Ruijie RG-CAB-QMA-SMA-10m Low-Loss RF Cable High Shielding 10m Length For Wireless APs
The Ruijie RG-CAB-QMA-SMA-10m is a premium low-loss RF cable designed for high-performance wireless networks, ensuring stable signal transmission between Ruijie wireless access points (APs) and external antennas. With 10-meter length, high shielding effectiveness, and durable construction, this cable is ideal for enterprise, industrial, and outdoor Wi-Fi deployments where reliable connectivity is critical.
Low Signal Loss – High-quality coaxial design minimizes attenuation, maintaining strong RF signal integrity for 2.4GHz & 5GHz Wi-Fi bands.
Enhanced EMI Shielding – Double-layer shielding (aluminum foil + braided mesh) reduces electromagnetic interference, ensuring clean signal transmission.
Robust & Flexible – Weather-resistant outer jacket withstands harsh environments, while the bend-resistant design allows easy installation in tight spaces.
Secure Connectors – QMA (male) to SMA (female) connectors with locking mechanism prevent loosening, ideal for long-term deployments.
Wide Compatibility – Optimized for Ruijie APs (e.g., RG-AP series) and compatible with other QMA/SMA-based RF devices.
Parameter | Details |
---|---|
Cable Type | Low-loss coaxial RF cable |
Length | 10 meters |
Impedance | 50 Ω |
Frequency Range | 0-6 GHz (Supports 2.4GHz/5GHz Wi-Fi) |
Connectors | QMA (male) to SMA (female) |
Shielding | Double-layer (foil + braid) |
Jacket Material | UV-resistant, flexible PVC |
Operating Temp. | -30°C to +70°C |
Extending Ruijie wireless AP coverage with external antennas.
Outdoor Wi-Fi, DAS (Distributed Antenna Systems), and industrial wireless networks.
Reliable signal transmission in high-interference environments (factories, stadiums, campuses).
Why Choose Ruijie RG-CAB-QMA-SMA-10m?
This high-performance RF cable ensures minimal signal loss, maximum durability, and seamless compatibility with Ruijie’s enterprise-grade wireless solutions. Whether for indoor or outdoor use, it delivers stable, high-speed connectivity for mission-critical networks.