Rugged Aerospace HDMI Cables


A ruggedized 2.0 version of GORE Aerospace HDMI Cables engineered with a revolutionary fluoropolymer fiber material that is extremely abrasion-resistant without sacrificing size, weight or durability has been launched. This version can eliminate the need for additional protective sleeving for cables installed in cabin seats, which means faster installation. At the same time, these smaller, lighter weight cables increase flexibility with a tighter bend radius making them easier to route in narrow seat configurations.


In addition, Gore’s HDMI 2.0 cables deliver outstanding signal integrity for high-speed data transmission up to 18 gigabits. They carry video data at faster speeds over longer distances to meet new, more complex video protocols required to keep up with passenger demand for a better in-flight entertainment (IFE) experience. These cables also meet the most stringent industry requirements and qualifications for life-long performance.


The ruggedized 2.0 version of GORE Aerospace HDMI Cables complements Gore’s wide variety of high data rate solutions, including Ethernet Cat5e and Cat6a cables, USB 3.1 cables, high-frequency microwave/RF cable assemblies, and more. 


Standard Impedance (ohms)100 ± 10
Typical Operating Voltage Rating< 15
Capacitance [pF/m (pF/ft)]a16 (4.9)
Mechanical / Environmental
Jacket MaterialEngineered Fluoropolymer
Jacket ColorWhite (Laser Markable)
ConductorHigh-Speed Pairs: Silver-Plated Copper Alloy
Quad/Triad: Silver-Plated Copper
Conductor Color-CodingHigh-Speed Pairs: Blue/White, Red/White, Green/White, Brown/White
Quad: White, Orange, Yellow, Purple
Triad: Red, Black, Brown
Dielectric MaterialePTFE/PTFE
Temperature Range (°C)-65 to 200




  • excellent signal integrity for faster video transfer up to 18 gigabits over longer distances
  • higher video resolution up to 4K at 50/60 (2160p) for increased clarity
  • less need for additional signal amplification in any system architecture
  • life-of-aircraft performance in demanding surroundings due to unique construction
  • smaller profile that is lighter weight and highly flexible with a tighter bend radius for simplified routing
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