ANTENNA CABLE 360IN LMR-240 RP-TNC STR PLUG TO N STR PLUG

For installations where signal loss and connector incompatibility can cripple an RF link, this 360-inch LMR-240 cable assembly bridges the gap between RP-TNC and N-Type interfaces. It is built to carry Wi-Fi, cellular, GPS, and other RF signals up to 6 GHz with minimal attenuation, making it a practical choice for professional wireless deployments.

Who is it for

Network engineers, system integrators, and field technicians who need a reliable, low-loss cable to connect RP-TNC-equipped access points or antennas to N-Type infrastructure. It suits both indoor and outdoor use thanks to its UV-resistant jacket and wide operating temperature range.

Main features

• 360-inch (9.14 m) length provides flexibility in equipment placement without excess slack.
• LMR-240 low-loss cable with double shielding (bonded aluminum foil + tinned copper braid) reduces interference and signal degradation.
• Connectors: RP-TNC male (straight) to N-Type male (straight), nickel-plated for durability and corrosion resistance.
• 50 Ohm impedance matches most Wi-Fi and RF equipment, ensuring efficient power transfer.
• Solid bare copper center conductor and foam polyethylene dielectric maintain signal integrity across DC to 6 GHz.
• UV-resistant polyethylene jacket allows outdoor use without cracking or fading.
• High power handling: up to 220 W at 2.4 GHz, suitable for high-power access points.

Specifications

• Cable type: LMR-240 low-loss coaxial
• Cable length: 360 inches (9.14 m)
• Connector 1: RP-TNC male (reverse polarity TNC plug), straight
• Connector 2: N-Type male (N plug), straight
• Impedance: 50 Ohm
• Frequency range: DC to 6 GHz
• Outer diameter: 0.240 inches (6.1 mm)
• Jacket material: UV-resistant polyethylene (PE)
• Center conductor: solid bare copper
• Dielectric material: foam polyethylene (FPE)
• Shielding: double shielded (bonded aluminum foil + tinned copper braid)
• Attenuation @ 2.4 GHz: 0.14 dB/ft (0.459 dB/m)
• VSWR (typical): < 1.5:1
• Operating temperature: -40°C to +85°C
• Max power @ 2.4 GHz: 220 W
• Connector plating: nickel

Tips

When routing this cable, avoid sharp bends that could damage the foam dielectric; maintain a minimum bend radius of about 1 inch (25 mm). For outdoor runs, secure the cable with UV-resistant ties and consider using weatherproofing tape on the connectors to prevent moisture ingress.