Raychem. Full speed ahead with High Speed Copper
TE offers a large and growing range of Raychem high-speed copper cables for commercial and military aerospace, as well as ground systems and marine applications.
Delivering high-speed data
Increased usage of high-speed protocols such as Ethernet, FireWire, Fiber Channel, and USB have become a necessity to be able to deliver information from one point to the next. TE’s high-speed copper cable solutions can help increase the performance and the signal integrity while maintaining robustness in today’s aerospace, military and marine applications.
200˚C
Up to 200˚C temperature resistance
10
Up to 10 gbit/s on ethernet
150
150 Ohm fiber channel
TE’s high speed copper solutions along with TE’s matched impedance contacts and connectors can provide a total solution. TE’s total solution can increase the performance and the signal integrity while maintaining robustness in today’s Aerospace, Defense, and Marine applications.
Benefits: Raychem High-Speed Copper Cable
Reduced Engineering Time
- Easy to install
- Exceptional electrical and mechanical performance
- Excellent signal integrity with stable performance in extreme conditions
- Increased bandwidth
Features: Raychem High-Speed Copper Cable
Rugged Design
- Temperature range of -65C to 200 C
- Lightweight, small size
- Extremely durable
- Protection from Lightning and EMI
- Compatible with several TE contacts and termination devices
Applications: Raychem High-Speed Copper Cable
Communications and Computer Systems
- Military Aerospace: radar, missiles, radio, and intercoms
- Commercial Aerospace: in-flight entertainment, glass cockpit, wireless
- Military Ground Systems: glass dashboard, intercoms, thermal imaging, vision systems, itegrated computer systems
- Smart Soldier Systems: live health monitoring, real time solider movement, portable computers
Compatible Cabling Products
Connectors, Sleeves, and Straps
Copper Cable Jacket Materials
Temperature, Abrasion, and Flexibilty
| Jacket Materials | Temp. Range (˚C) | Abrasion Resistance | Flexibility | Typical Industry Use |
|---|---|---|---|---|
Thermorad K (Modified PVDF) |
-65 to +150 | Very Good | Fair | Aerospace, Ground and Marine |
| Thermorad F & S | -55 to +125 | Good | Good | Ground Systems |
| Modified FEP | -65 to +200 | Good | Good | Aerospace |
UXL-ETFE |
-65 to +150 | Good | Fair | Aerospace and Ground Systems |
Thermorad HT (Modified ETFE) |
-65 to +200 | Very Good | Fair | Aerospace |
| Thermorad FL | -55 to +200 | Very Good | Good | Aerospace |
| Zerohal | -30 to +105 | Good | Good | Marine |
| FDR-25 | -40 to +105 | Fair | Excellent | Ground Systems |
| Low Fluoride XL-ETFE | -65 to +200 | Very Good | Fair | Aerospace |
| Laser Markable FEP | -65 to +200 | Good | Good | Aerospace |
| Thermorad NTFR | -55 to +110 | Good | Excellent | Ground Systems and Marine |
| Raythane FR | -65 to +90 | Excellent | Excellent | Marine |
| Thermorad O | -55 to +125 | Good | Good | Ground Systems and Marine |
Speeds from 10 Mbits/s to 10 Gbit/s
Speeds from 100 Mbits/s to 3.2 Gbit/s
For video displays and uni-directional data
Speeds from 200 MB/s to 1.6 GB/s
Speeds up to 480 Mbit/s
Speeds up to 5 Gbit/s
