Helium Miner Extra Gain Omni Stack Antenna 8.8 dBi
Helium and Bobcat miner. The best antenna with 360° coverage. Especially good for locations outside of high urban area with distant Helium Witnesses all around.
Consists of four stacked vertical dipoles and 4-Way “phasing harness” – divider.
Antenna have more gain than any Omni antenna white Fiberglass rods regardless of what was written on label you can find on the internet.
Azimuth Radiation Pattern for Helium Omni Extra Gain 8.8 dBi antenna stack
Elevation Radiation Pattern for Helium Omni 8.8 dBi antenna stack
Is this antenna the right choice for you?
This guide will help you pick the perfect antenna for your Helium HNT Mining. There are many choices and we will see how to choose the best Helium Miner antenna for every situation. Some of our customers make stable contacts up to 200 km away. It all comes down to location, elevation, and the number of close and far witnesses. You do not have to live in high-density urban cities to make good passive money by farming Helium.
Our Helium miner antennas are specialized for ALL miners like Helium Bobcat, SyncroBit and Panther X miner, etc… And for both frequencies. 868 EU and 915 US as different antennas. Not universal as many want to do. The universal antenna is always compromised. And not the best for any particular frequency.
Choosing the right LoRa Helium Antenna will be easy after reading this article.
Who are we?
Antennas-Amplifiers company producing antennas, amplifiers, and equipment for more than 34 years. Our main focus has always been quality over quantity. We do not compete with the Chinese market and copycats. We do make antennas in the whole other class. Our antennas are used in Ham Radio, Space Research, Earth-Moon-Earth, and Satellite communication, SAR (Search and Rescue) missions. Reliability and quality are essential.
All our antennas have been calculated with the latest full 3D Electromagnetic Simulation Software, with included the influence of the boom, brackets, and connectors. Each and every antenna is measured and tested by a network analyzer to ensure the best possible characteristics. Without exception. With all done like this we can guarantee described Gain, F/B, G/T, and all other parameters.
Major types of LoRa Helium antennas. Omni and Directional.
Omni – Omnidirectional antenna is a class of antennae that radiates equal power in all directions perpendicular to an axis, with power varying with an angle to the axis (elevation angle). In other words, Omni antennas cover 360° and the power is distributed on all sides. This kind of antenna is good if you live in urban cities, and plan to cover that one city. In Production are three types of Omni antennas.
A directional antenna is an antenna that radiates or receives the greatest power in specific directions allowing increased performance and reduced interference from unwanted sources. Directional antennas provide increased performance when a greater concentration of witnesses is in a certain direction. These types of antennas are way better for city edges, suburbs, villages, and hamlets.
No matter what type of antenna you chose, if you plan to have the best possible signal, it is crucial that the antenna is outside, in the highest possible position.
Omni antennas for Helium Mining:
In production are 3 types of Omni antennas:
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Omni antennas are perfect for city centers and high urban areas. It allows 360° coverage and gets witnesses all around.
When choose the Omni antenna as the best choice for you?
You live in the city center of Milan Italy and want to catch all witnesses around.
What Omni directional antenna to choose?
Very high locations, buildings with 20 – 30 floors or center hills with all Hotspots sharp down. Use LoRa-2.15 or better LoRa-5.5 antenna.
If your location is not that high say 10 to 30m above the ground level choose the LoRa-5.5 or LoRa-8.8 antenna.
Directional – Sector antennas for Helium Mining:
Directional – Sector Yagi antennas have far more gain and narrower angles. And they are extremely good for locations outside of city centers.
The most important feature of sector-directional antennas is not just more gain which derives from directivity but much lower noise pickup in other directions that are out of the main lobe. That will lead to better SNR of received signals and accordingly more witnesses or money.
How to choose the best Helium Miner Sector or Directional Antenna
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* Possible system: All the same antennas can be stacked in the vertical plane to increase gain – range. There is no drawback in doing this, only the increased price of the antenna. If you choose the antenna stacks like LoRa-10 or LoRa-13, the gain will increase by about 3 dB (double) for a double system or if you choose LoRa13 – a system of four antennas in the stack, the gain will increase by about 6 dB (four times more gain!).
How to choose the best Helium Miner Sector and Directional Antenna
You live in Westervoort Netherlands and want to shoot and pick as much as possible Helium witnesses in bigger city Arnhem.
Choose the LoRa-6 Sector antenna with an extra wide angle of 147°. And works well even at 180°.
A better option is to choose more gain stack versions LoRa-9 with a gain of 9 dBi or LoRa-12 with a 12 dBi gain.
Excellent to put it on the terrace or balcony where behind the antenna is the building. So only forward Helium miners count.
You live in Westervoort Netherlands but farther off Arnhem. The angle is narrower. About 126°
Choose LoRa-7 Sector antenna with a wide angle of 126°.
A better option is to choose more gain stack versions LoRa-10 with a gain of 10 dBi or LoRa-13 with 13 dBi gain.
Excellent to put it on a balcony or terrace where behind the antenna is the building. So only forward Helium miner witnesses count.
You live in Haren Netherlands and want to catch an unbelievable number of Helium Miners in Groningen. The angle is about 90°
Choose LoRa-8.9 Sector antenna with wide angle coverage of 90°.
A better option is to choose more gain stack versions LoRa-11.9 with a gain of 11.9 dBi or LoRa-14.9 with a 14.9 dBi gain.
You live in Plochingen Germany and want to catch as many as possible Helium Miners in Stuttgart. The angle is about 60°.
Choose the best gain antenna for that angle with maximum gain for necessary 60° coverage.
LoRa-11.4 is the best choice. Mora gain – more witnesses stack versions LoRa-14.4 with 14.4 dBi gain or LoRa-17.4 with 17.4 dBi gain.
You live in Clisson France. And want to collect as much as possible Helium miners from Nantes.
The necessary angle is about 43°. Your choice for the best Helium Miner directional antenna is LoRa-14.
With about 43° -3dB beam width. Mora gain – more witnesses stack versions LoRa-17 with 17 dBi gain or LoRa-20 with 20 dBi gain.
You live in Cookeville, TN United States. And want to earn as much as possible money from Helium Miners in Nashville
The necessary angle is about 39°. Your choice for the best gain antenna is the LoRa-15 US 915 MHz version (Separate version relative to EU 868 MHz antenna).
Better is to choose double stack version LoRa-18 US 915 MHz with 18 dBi gain or LoRa-21 US 915 MHz stack of four antennas with 21 dBi gain.
Now, you decide what Helium antenna fits you best.
Recapitulation for Omni antennas: 360° coverage, shorter range than directional antennas. Excellent choice for city urban areas and rooftops.
Recap for Sector and Directional antennas: More gain, lower noise pickup. Longer range but you must choose the best angle. Excellent to put it on a balcony or terrace where behind the antenna is the building.
We are here to help, but first, it is best to help yourself by doing simple steps before ordering.
1. Open Google Maps, and pick terrain view with topography and elevation, or just go outside and make sure do you have line-of-sight for the desired location.
2. Open your dedicated program to see where the most “witnesses” are. Like https://explorer.helium.com/ and find your location.
Do not be tempted to widen unnecessary angles in believing that will lead to more witnesses.
One witness on the wrong side is too high a price compared to hundred of witnesses you can collect aiming in the right direction with a higher gain antenna.
After calculating the right angle you need to pick the closest angle. By doing that you will have the most gain you could have in the desired direction.
Last but not least is to decide if should you go for a single antenna or stack a system of two or four antennas with more gain, stronger signals, and more witnesses.