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Antennas by Application

Antennas for Smart Agriculture and Precision Farming

Antennas for Smart Agriculture — Connected agriculture spreads sensors, livestock trackers and autonomous machinery across wide rural
Antennas for Smart Agriculture

Connected agriculture spreads sensors, livestock trackers and autonomous machinery across wide rural areas, demanding long-range, low-power links and robust GNSS positioning rather than dense high-capacity coverage.

Overview

Understanding antennas for smart agriculture starts with the physics of the band, then moves through pattern, gain, mounting and the practical constraints of a live deployment. Sub-GHz LoRa and NB-IoT links cover farm-scale distances with a single elevated gateway antenna, while RTK GNSS guidance for tractors and sprayers needs centimeter-level positioning from a multi-band antenna.

Frequency Bands and Spectrum

The bands most relevant to antennas for smart agriculture are listed below. Each band brings different propagation, regulatory and antenna-size implications.

BandRange (MHz)Typical use
902-928 MHz ISM902-928US ISM / LoRa / RFID
800-960 MHz Cellular806-960GSM-900 / cellular
GNSS / GPS1176-1606GPS L1/L2/L5, GLONASS, Galileo, BeiDou
Wideband (700-2700 MHz)700-2700Multiband / all-cellular

Recommended Antenna Types

The following antenna classes are best matched to antennas for smart agriculture:

Omnidirectional Fiberglass Antenna

Collinear omnidirectional antennas in a UV-stable fiberglass radome for 360 degree outdoor coverage.

GNSS / GPS Antenna

Active GNSS antennas for positioning, timing and high-precision survey applications.

Magnetic-Base Mobile Antenna

Magnetic-mount vehicular antennas for telematics and mobile connectivity.

Directional Panel Antenna

Sector / panel antennas delivering focused gain over a defined azimuth, used for base-station sectorization and fixed point-to-multipoint links.

Applications and Use Cases

Antennas for Smart Agriculture support a range of deployments. The most common are:

  • IoT / M2M
  • GNSS Positioning
  • Asset Tracking
  • Telematics / V2X

Mounting and Installation

Gateway and base antennas are mounted on grain-silo, barn rooftops or dedicated masts for maximum line of sight; machinery antennas are magnetic- or bracket-mounted on cab roofs.

Lightning Protection and Grounding

Tall, isolated rural masts are lightning-prone, so surge protection and a low-impedance earth ground are essential for gateway and base-station antennas.

Standards and Compliance

Designs and deployments in this area commonly reference:

  • LoRaWAN
  • NB-IoT / LTE-M (3GPP)
  • GPS/GNSS RTK for guidance

Selection and Comparison

When narrowing down a model for antennas for smart agriculture, weigh these trade-offs:

  • LoRa vs. NB-IoT backhaul
  • Single gateway vs. mesh
  • Fixed vs. mobile GNSS

Typical gain for this category is 3-12 dBi, usually terminated in a N-Female / SMA connector, though the interface can be customized.

Recommended Antennas from astronwireless.com

The following models from our catalog match the requirements discussed above:

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Antennas for Smart Agriculture in depth

The pages below break antennas for smart agriculture down by band, by antenna class, by application and by how the antenna gets mounted, each with the catalog models that apply.

By frequency band

By antenna type

By application

By installation

Selection and reference

Frequently Asked Questions

What frequency bands do antennas for smart agriculture use?

Antennas for Smart Agriculture typically operate across 902-928 MHz ISM, 800-960 MHz Cellular, GNSS / GPS, and Wideband (700-2700 MHz). The primary band spans 902-928 MHz.

How should antennas for smart agriculture be mounted?

Gateway and base antennas are mounted on grain-silo, barn rooftops or dedicated masts for maximum line of sight; machinery antennas are magnetic- or bracket-mounted on cab roofs.

What antenna gain is typical for antennas for smart agriculture?

A typical gain range is 3-12 dBi. Higher gain narrows the beamwidth and extends range, so the right value depends on whether you need broad coverage or a focused long-distance link.

Which applications are antennas for smart agriculture best suited for?

Common applications include IoT / M2M, GNSS Positioning, and Asset Tracking. Sub-GHz LoRa and NB-IoT links cover farm-scale distances with a single elevated gateway antenna, while RTK GNSS guidance for tractors and sprayers needs centimeter-level positioning from a multi-band antenna.

What connector do antennas for smart agriculture normally use, and can it be changed?

The usual interface is N-Female / SMA. The connector and cable assembly can be customized — SMA, N-type, TNC, BNC, FAKRA and IPEX options are available on request.

Do antennas for smart agriculture need lightning protection?

Tall, isolated rural masts are lightning-prone, so surge protection and a low-impedance earth ground are essential for gateway and base-station antennas.

Which standards apply to antennas for smart agriculture?

Relevant standards and references include LoRaWAN, NB-IoT / LTE-M (3GPP), and GPS/GNSS RTK for guidance.

How do I get a quote for antennas for smart agriculture?

Use the antenna configurator on this page to specify your frequency, gain, polarization and mounting requirements. Submit the inquiry and an engineer from astronwireless.com will respond within one business day with matched models and pricing.