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When vital systems demand constant data transmission, Gore’s qualified cables deliver unfailing bi-directional signals at high data rates in harsh launch and orbit environments. We combine high-strength, lightweight materials with LVDS technology and standard hardware protocols to meet time-critical program schedules and tight budgets.

Solar system enclosure vents from Gore improve system efficiency and life expectancy, and reduce housing design complexity, weight and costs.

Gore offers a rugged, lightweight 110 GHz test assembly that optimizes the performance of test systems while reducing the total cost of test and ownership over time. Our assemblies provide reliable electrical performance with flexure and temperature in demanding environments. 

Our next-generation cable technology is proven to prevent electrostatic buildup and reduce particle attraction for increased reliability and higher throughput in semiconductor and FPD equipment. An industry first, our high-flex trackless cables can be used in an ESD-sensitive environment without additional equipment or a complex grounding system.

Gore’s ePTFE membranes for gas sensors come with outstanding performance as gas-permeable protective membranes and as functional membranes in electrochemical sensor cells.

Designed with robust protection, Gore’s wires provide excellent resistance against extreme temperatures, ATOX and harsh chemicals. They’re proven to safely and reliably distribute power with low-frequency signals throughout the mission. We can quickly deliver a qualified, affordable solution to meet mission demands and stay on schedule. 

With proven high flex life performance, our cables maintain non-stop signal transmission for data and video interface protocols in complex automation environments. Lightweight and easy to install, they provide peace of mind when reliable system performance and equipment uptime are critical.

Our lightweight cables provide a high level of cleanliness and smooth motion to improve positioning accuracy, cable management and signal integrity. They’re often used to eliminate an energy chain or cable track to help semiconductor fabricators improve throughput and yield and reduce maintenance and total cost of ownership.

Proven to exceed Cat6a protocol requirements, our Ethernet cables meet the increasing data demands of mission-critical systems in smaller launch vehicles and satellites. These compact, lightweight cables are proven to deliver lower signal attenuation, reduced crosstalk and improved shielding effectiveness in harsh atmospheric conditions.

Engineered specifically for balanced datalines, our high-speed data cables provide outstanding signal transmission with controlled impedance in small launchers carrying mini-satellites. These durable cables in a low-profile construction ensure lifelong protection and performance in the most severe earth orbit environments so critical systems can continue functioning for mission success.