"Telecommunications Coaxial Cable Series", covering core specifications from 1/4" to 1-5/8", is optimized for communication scenarios such as 5G base stations, satellite communications, and data center interconnects, providing customers in the communications industry with stronger transmission solutions tailored to their needs.
Demand and Product Positioning
With the deepening of 5G commercialization, acceleration of satellite internet deployment, and expansion of data centers, the requirements for transmission cables in the communications industry are trending toward high-frequency low-loss, anti-electromagnetic interference, and complex environment adaptability. Traditional coaxial cables often face challenges like signal attenuation in high-frequency scenarios and sensitivity to interference. The newly introduced telecommunications series addresses three core pain points through in-depth research on communication link demands:
1. High-Frequency Transmission Loss: Optimized insulation layer materials and structural design for 5G millimeter-wave (26-40GHz) and satellite communications (Ku/Ka bands) to reduce signal attenuation.
2. Anti-Interference Capability: Upgraded shielding structures to mitigate interference from electromagnetic environments (e.g., radar, industrial equipment) around base stations.
3. Complex Environment Adaptability: Enhanced resistance to temperature, weather, and mechanical stress to ensure long-term stability in outdoor base stations, data centers, and other scenarios.
Product Specifications and Application Scenarios
Based on the "core network-access network-terminal" full-link requirements of the communications industry, the series introduces four segmented specification groups to cover multi-scenario applications from micro base stations to satellite ground stations:
|
Typical Specification |
Adaptable Scenario |
Core Design Objective |
| 1/4"S, 3/8"S, 1/2"S | 5G micro base station indoor distribution, small device connections | Ultra-flexible design (bending radius ≤5cm), supports 28GHz high-frequency low-loss transmission |
| 7/8"S, 1-1/4"S, 7/8"AL | 5G macro base station antenna feeders, AAU connections | Semi-rigid aluminum tube outer conductor (compressive strength ≥1500N), adapts to base station wind load requirements |
| 1-5/8"S, 1-5/8"AL, 1-1/4"AL | Satellite ground station feed sources, VSAT terminals | Low loss (≤0.25dB/m at 12GHz), supports high-frequency beamforming |
| 1/2"AL, 3/8"SL, 7/8"L | Data center high-speed device interconnects, optical module connections | Shielding effectiveness ≥-90dB, reduces signal crosstalk, supports 100G/400G Ethernet |
Example: The 7/8"AL feeder adopts a semi-rigid aluminum tube outer conductor capable of withstanding 30m/s wind loads on base station antennas. The 1-5/8"S satellite communication cable features a physically foamed PE insulation layer with stable dielectric constant, minimizing signal attenuation during satellite transmission.
Technical Implementation: Materials, Processes, and Testing
The performance of the telecommunications series is ensured through stringent control over the entire process of "materials-process-testing":
Material Selection:
- Center conductor: 99.99% high-purity oxygen-free copper (conductivity ≥58.0MS/m) to reduce high-frequency skin effect losses.
- Insulation layer: Imported physical-foamed PE with uniform bubble size controlled within ±5μm and dielectric tangent loss (tanδ) ≤0.0003.
Production Processes:
- High-precision extruders (diameter tolerance ±0.005mm) and laser measurement systems ensure concentricity between insulation layers and outer conductors ≤1%.
- Semi-rigid cable outer conductors undergo "cold drawing + aging treatment" processes, achieving an anti-fatigue lifespan of 120,000 bending cycles (industry standard: 100,000 cycles).
For inquiries about RF Feeder Cables, please contact:
sales@telsto.cn
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Post time: Aug-19-2025