Resource Library

Tech Information: GORE® PHASEFLEX 0N Application Note (EN)

Dive into the application note for GORE® PHASEFLEX® 0N microwave/RF test assemblies — detailing performance specs up to 50 GHz, bend-radius and flex-cycle data, and how to optimize cable stability for high-density modular test setups.

Tech Information: GORE® Product Guide for 5G Test Systems

Access the GORE® Product Selection Guide for 5G Test Systems — a detailed resource to help engineers choose the right microwave/RF cable assemblies for applications across sub-6 GHz and mmWave test equipment.

Tech Information: Thermal Conductivity Characterization of GORE® Materials

Discover the test methodology behind measuring ultra-thin GORE® Thermal Insulation—using a modified heat-flow method and two-thickness calculation to verify conductivity below 0.02 W/(m•K) for high-performance thermal management.

White Paper: 8-Year Field Study Shows GORE® Protective Vents as a Lasting Safeguard

An 8-year field study confirms that GORE® Protective Vents maintain airflow, water-entry pressure resistance and seal integrity in outdoor enclosures—proving reliable performance over time in real-world conditions.

Segment Flyer: Weight Comparison of GORE® High Speed Data Cables (Ultralight) & Alternatives for Aerospace & Defense

Gore now offers complimentary samples of its newly developed Ultralight High Speed Data Cables designed for aerospace and defense.

Case Study: GORE® LOW DRAG Filter Bags Optimize Operating Efficiency While Meeting Regulatory

A steel recycling plant in South Carolina replaced standard fabric filters with GORE® LOW DRAG™ Filter Bags and saw differential pressure drop from 9.6 to 7.4 in w.g., airflow rise from 758K to 800K ACFM, and emissions decline—boosting efficiency without sacrificing compliance.

White Paper: Designing the Right Ethernet Interconnect to Increase High-Speed Data Transmission in Defense Aircraft

Gore evaluated the designs and electrical characteristics of several leading high-speed connector systems to help designers choose the best option for a specific application. Gore also evaluated the electrical performance of GORE® Ethernet Cables (4 Pairs) for Cat6A protocol terminated with these leading connectors. Testing showed the importance of designing the right Ethernet interconnect that delivers excellent mechanical and electrical performance for high-speed data transmission in challenging aerospace conditions to ensure mission-critical success.

White Paper: Installing the Right Ethernet Interconnect to Ensure Reliable Performance in Defense Aircraft

Gore evaluated the durability and electrical performance of several Ethernet Cat6A cables before and after routing, all with similar specifications. Gore also evaluated the electrical performance of the same cables at various lengths terminated with a leading high-speed connector system (i.e., daisy chaining). Testing showed the importance of installing the right Ethernet interconnect that delivers reliable electrical and mechanical performance for high-speed data transmission in real-world conditions to ensure mission-critical success.

Technical Information: Sample Inventory of Gore High Data Rate Cables for Air & Defense

Validate our standard products for use in your specific aircraft (commercial & defense) or military vehicle application, to lower technical and business risks to your program.

Data Sheet: GORE Ethernet Cables (Ultralight Cat6A) for Aerospace & Defense

The new Ultralight Cat6A version of GORE® Ethernet Cables features a next-generation design with weight savings up to 25% compared to our standard Cat6A version and as much as 50% compared to many other leading alternatives.