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The RG-8 coaxial cable, 20 meters long, with N-type/N-type connectors is designed for use in radio signal transmission systems where stability and minimal signal loss are critical. Thanks to its larger cable diameter, it provides better signal quality compared to thinner alternatives. Cable color: olive.
The cable is suitable for use in antenna systems, FPV complexes, repeaters, and other radio equipment where reliable signal transmission over long distances is required.
Key Advantages of the RG-8 Cable
- reduced signal loss thanks to the thick conductor
- stable operation at high frequencies
- effective shielding against interference
- reliable N-type/N-type connectors
- suitable for professional radio systems
- resistance to external influences
- olive-colored outer jacket
Applications
The cable is used in systems that require high-quality signal transmission with minimal loss and interference.
- antenna communication systems
- FPV drones and ground stations
- radio relay systems
- repeaters and signal amplifiers
- telecommunications equipment
Cable Construction
| Inner Conductor | Copper |
| Dielectric | Foamed polyethylene |
| Shielding | Aluminum foil + tinned copper wire |
| Outer Jacket | Olive-colored polyethylene |
Technical Specifications
| Cable Type | RG-8 |
| Length | 20 m |
| Color | Olive |
| Impedance | 50 Ohms |
| Capacitance | 78 pF/m |
| Signal Propagation Velocity | 85% |
| Maximum Frequency | 21 GHz |
| Weight | 80 g/m |
| Minimum Bend Radius | 51 mm |
| Operating Temperature Range | -40°C to +80°C |
| Connector Type | N-type / N-type |
Operating Recommendations
- avoid sharp bends in the cable
- provides a stable signal even over long distances
- performs effectively in outdoor environments
- suitable for stationary and field use
Why Choose the RG-8 20 m Cable?
The 20 m RG-8 coaxial cable in olive is a reliable solution for building stable radio systems. It combines high signal transmission quality, durability, and effective shielding, making it an optimal choice for professional applications.