3/4/5dBi for Helium Hotspot Miner Antenna 915MHZ (902-928MHz) for LoRa/HNT Mining Machine Antenna Long Range Outdoor Network High Gain Signal Booster Kit

Feature:
The antenna has a female to RP SMA connector cable, so it can be easily connected to the gateway and all other for helium miners. The antenna can be used in any environment requiring long-distance for LoRa connection, agriculture, environmental monitoring, urban monitoring, etc
Increase signal strength: internal copper oscillator, 3dBi / 4dbi / 5dBi gain, omnidirectional, long distance, far coverage, low standing wave ratio
Durable material: outdoor all day work, anti-corrosion, waterproof, rainproof, easy to install. The radome is made of FRP and the antenna base is made of thickened aluminum, which is firm and durable and can resist strong wind.

Application:compatible with helium all mining hot spots: for Nebra HNT indoor hot spot mining machine, for HNT reward, for Rak hot spot mining machine V2, for Bobcat mining machine, for Nebra HNT outdoor hot spot mining machine, for Bobcat mining machine, for SyncroBitt gateway, for Nebra HNT outdoor hot spot mining machine, for helium mining machine encryption, for Laura camera, designed for LoRa helium miners, low-power radio: for Sigfox, for LPWA, for LoRa, mesh network, for IOT

Specification:
Frequency: 902-928 MHz
Maximum gain: 3dBi / 4dbi / 5dBi (optional)
Antenna length: 30cm / 45cm / 55cm (11.8/17.7/21.7in)(optional)
Color: Black, White, Gray (Optional)
Radome material: FRP
Radiation mode: omnidirectional
Polarization: linear / vertical
Maximum power: 50W
Input impedance: 50 ohm

Standing wave ratio: ≤ 1.6
Connector style: N male / N female
Adapter: SMA male to RP-SMA female
Installation method: vertical pole or wall hanging
Product packaging: neutral carton
Packing weight: 600g (about)

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.