performing cables, which use a battery backup and offer unlimited flight time.