Directional Yagi Antenna ALLNET ANT-868-10dbi-Yagi 868 MHz, 10 dBi, N-female

ALLNET ANT-868-10dbi-Yagi is a directional Yagi antenna designed for use in the 868 MHz band. With a 10 dBi gain and an N-female connector, the antenna provides focused transmission and reception for long-range wireless links, telemetry systems and IoT devices. Its directional pattern supports point-to-point and point-to-multipoint installations where increased range and improved link reliability are required, particularly in outdoor or rooftop deployments.

Advantages

The antenna delivers a high directional gain of 10 dBi to concentrate radio energy toward the target direction, reducing interference from unwanted angles. The robust Yagi design offers stable performance across the 868 MHz band and is compatible with equipment that accepts an N-female connector. Its construction is suitable for outdoor installation, providing a reliable solution to extend communication range and improve link margin for low-power devices and gateways.

Suitable for

• Long-range point-to-point wireless links in the 868 MHz band
• IoT gateways and remote sensor networks requiring extended coverage
• Telemetry and SCADA radio links with a need for directional coverage
• Outdoor or rooftop antenna installations for improved signal focus

Key specifications

• Frequency range: 868 MHz (optimized for applications in the 868 MHz band)
• Gain: 10 dBi directional gain
• Connector type: N-female
• Antenna type: Yagi (directional)
• Typical application: point-to-point and point-to-multipoint links, telemetry, IoT

How to use

Mount the antenna on a mast or suitable bracket with a clear line-of-sight to the target installation to maximize directional performance. Connect the antenna to the radio device or gateway using a coaxial cable terminated to match the N-female connector. Aim the antenna precisely toward the remote station or coverage area and secure all mechanical fittings. Verify polarization alignment with the remote device and perform a link test, adjusting azimuth and elevation to optimize signal strength and quality.

Recommendations

For best results, install the antenna outdoors with minimal obstructions between antennas and use quality low-loss coaxial cable and properly matched connectors. Regularly inspect mounting hardware and cable connections for corrosion or looseness, and realign the antenna after strong winds or structural changes. Ensure compliance with local regulations regarding antenna placement and transmit power when used with licensed or duty-cycled devices.