RCN8989 Defense Aircraft Shielded Twisted Pair Cable for Aerospace Use

During the mission, aviation cables must transmit critical data at maximum speed and maintain stable communication on the onboard digital network. Otherwise, the entire mission and safety of the crew may be at risk. The cables must also balance robustness with smaller and lighter designs to adapt to space limited areas and reduce aircraft weight.

Inside the Gore shielded twisted pair cable, the Low Voltage Differential Signaling (LVDS) maintains excellent Signal integrity through controlled impedance, providing data transmission speeds of up to 1 GHz. Regardless of the conditions inside and outside the aircraft, pilots and other flight personnel can always trust the reliable performance of our cables. This is because the combination of durable materials in its structure can have higher resistance to mechanical stress and environmental factors, such as continuous vibration during flight and rapid temperature changes during takeoff and landing.

Our shielded twisted pair cable adopts a thin design, which reduces its volume by 30% and weight by 50% compared to standard elliptical cables. If you compare our design side by side with other circular designs, you will find that our cables are much smaller. In addition, our cables operate well in aerospace wire and cable harness applications due to their flexibility and ease of wiring in difficult to reach areas of the fuselage.

If you need a durable, lightweight, high data rate solution that is completely reliable every time you perform a task, then Gore Defense Aircraft Shielded Twisted Pair Cable is your best choice.

Gore shielded twisted pair cables have reliable high-speed data transmission and are very suitable for aerospace wire and cable harness applications, such as:

Avionics Digital Network
Cabin Management System
Digital Video System
Ethernet Backbone network
LVDS device
Serial bus

Gore shielded twisted pair cables have unique features that make them more durable under challenging environmental factors and aircraft conditions, including:

Chemically inert, high-temperature resistant, and wear-resistant materials
Thin configuration with smaller diameter
High flexibility and smaller bending radius

Our cables provide many benefits for aircraft system architects and engineers to improve electrical, mechanical, and environmental performance, such as:

Reliable LVDS maintains excellent Signal integrity, and the impedance is controlled at 100 ohms
Continuous data transmission at speeds up to 1 GHz
Durable structure can withstand harsh conditions such as temperature, straight-through, vibration, etc
Compared to standard oval cables, the diameter size is reduced by 30% and the weight is reduced by up to 50%
Greater flexibility and wiring capabilities for easier and faster installation
Compatible with various high-speed connector systems and rear housings
Selected pre qualification samples with short delivery time for prototype design and evaluation
Low risk based on validated product performance under actual conditions