Directional Yagi-antenne ALLNET ANT-868-14dbi-Yagi 868 MHz 14 dBi N-bus

ALLNET ANT-868-14dbi-Yagi is a directional Yagi antenna for 868 MHz applications, featuring 14 dBi gain and an N-female connector. Designed to improve range and signal strength for narrowband IoT devices, telemetry, alarm systems and long-range wireless links, the antenna provides focused reception and transmission where higher antenna gain and directionality are required. The housing and mounting arrangement are suitable for outdoor installation and alignment toward target signal sources.

Advantages

The antenna delivers a high gain of 14 dBi at 868 MHz to increase link budget and extend communication distance without altering radio transmit power. Directional Yagi design concentrates the radiation pattern to improve signal quality and reduce interference from unwanted directions. The N-female connector allows secure connection to external coaxial cable assemblies and professional radio equipment. The rugged construction is intended for outdoor use and enables stable mounting and alignment for point-to-point or point-to-multipoint links.

Suitable for

• Narrowband IoT and LPWAN deployments operating at 868 MHz
• Telemetry, remote sensor and alarm system links
• Long-range point-to-point or point-to-multipoint wireless connections
• Improving reception and transmission in weak signal areas through directional alignment

Key specifications

• Frequency: 868 MHz
• Gain: 14 dBi
• Connector type: N-female
• Radiation pattern: Directional (Yagi)
• Designed for outdoor mounting and alignment

How to use

Mount the antenna on a suitable mast or bracket ensuring a clear line of sight toward the target transmitter or receiver. Connect the antenna to your radio equipment using an appropriate coaxial cable and an N-male termination. Adjust the antenna orientation and fine-tune alignment while monitoring signal strength or link quality until the desired reception or transmission level is achieved. Verify weatherproofing and mechanical fixings after installation.

Recommendations

For best results, use in installations with a clear directional path to the remote device, and combine with low-loss coaxial cable to minimize feedline attenuation. Ensure the antenna is securely grounded and installed following local regulations for outdoor antenna systems.