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18 Products

Abrasion Resistant Cable Jacket for Civil Aircraft

GORE® Abrasion Resistant Cable Jacket for Civil Aircraft

A revolutionary thin, fluoropolymer fiber material proven to meet stricter requirements for more durability that eliminates the need for additional protective sleeving. High data rate copper wires packaged with our rugged jacket are the solutions when you want the highest level of abrasion and cut-through resistance available in the industry. 

Cable Protection Systems for Civil Aircraft

GORE® Cable Protection Systems for Civil Aircraft

Extremely durable jacket systems with some of the highest levels of protection for packaging copper wires and fiber optics that OEMs and system suppliers want and need. They’re engineered to resist crushing and abrasion in thinner, lighter, flexible designs to eliminate damage from installation and operation. 

DVI Cables for Civil Aircraft

GORE® DVI Cables (Digital Only) for Civil Aircraft

Single-link cables from Gore are built purposely for the digital component of airborne DVI systems and fit effortlessly into standard hardness designs. Our cables stream high-speed data and video, support high-resolution aircraft displays, meet stringent requirements, and perform reliably in grueling aircraft conditions. 

CAN Bus Cables for Civil Aircraft

GORE® CAN Bus Cables for Civil Aircraft

With faster data rate requirements dominating the aerospace industry, our controlled-impedance cables are ideally suited for the next-gen connected aircraft. They ensure electrical and mechanical integrity in a compact, flexible footprint with tight bending for easier and quicker routing.

FireWire Cables for Civil Aircraft

GORE® FireWire® Cables for Civil Aircraft

The trend continues to modernize aircraft with new technology, so pilots can receive information in real time and passengers can access videos instantly. Our IEEE 1394b FireWire cables reliably carry high-fidelity signals and data transmission, provide superb protection, endure continuous flexing, and save weight on aircraft.

Fibre Channel Cables for Civil Aircraft

GORE® Fibre Channel Cables for Civil Aircraft

Proven on many airborne platforms, our low-dielectric cable geometry maximizes the performance of quadrax cable constructions. Commercial high-speed interconnects from Gore enhance noise immunity, improve EMI suppression, and maintain signal integrity because successful flights depend on constant real-time communications.

GORE PHASEFLEX Microwave/RF Test Assemblies

GORE® PHASEFLEX® Microwave/RF Test Assemblies for Civil Aircraft

Testing commercial aircraft systems requires precise, repeatable measurements. Microwave/RF test assemblies from Gore provide excellent phase and amplitude stability with flexure. Our rugged, lightweight assemblies deliver reliable performance with longer service life and reduced equipment downtime resulting in lower costs for testing in laboratory, production and field test environments.  

GORE® Leaky Feeder Antennas For Civil Aircraft

GORE® Leaky Feeder Antennas for Civil Aircraft

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. 

Ethernet Cables for Civil Aircraft

GORE® Ethernet Cables for Civil Aircraft

Proven to solve complex routing challenges, our Ethernet cables provide superior protection and performance in small, lightweight, and flexible designs. We offer several cable constructions that meet Cat5e/6 and even exceed Cat6a high-speed data protocol requirements on airborne digital networks. 

Microwave/RF Assemblies for Civil Aircraft

GORE® Microwave/RF Assemblies for Civil Aircraft

Ka-Band / Ku-Band Applications

High-frequency Gore assemblies ensure optimal electrical and mechanical performance for the duration of the aircraft. We manufacture durable assemblies in compact, flexible designs with robust connector options that are ideally suited for conduit installation or areas that require little to no maintenance activity.