In a low-profile, flexible design, Gore’s controlled-impedance cables meet today’s higher data rate requirements while saving weight in aircraft. They’re built with more durability for lifelong protection and performance, so aircrews can maintain focus instead of dealing with unreliable avionics that can risk the mission and their safety.
During missions, aviation cables must transfer critical data at the highest speeds and maintain stable communications on airborne digital networks. Otherwise, the entire mission and safety of aircrews can be at risk. Cables must also balance ruggedness with smaller, lighter designs to fit in space-restricted areas and keep aircraft weight down.
Inside GORE Shielded Twisted Pair Cables, low-voltage differential signals (LVDS) maintain excellent signal integrity with controlled impedance, providing data transmission speeds up to 1 GHz. Regardless of the conditions inside or outside the aircraft, pilots and other flight personnel can always count on our cables’ reliable performance. That’s because the combination of durable materials in their construction allows for a higher tolerance against mechanical stresses and environmental factors, like constant in-flight vibration and rapid changes in temperatures during takeoff and landing.
We build our shielded twisted pair cables in a low-profile design that’s 30% smaller, reducing their weight by as much as 50% compared to standard oval cables. If you compare our design side by side with alternative round designs, you’ll see that our cable is drastically smaller.