Resource Library

Our 1.8 mm Simplex version with enhanced crush protection is proven to exceed stringent ARINC 802-2 and BMS13-71 industry requirements. We tested the impact resistance of our cables at a weight of 1.7 kg (3.8 lb), which is higher than specified at 0.5 kg (1.1 lb). 

The 7 Series of GORE Microwave/RF Assemblies is recognized among the best by the 2019 Military & Aerospace Electronics Innovators Awards. An esteemed and experienced panel of judges from the aerospace and defense community recognized Gore as a Platinum Honoree. 

Durable. Resilient. Reliable. Can your tubing take the pressure? See for yourself how GORE STA-PURE Pump Tubing performs compared to conventional silicone tubing. 

Find out how GORE Acoustic Vents AVS 700 and AVS 701 can enhance the performance of exterior microphones used in vehicle sound monitoring and noise cancelation systems. These vents provide the consistent high-quality sound transmission these systems rely on. At the same time, these vents reliably protect exterior microphones from challenging on-road environmental conditions.

GORE® Thermal Insulation for 5G Antennas is a better solution to meet thermal challenges by helping maintain 5G signal duration while reducing surface temperatures for a superior user experience. 

Style 100 can be installed over the top of a top-port microphone or on the circuit board opposite a bottom-port microphone.

Style 200 can be installed inside the MEMS microphone during the microphone packaging process.

Featuring Keith Cuthbert, Application Engineer and Steve Peterson, Sales Associate

We leverage our material expertise to deliver the only electrically stable, small, lightweight, armored 5G RF/microwave test cable assembly available on the market.  The performance of our cable assemblies over time enables customers to reduce the time and cost of 5G communication tests.

Testing Gore cable in the flex simulator over the course of IMS 2016 show.

Chris Cox provides the final flex number from the simulator at IMS 2016. 

Proving reliable performance with extremely small, flexible assemblies that survive routing in tight spaces