When people first hear about a long-range WiFi coverage kit one question often comes up immediately:
What exactly is the kit. How does it work?
A long-range WiFi coverage kit is not simply a WiFi router with a more powerful antenna attached.
It is a wireless system designed to extend an existing internet connection across a larger outdoor area.
In our deployment projects the system can work together with internet sources. In the project featured earlier for example Starlink was used as the internet backhaul bringing internet connectivity to the rooftop installation site.
However Starlink alone does not automatically provide WiFi coverage across a community.
The Starlink connection brings internet to the installation point.
The WiFi coverage kit is responsible for distributing that internet from the installation point to users across the surrounding area.
This is the idea, behind the SUNCOMM long-range WiFi coverage solution.
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The system used in our long-range WiFi deployment consists of three components:
AP3000G WiFi 6 Access Point
RG402 RF Adapter Cables
AN2458 Outdoor High-Gain Antenna
These components are designed to work together as one complete WiFi coverage kit.
In terms the network architecture looks like this:
Internet Source → Router/Gateway → SUNCOMM WiFi Coverage Kit → WiFi Users
Or in the case of the African rooftop deployment:
Starlink → Network Gateway → SUNCOMM WiFi Coverage Kit → Surrounding Community
This distinction is important because the internet source and the WiFi coverage system perform two jobs.
One brings internet into the network.
The other distributes that internet wirelessly.
Understanding this difference makes it much easier to understand how long-range WiFi coverage works.
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At SUNCOMM we think that when we do a project like this it shows us something
A network solution should not start with what equipment we're going to use. It should start with the environment.
Before we choose the equipment we need to think about some things.
Where is the internet coming from?
How high can we put the equipment?
How big is the area we need to cover?
Is the ground flat. Are there hills?
Are there a lot of buildings close together?
How many people need to use the internet?
Do we want to give people WiFi or do we want them to pay for it?
Is the power supply good?
How are we going to take care of the equipment?
Once we have the answers to these questions it is easier to choose the equipment.
Sometimes one high spot can give us the coverage we need.
In another project we might need to use access points.
In some places we might need to use antennas that send the signal in one direction.
In places we might need to use antennas that send the signal in many directions.
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There is no one antenna or access point that works perfectly in every environment.
That is why we need to test the equipment in the world.
The specifications tell us what the device can do in a world.
When we use it in a real project we can see how it really works.
A Practical Model for Community and Rural Internet Expansion
We can use this kind of system in different places, such as:
l Rural communities
l Hillside neighborhoods
l Resorts
l Construction sites
l Mining areas
l Farms
l Temporary camps
l Schools
l Public WiFi
l Community internet projects
l Small local ISPs
The basic idea is the same:
Step 1: Bring Internet to a Strategic Location
This could be with fiber, 4G, 5G, microwave backhaul or satellite internet like Starlink.
Step 2: Select a High-Value Installation Point
We might use rooftops, towers, hills or other high places to get a signal.
Step 3: Design the Wireless Coverage Area
We need to decide if we need to send the signal in all directions or just in one direction.
Step 4:. Align the Equipment
We have to make sure the equipment is at the height and the antennas are pointing in the right direction. We also have to protect the cables from the weather.
Step 5: Test Real User Performance
We cannot just look at the signal strength. We have to test the internet speed and make sure it works well for people at the same time.
Step 6: Expand the Network When Required
If more people start using the internet we might need to add access points or use different antennas.
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When we stand on the rooftop and look out at all the buildings we realize that this project is about more than one WiFi installation.
In places the problem is not that we do not have the technology.
We have satellite internet, cellular networks, fiber and modern WiFi technology.
The problem is how to use these technologies to make sense for the local environment.
A rooftop, a view of the sky one reliable internet connection and a carefully positioned long-range WiFi system can be the start of something big.
At SUNCOMM we are always thinking about how different technologies can work to solve real connectivity problems.
Because sometimes the important part of a network is not the device itself but where we put it.
This project in Africa shows us how we can use a rooftop, satellite internet and a long-range WiFi system to create a solution for wider-area connectivity.
Starlink provides the internet backhaul.
The rooftop provides the installation location.
The SUNCOMM WiFi coverage kit distributes connectivity to the surrounding area.
The success of a project like this depends on more than just the equipment.
We have to think about the installation height the antenna design, the line of sight, interference, user density, backhaul capacity and real-world testing.
More and more people need internet in remote and infrastructure-limited regions we think that hybrid solutions combining satellite internet high-speed WiFi and optimized antenna systems will become more and more important.
And for us every real-world deployment is a chance to learn:
How far can we extend connectivity. How can we make that connection more useful, for the people who need it?
If you need a WiFi coverage solution, please contact us and we will provide you with the best solution
