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Reliable, Consistent Performance in Demanding Environments

For aircraft and spacecraft systems, GORE® Microwave/RF Assemblies ensure signals are sent quickly with low insertion loss, more reliable VSWR and excellent shielding effectiveness up to 70 GHz. They survive rigorous routing and harsh environmental factors for longer service life, improved fuel efficiency and more payload or cargo options.

GORE® Microwave/RF Test Assemblies improve test outcomes by delivering precise, repeatable measurements with consistent phase and amplitude stability over time up to 110 GHz. They withstand continuous movement, repeated flexing, and challenging environmental conditions to reduce equipment downtime and lower the total cost of testing.

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GORE® Microwave RF Cables & Assemblies

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Aerospace & Defense

The aerospace and defense industry depends on high-performing, reliable microwave/RF cable assemblies that last over the system’s lifespan. Gore’s robust, lightweight and flexible designs provide exceptional mechanical and electrical performance in tough aircraft and spacecraft conditions, ensuring operational success, less downtime and lower total cost of ownership.

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Aerospace
Semiconductor

Rugged and flexible, Gore’s microwave/RF test assemblies deliver accurate, repeatable measurements to improve test outcomes in wafer test systems, package testing, system-on-chip (SoC) automated test equipment and mmWave 5G test systems.

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Technician holding a wafer in a clean suit
Test & Measurement

Test and measurement cables are essential for the design, manufacturing, and delivery of electronic products across various markets, including telecommunications, automotive, consumer electronics, and aerospace. Gore’s microwave/RF cable assemblies provide accurate and repeatable measurements for applications ranging from DC to 110 GHz. 

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Test and Measurement
Automotive

Automotive OEMs rely on Gore’s high-precision test and measurement cables to accurately validate sensor performance, reduce signal loss, and ensure compliance with industry standards. Designed for critical vehicle systems—including radar, ADAS, EV powertrains, and communication networks—these cables empower manufacturers to develop vehicles that are safer, more efficient, and higher performing.

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EV Charging while facing a modern day city

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