RF20042
KEESUN
RF20042
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The LMR240 N Male to TNC Male coaxial patch cable is engineered for users who require significantly lower signal attenuation than standard RG-series cables. Designed for precision 50 Ohm impedance matching, this cable serves as a high-performance bridge between wireless routers, cellular amplifiers, and external antennas. By utilizing high-quality conductive materials, it ensures that your RF system maintains maximum throughput with minimal Voltage Standing Wave Ratio (VSWR).
Our cable assembly utilizes the industry-standard LMR240 equivalent architecture, featuring a solid copper-clad aluminum center conductor and a double-shielded outer layer. The combination of aluminum foil and a tinned copper braid provides nearly 100% shielding effectiveness. This robust protection prevents electromagnetic interference (EMI) from degrading your signal, making it the ideal choice for long-distance runs or environments with high electronic noise.
This assembly features a precision-engineered N Male connector on one end and a TNC Male connector on the other.
N-Type Side: Offers a heavy-duty, threaded interface ideal for large antenna ports and outdoor equipment.
TNC Side: Provides a secure, threaded version of the BNC connector, offering improved performance at higher frequencies and better vibration resistance.
Both connectors are nickel-plated for corrosion resistance and feature gold-plated center pins to ensure a gas-tight, low-resistance connection that lasts for years.
Wrapped in a UV-resistant, flexible black PE (Polyethylene) jacket, the LMR240 RF jumper is built to withstand the elements. Whether it is exposed to direct sunlight, rain, or extreme temperatures, the jacket prevents moisture ingress and physical abrasion. This makes it a "fit-and-forget" solution for outdoor rooftop antenna installations, maritime communication, and industrial IoT deployments.
This N to TNC RF cable is a critical component for various professional wireless infrastructures:
Cellular Signal Boosters: Connecting outdoor donor antennas to indoor amplifiers.
WiFi Networking: Linking high-gain antennas to Access Points (APs) or bridge devices.
GPS & Telematics: Reliable signal routing for vehicle-mounted GPS and fleet management systems.
Radio Communications: Perfect for ham radio, VHF/UHF systems, and public safety bands.
| Feature | Detailed Specification |
| Connector A | N Type Male (Plug) |
| Connector B | TNC Type Male (Plug) |
| Cable Type | LMR240 (Low Loss 50 Ohm Coaxial) |
| Jacket Material | UV-Resistant PE / PVC |
| Impedance | 50Ω |
| Operating Frequency | DC to 6 GHz |
| Shielding Effectiveness | >90 dB (Double Shielded) |
In the world of wireless communication, every decibel counts. We don't just assemble cables; we engineer signal reliability. Every LMR240 N-Male to TNC-Male patch lead undergoes rigorous factory testing for continuity and signal integrity. By choosing our high-performance assemblies, you reduce the risk of network downtime and ensure your wireless equipment performs to its full manufacturer specifications.
The LMR240 N Male to TNC Male coaxial patch cable is engineered for users who require significantly lower signal attenuation than standard RG-series cables. Designed for precision 50 Ohm impedance matching, this cable serves as a high-performance bridge between wireless routers, cellular amplifiers, and external antennas. By utilizing high-quality conductive materials, it ensures that your RF system maintains maximum throughput with minimal Voltage Standing Wave Ratio (VSWR).
Our cable assembly utilizes the industry-standard LMR240 equivalent architecture, featuring a solid copper-clad aluminum center conductor and a double-shielded outer layer. The combination of aluminum foil and a tinned copper braid provides nearly 100% shielding effectiveness. This robust protection prevents electromagnetic interference (EMI) from degrading your signal, making it the ideal choice for long-distance runs or environments with high electronic noise.
This assembly features a precision-engineered N Male connector on one end and a TNC Male connector on the other.
N-Type Side: Offers a heavy-duty, threaded interface ideal for large antenna ports and outdoor equipment.
TNC Side: Provides a secure, threaded version of the BNC connector, offering improved performance at higher frequencies and better vibration resistance.
Both connectors are nickel-plated for corrosion resistance and feature gold-plated center pins to ensure a gas-tight, low-resistance connection that lasts for years.
Wrapped in a UV-resistant, flexible black PE (Polyethylene) jacket, the LMR240 RF jumper is built to withstand the elements. Whether it is exposed to direct sunlight, rain, or extreme temperatures, the jacket prevents moisture ingress and physical abrasion. This makes it a "fit-and-forget" solution for outdoor rooftop antenna installations, maritime communication, and industrial IoT deployments.
This N to TNC RF cable is a critical component for various professional wireless infrastructures:
Cellular Signal Boosters: Connecting outdoor donor antennas to indoor amplifiers.
WiFi Networking: Linking high-gain antennas to Access Points (APs) or bridge devices.
GPS & Telematics: Reliable signal routing for vehicle-mounted GPS and fleet management systems.
Radio Communications: Perfect for ham radio, VHF/UHF systems, and public safety bands.
| Feature | Detailed Specification |
| Connector A | N Type Male (Plug) |
| Connector B | TNC Type Male (Plug) |
| Cable Type | LMR240 (Low Loss 50 Ohm Coaxial) |
| Jacket Material | UV-Resistant PE / PVC |
| Impedance | 50Ω |
| Operating Frequency | DC to 6 GHz |
| Shielding Effectiveness | >90 dB (Double Shielded) |
In the world of wireless communication, every decibel counts. We don't just assemble cables; we engineer signal reliability. Every LMR240 N-Male to TNC-Male patch lead undergoes rigorous factory testing for continuity and signal integrity. By choosing our high-performance assemblies, you reduce the risk of network downtime and ensure your wireless equipment performs to its full manufacturer specifications.