Description
The “Superflex” designation comes from the specialized helical corrugation of the outer conductor, which acts like a bellows. This allows the cable to achieve a minimum single-bend radius as tight as 30mm, compared to the ~125mm required for standard 1/2″ feeders. This flexibility is critical for routing through cable trays, around tight corners on towers, and within compact small-cell enclosures.
Despite its flexibility, it maintains a solid copper outer shield, providing 100% RF shielding (>120 dB). It utilizes a high-expansion foam polyethylene dielectric and a Copper-Clad Aluminum (CCA) inner conductor to ensure a high velocity of propagation and low thermal expansion.
Key Technical Advantages
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Superior Bendability: Can be installed in extremely tight spaces where standard 1/2″ cable would kink or fail.
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Low PIM Performance: The helical corrugation is optimized to provide the low Passive Intermodulation levels necessary for high-capacity 4G and 5G networks.
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High Power Capacity: Effectively manages peak power ratings up to ~30 kW, making it suitable for high-power macro cell jumpers.
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Weatherproof Durability: Jacketed in UV-resistant Black PE for a 20+ year outdoor lifespan or LSZH for fire-safety compliance in indoor/tunnel environments.
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Stable Electricals: Maintains consistent impedance and low VSWR even when subjected to repeated bending or vibration.
Key Features
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Impedance: 50 Ohm (±1 Ohm).
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Minimum Bend Radius: 30mm (Single) / 55mm (Repeated).
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Outer Conductor: Helical Corrugated Copper.
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Frequency Range: DC to ~10.2 GHz.
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Applications: Antenna Jumpers, BTS-to-Feeder Transitions, and DAS Systems.
🔹 Applications:
- Flexible RF installations
- Telecom and DAS systems
- Antenna cable connections
- RF signal routing in tight spaces
- Indoor and outdoor RF setups
- Wireless communication systems
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