White Paper: Designing the Right Ethernet Interconnect to Increase High-Speed Data Transmission in Military Aircraft
White Papers, United States
Defense aircraft applications continue to demand new, advanced capabilities implemented in modern avionics. As a result, many designers are learning that standard commercial Ethernet connectors and cables aren’t adequate for operation in harsh aerospace conditions. In this white paper, W. L. Gore & Associates evaluates the top considerations designers must make when designing the right Ethernet interconnect and ensuring reliable high-speed data in military aircraft.
About the White Paper
To provide effective performance in any given condition, defense aircraft must be equipped with connectors and cables that meet current-day avionics challenges. While most modern cables are more durable, only a few can promise reliable mechanical and electrical performance while remaining resistant to abrasion, exposure to chemicals, extreme temperature changes and more.
In White Paper: Designing the Right Ethernet Interconnect to Increase High-Speed Data Transmission in Military Aircraft, Gore analyzes the designs and electrical performance of leading high-speed aerospace connectors and connector-cable compatibility. In addition, Gore’s Ethernet Cat6A cable is evaluated after being terminating with these connectors. This testing highlights the importance of selecting solutions that not only provide superior mechanical and electrical performance for high-speed data transmission but also meet the challenges presented by ruthless aerospace environments.
Download Now or Contact Gore to Learn More
Assisting designers in selecting the best option for their specific defense applications, Gore’s White Paper: Designing the Right Ethernet Interconnect to Increase High-Speed Data Transmission in Military Aircraft can be downloaded instantly by filling out the form below. For more information, contact a Gore representative.
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Not for use in food, drug, cosmetic or medical device manufacturing, processing, or packaging operations.