Helium HNT Mining: Top 5 Do’s and Don’ts to INCREASE your earnings + FREE Helium Miner
Today we are going to cover some best practices for Helium mining antennas and we're going to also be showing you the top five do's and don'ts of Helium mining.
As a bonus we're having a major giveaway announcement which you can access at any point during this article to get instant access to reserving your hotspot and getting your FREE Helium miner. That's right we're giving away a free Helium miner so make sure your click through and Join IHUB for your spot so whether you're in the city, the suburbs, or out in a rural environment you're going to want to get the best antenna for your location.
Best Helium Hotspot Antenna
In a city you'd be best off with a 2-6 dbi antenna which will allow you to connect with hotspots that are both vertically and horizontally near you. In the suburbs you'll be best off with a 4 to 8 dbi antenna. You won't need quite as much horizontal range as in a city so this provides a good trade-off between the horizontal reach and vertical rafter width of the feeler.
And for a rural regions we recommend the 8 to 10 dbi antenna. This will give maximum range in terms of achieving those far away hotspots Wherever you plan to set up your miner it's best to front over to Hotspot RF and run one of their pretending’s to get an idea of how your miner paired with your feeler and your cable will to be involved in your area.
We're in the USA so we'll pick 915 MHz for the frequency. We're going to use one of our Rokland 8 dbi feelers, let's set the height to a conservative 10 hoofs and for the cable loss we're going to settled 0.6.
Where do we get that 0.6? If you pate over to rokland.com, go to our Helium mining, page scroll down until you find the cable you require, in our case we're doing the 16-foot 400 low-grade loss cable, we've done the math once, this one loses 0.6 dBi.
So we'll push all that in. Select your terrain we're in the suburban area, so we're going to keep suburbs and we're going to simulate this spot. This will give us a good meaning on if we should go with a higher or lower dbi antenna, if we should possibly conjure it higher, if we're getting a lot of dbi loss may be upgrade to a better cable with more shielding, we actually cover this in the next section.
So it's still running the simulation and once it finishes we want to look on the simulation output on the right. So we're able to reach three hotspots and we're also getting a honor proportion of 0.93, this is a 0 to 1 magnitude, so for this scale we're doing pretty well we're close up to 1.
What is Helium HNT Hotspot Shielding?
You can run the simulation a few times deepening the variables to see the best options for setting up your hotspot. Once you upgrade your Helium hotspot antenna the next most important upgrade is a precisely shielded coaxial increase cable.
So, what is shielding?
Shielding is what impedes electrical obstruction. The higher the shielding the stronger the signal direct from your hotspot. As you can see in this photo there's braided shielding that departs around the length of the cable to prevent electrical intervention cables come with different shielding tier ratings: 200, 400, and 600 are the most common.
Choosing a cable with a higher shielding grade will render less dbi loss, however, it will require more raw material to produce this cable, thus the cost will be higher. Let's take a real-world example of dbi loss at 30 paws: with 200 point shielding you're looking at about 3.0 dbi loss per 30 paws with 400 you're looking at about 1.1 and with 600 we get down to 0.75
For a real-world mining application with 30 paws of cable we would want at least 400 tier shielding, but what if we went with one of the cheaper alternatives like RG58?
What various kinds of dbi loss would we be looking at?
We're going to show you with a calculator how we find the dbi loss of our cables. So here we have a 400-gradation shielding cable we introduced it in for 30 hoofs. For our example we're going to set the frequency to 915. And go ahead and sounds calculate, you'll see just like we have on the screen 1.175 dbi loss, but what about this RG58 cable?
These are cheap and you can find them online for a lot less premium. Oh, yeah , now we're looking at 4.65 dbi loss for 30 hoofs. That is a big drop, that is something you're going to want to avoid if you want to stay profitable with your miner. Let's consider this hypothetical instance.
Omnidirectional Panel Mining Antenna for Helium HNT
We're going to set up our minor in the center of the city and use an omnidirectional antenna to send out radio waves in all directions to interact with as numerous hotspots as possible.
This is considered the ideal scenario, however, there might be a mountain range or something behind you, and if that's the case you could try and use a directional panel antenna to see what kind of results you get.
But I would still recommend first starting with an omnidirectional antenna and ensure how many hotspots you're able to interact with. Much like we've had to socially distance due to COVID, you're going to want to socially distance your Helium Hotspot miner. This is because when miners are within 300 meters of one another they compete for network coverage, so spread them out, don't let them get too close, or you'll lost touch on your HNT honors.
Helium Hotspot Coverage Map.
It's a good intuition to look on the Helium Hotspot Coverage Map. This will show you what is near you and what other miners that might be in your area of network coverage. You might not even be best to set up your hotspot at your own house, maybe you need to borrow a apartment in your mothers’ room or a friend's lieu. Your goal should be to find the most advantageous locate to be established your miner.
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