rf elements HG3-CC-S50 Tubular N-Type Wi‑Fi Antenna 14.3 dBi (model 1624867)

rf elements HG3-CC-S50 Tubular N-Type Wi‑Fi Antenna 14.3 dBi is a directional outdoor antenna designed for point-to-point and sector wireless links. Its tubular form factor and N-type connector provide stable directional coverage and reliable mechanical mounting for outdoor deployments. The antenna is intended to extend range, increase received signal strength and improve link reliability in Wi‑Fi networks where focused, long-range transmission is required.

Advantages

The tubular design offers a compact and weather-resistant profile that supports consistent directional radiation patterns. With 14.3 dBi gain, the antenna concentrates energy to extend effective range and enhance signal-to-noise ratio on targeted links. An N-type connector ensures broad compatibility with professional RF cabling and connectors while enabling secure and low-loss connections suitable for outdoor use.

Suitable for

• Long-range point-to-point wireless links
• Sector coverage in outdoor Wi‑Fi deployments
• Backhaul connections between buildings or towers
• Upgrading range and reliability of existing outdoor access points

Key specifications

• Type: Directional tubular Wi‑Fi antenna
• Gain: 14.3 dBi
• Connector: N-type (female)
• Frequency band: suitable for common Wi‑Fi frequency ranges (consult device compatibility)
• Form factor: tubular, weather-resistant housing for outdoor installation

How to use

Mount the antenna on an appropriate mast or bracket in a clear line of sight to the remote endpoint for optimal performance. Connect the antenna to a radio or access point using a quality coaxial cable and N-type connectors, ensuring all connections are tightened and weatherproofed. Align the antenna directionally toward the opposite link device and verify link metrics such as RSSI and throughput, making fine adjustments to maximize signal strength and stability.

Recommendations

Position the antenna with unobstructed line of sight and allow sufficient separation from other antennas to reduce interference. Use low-loss coaxial cable and proper lightning protection for outdoor installations. Verify device compatibility with the antenna's frequency range and follow local regulations for antenna deployment and transmission power.