Antena omnidireccional Lancom Systems AirLancer ON-T360ag – 2,4–5,9 GHz, hasta 7 dBi, tipo N, polarización vertical

The Lancom Systems AirLancer ON-T360ag is an omni-directional outdoor antenna designed for broad azimuth wireless coverage across 2.4–5.9 GHz bands. With a compact, weatherproof enclosure (260 mm height, 160 mm diameter) and an N-type connector, the antenna supports vertical polarization and provides up to 7 dBi gain (5 dBi at 2.4 GHz). The antenna is built for outdoor WLAN, ISM and broadband deployments where stable vertical polarization and 360° coverage are required. It supports 3x3 MIMO operation for improved throughput and can be combined with dual‑radio access points for parallel operation at 5 GHz and 2.4 GHz.

Advantages

The ON-T360ag offers continuous 360° coverage from a single mounting point, reducing the need for multiple directional units. Its 3x3 MIMO capability enables higher aggregate data rates and better signal reliability in challenging radio environments. The robust, weatherproof housing and included mounting accessories simplify outdoor installation and long-term operation. Standard N-type connectivity and vertical polarization ensure compatibility with common outdoor wireless equipment.

Suitable for

Key specifications

How to use

Mount the antenna at a central, elevated location to maximize 360° coverage. Use the supplied mounting kit to secure the unit to a pole or wall and connect to the access point or radio via an N-type cable and compatible adapter if required. When integrating with dual‑radio access points, follow the vendor instructions for assigning the antenna ports to the 5 GHz and 2.4 GHz radios to enable 2x2 + 1x1 parallel operation. Check cable lengths and connector torque recommendations to maintain optimal RF performance and weather sealing at connection points.

Recommendations

For best results, install the AirLancer ON-T360ag at least several meters above nearby obstructions, maintain clear line-of-sight where possible, and use high-quality low-loss coaxial cable with proper N-type connectors. Combine with compatible dual‑radio access points to exploit 3x3 MIMO and achieve maximum aggregate throughput in mixed 2.4/5 GHz deployments.