Ruijie QMA To SMA RF Cable - Low Loss 5m Coaxial Durable For AP &
Antenna
Product Overview
The Ruijie QMA to SMA RF Cable (RG-CAB-QMA-SMA-5m) is a
high-quality 5-meter coaxial cable designed for seamless
connectivity between Ruijie wireless access points (APs), routers,
and antennas. Featuring low signal loss and superior durability,
this cable ensures stable RF transmission for enterprise Wi-Fi,
5G/4G networks, and IoT deployments.
Key Features & Benefits
Low Signal Loss – High-grade coaxial construction minimizes
interference, ensuring optimal signal strength for extended-range
applications.
Premium Connectors – QMA (Female) to SMA (Male) connectors provide
a secure, high-frequency connection compatible with Ruijie APs and
third-party devices.
Durable & Weather-Resistant – Reinforced shielding and rugged outer
jacket withstand harsh indoor/outdoor environments.
Flexible Deployment – Extends antenna placement (e.g., rooftops,
poles) to enhance Wi-Fi coverage in large venues like warehouses,
stadiums, and campuses.
Plug-and-Play – Easy installation without signal degradation, ideal
for Ruijie RG-AP series and other enterprise-grade wireless
systems.
Technical Specifications (Parameter Table)
| Parameter | Specification |
|---|
| Model | RG-CAB-QMA-SMA-5m |
| Connector Type | QMA (Female) to SMA (Male) |
| Cable Length | 5 meters |
| Impedance | 50 Ohm |
| Frequency Range | 0-6 GHz (Suitable for Wi-Fi 6/5G) |
| Insertion Loss | <0.5 dB/m (Low Attenuation) |
| Jacket Material | UV-resistant PVC |
| Operating Temp. | -30°C to +70°C |
| Application | Enterprise APs, 5G/4G, IoT |
Why Choose Ruijie?
Ruijie Networks specializes in enterprise-grade networking
solutions, and this 5m coaxial jumper cable reflects their
commitment to reliability and performance. Whether for indoor Wi-Fi
optimization or outdoor 5G antenna setups, this cable delivers
low-latency, high-speed connectivity.
Ideal for: IT administrators, network engineers, and telecom
professionals seeking a long-lasting, high-performance RF cable for
Ruijie wireless systems.
