Smart Agriculture & Farming Antenna Solutions

Precision agriculture uses different wireless technologies depending on range, throughput, and power requirements. Low-power sensor networks often use ISM or LoRaWAN. Machinery and gateways may use cellular or Wi-Fi, while GNSS supports positioning and machine guidance.

Choose an antenna that matches the wireless network and the distance between sensors, gateways, and monitoring points. ISM and LoRaWAN are commonly used for low-data sensor networks, while cellular can connect remote gateways where wider-area coverage is needed.

Tractors, sprayers, harvesters, and other connected equipment may need cellular, Wi-Fi, GNSS, or a combination of all three. Multiband antennas can bring these connections into one housing, with configurations available for different modem and router requirements.

Yes. Tri-band GNSS antennas can be used with compatible RTK-capable receivers and correction services for precision guidance, surveying, automation, and other applications requiring highly accurate positioning.

Low-profile, rugged antennas can support livestock monitoring networks using ISM, Wi-Fi, and other wireless technologies. Options such as the HD3-915 and HD4-2400 provide compact designs for installations where durability and exposure are concerns.

It depends on the distance, amount of data, available infrastructure, and coverage at the site. ISM and LoRaWAN can work well for sensor networks transmitting small amounts of data, while cellular provides direct wide-area connectivity for remote equipment and gateways where carrier service is available.

Yes. Wireless antennas can connect pumps, controllers, sensors, and other irrigation equipment to remote monitoring and control systems. Cellular and private networks can cover larger properties, while directional and omnidirectional antennas provide different coverage options for fixed installations.

Directional antennas focus coverage toward a specific location, making them useful for links between defined points. Omnidirectional antennas provide coverage around the antenna and are better suited when equipment or network nodes are located in multiple directions.

Not every installation requires IP69K. The appropriate protection depends on exposure to water, dust, washdowns, weather, vibration, and other environmental conditions. Select the antenna rating based on where and how it will be installed.

Select Mobile Mark antennas carry the Verizon Frontline Verified designation, while other models are identified in the catalog as FirstNet compatible. These labels apply only to listed products and configurations. Network status does not replace checking frequency coverage, MIMO ports, cables and connectors against the router or radio.

Yes. Multiband antennas can combine cellular, Wi-Fi, and GNSS elements within one housing, reducing the number of separate antennas mounted on the equipment. Available configurations range from simpler connectivity requirements to higher-capacity MIMO systems.