A Simplified Guide to Helium Network Hotspot Location

Using the steps below, you can figure out where is the best place for your Helium hotspot miner. A well-matched antenna is needed for the Helium Network to derive the maximum benefit from each location. The giant antenna should not attempt. Despite its appearance, this antenna does not work well for these deployments. Learning this lesson will not cost you much; this doesn’t have to happen to you.

First things first – what is Helium

It’s a global decentralized wireless network, based on the open standard LoRaWAN. It’s called the People’s network, cause everyone can install his own hotspots and become a part of it, thus earning Helium’s cryptocurrency HNT.

How to install it?

Almost everyone starts with their antenna to maximize earnings, but that’s entirely the wrong way to maximize revenues. If you focus on what cables to buy at the start, you’ll only make a less efficient improvement.

There are ultimate characteristics of a finest Helium hotspot miner settlement; antennas and cables are at the lowest of the list for position. Let’s elucidate a few arguments before we get to the end. Everyone reading this should first purchase at least one hotspot and place it as effectively as possible. However, you will earn more by finding a way to actually use the network rather than simply provide coverage in the long run.

In addition, by following and reading this article, you will have the information you need to make intelligent decisions about where to place your hotspot. It will take about an hour to digest and comprehend the entire presentation (Helium, antennas, optimum hotspot placement).

Expectations for the placement of Helium Hotspot

Helium is a network of Hotspots that pass radio signals. An increase in HNT is generally proportional to coverage of a hotspot. HNT, a cryptocurrency token, rewards hotspot owners for providing coverage by recording all transactions on the blockchain.

Whether you ordered a Helium hotspot or you are thinking about purchasing one, you have to thing about several things. There aren’t any hotspots near the green hotspots as there are near the orange and red. The red ones are the worst; they overlap and duplicate or typify, or worse, untuneful coverage to the network.

A startup called can help you with this task. The company offers Internet of Things devices and Helium hotspots. Known internationally, they sell quality hotspot miners for the decentralized Helium network. Its mission is to help create this next generation IoT ready network. You can purchase your desired hotspots and IoT devices from their website. The company provides IoT products and solutions around the globe, offering Helium hotspot miners and various other IoT products.

The Fundamentals and Optimal Allocation of Helium Hotspot

The map determines the optimal density. A hotspot less than 300 meters from another hotspot does not earn from it. Depending on the technology, hotspots could observe hotspots 50 kilometers away. Now let’s get back to the map. A hexagonal grid of various sizes forms some of the grids on the map. For short, resolution or “res” describes each size. Densities assign to hex sizes according to their scale.

The number of hotspots per hexagon at each “res” is optimal. There is no set number. Obtain by multiplying the number of hotspots in adjacent hexes by the number in the central trance. Read it a few times to make sure you understand. You can find details of the chain variables in the document HIP 17. The answer is yes; it’s a bit complex. Did this for differences between urban, suburban, and rural areas in population density.

You will be one of the 1% of Helium Hotspot owners who never have questions about optimum density if you read HIP17 until you understand it thoroughly. In actuality, it’s not as intricate as it give the idea. As in Goldilocks and the Three Bears, the density of a hotspot must be just right: not too dense, not too scant, but just right.

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