Dragino 3dBi LoRaWAN Fiberglass Antenna

Brand: Dragino

$52.00

Frequency Range: 860~930MHz
N-Type to RP-SMA (Connector Type)
One antenna to suit both 868MHz and 915 MHz bands
Max Gain: 3dBi
High efficiency
Vertically polarized monopole

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3dBi LoRaWAN Fiberglass Antenna

This is a high quality outdoor antenna designed to be deployed outdoor, for better range. The antenna connector is one with the antenna body, because this design increases the resistance of the antenna to external conditions further. It is IP67 rated, making it weather proof. It is designed to work in the sub-GHz bands like US915, AU915, AS923, EU868, IN865, RU864.

The coverage that this antenna provides makes it ideal for deployment outdoors in a relatively high altitude spot within an urban area or a suburb of a fairly large urban area, because in such a scenario it is likely that the signal will reach a significant portion of a suburb or neighborhood without developing blind spots in close proximity to the exact physical location of the antenna.

As this is a lower dBi antenna, it is designed to provide better, fuller and more stable coverage for devices that are situated nearby as opposed to a higher dBi antenna, which would be able to do the same for devices that are situated further away from its location. The general logic related to the difference between a higher dBi antenna and a lower dBi antenna is best understood by viewing the picture.

The exact shape of coverage for antennas in general resembles that of a doughnut, while the exact radiation pattern for the currently discussed 3 dBi antenna can be viewed on the following picture:

3dBi Fiberglass Antenna

Overall the specs of this particular antenna are a great fit for use with a Helium hotspot, such as the RAK Hotspot V2, or MNTD Hotspot mostly because you will be able to reach a great number of witnesses within the urban area where the deployment would be situated, especially if you manage to install it at the very top of a building, where it would have a direct line of sight towards all of the buildings nearby.

An example for a good deployment of such an antenna in relation to other Helium hotspots nearby can be seen on the image.

You should also keep in mind that it is always a good idea to use a combination of antennas with varying dBi in order to achieve better overall coverage and fewer blind spots.

To choose the appropriate antenna with regards to the LoRa frequency of your region, please refer to the TTN’s guide, and/or the Regional Parameters Documentation provided by the LoRa Alliance.