Minimize Signal Attenuation at High Bands: Traditional ordinary feeders produce severe power loss under sub-6GHz high-frequency signals. Optimized low-loss feeders adopt foamed polyethylene insulation and high-conductivity copper conductors, greatly cutting transmission loss, retaining more signal power to expand effective coverage range.
Reduce Base Station Energy Waste: Less signal attenuation means less transmit power output required by the remote radio unit. Mass deployment of low-loss feeders lowers overall power consumption per tower, helping operators achieve energy-saving targets and cut electricity expenditure year-round.
Stable Performance in Long-Distance Layouts: For high towers and distributed DAS systems, long-distance wiring is unavoidable. Low-loss feeders maintain consistent signal strength over extended lengths, eliminating coverage blind spots caused by cumulative loss.
Strong Anti-Oxidation & Anti-Interference Structure: Double-layer aluminum foil braided shielding structure restrains external electromagnetic interference. Corrosion-resistant inner and outer conductors prevent performance degradation after years of outdoor exposure, keeping loss indicators stable long-term.
Lower Total Site Upgrade Costs: Although low-loss feeders carry slightly higher upfront procurement costs, they reduce demands for power-amplifier upgrades and additional repeater equipment. The total lifecycle cost of base stations drops significantly within 2–3 years of deployment.
