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How to Get The Best WiFi Coverage

Getting access to all of your WiFi devices is critical today’s world. Whether it’s making sure guests can access their information in your conference room or your children can do their homework in the kitchen, having good WiFi coverage can make the difference between success or failure.
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  • Wi-Fi Site Surveys, Analysis, Troubleshooting
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To get the best WiFi coverage, rely on NetSpot to expand your WiFi to get the widest and fastest coverage possible.

Analyze Your WiFi Coverage

The most important part of any endeavor is information. Before we start a long trip, we need to plan out the roads to use, where the rest stops will be, and places to sleep along the way.

Planning how to get the best WiFi coverage is a similar process. We need to understand just where our current WiFi network reaches, how strong it is in different areas, and where the weak points are. To do that, we need to use a WiFi analyzer. A WiFi analyzer works by taking a poll of each of the WiFi networks it can reach.

By transmitting data across the network, it measures how fast the network is, and checks the signal strength of the WiFi radio waves. A good WiFi analyzer does more than just check speed. It checks multiple networks, finds the frequency type of the WiFi radio signal, the strength of the signal, signal to noise ratio, and a host of other statistics.

Don’t let the word “statistics” scare you — a good WiFi analyzer can display that information in an easy to understand table format, or if it’s really good by showing off the information on a map.

This is why NetSpot works so well. It’s a WiFi analyzer that works with Windows, Mac OS X, and Android devices. NetSpot provides incredible information gathering tools with a simple interface that anyone can understand. For registered users, NetSpot can use the information to build heat maps.

By uploading picture of the building we’re scanning into NetSpot and taking samples of the WiFi in different locations, NetSpot shows how the signal strength looks across the entire location. This lets us know exactly what spots are strong, what are weak, and where we need to increase our coverage.

By using a tablet or cell phone, we can quickly move from place to place in our location and get readings on the WiFi network. With this information we can scan specific spots to get an exact measurement for where we want to know about the strength or weakness of our network, or make multiple readings over time to compare one to another.

NetSpot is a WiFi analyzer
NetSpot is a WiFi analyzer

What Troubles/Issues Can You Face And How To Fix Them

WiFi networks sometimes don’t work the way we want. We have a device that won’t connect, or a laptop that seems as slow as a phone modem when we communicate with the Internet. We need to combine troubleshooting techniques with a WiFi analyzer to let us know if our results are doing any good.

Here’s a few things we can do to troubleshoot WiFi issues:

  • Update device drivers. Make sure the latest device drivers have been installed so the computer or laptop can work the best with the WiFi hardware. Computers aren’t made perfect from the start, and developers learn from their mistakes to make the software that runs them a little better. New drivers can help improve WiFi networks by helping the connection between the hardware and the operating system be more efficient and effective.
  • Replace the WiFi hardware. For a USB WiFi adapter, sometimes the contacts are not making a good connection, or the USB port itself is flawed. At times moving the USB device from one port to another can make a difference. Other times it’s the device itself we’re using that’s deficient in some way. The best way to troubleshoot hardware issues is to replace the device in question, then test the network and see how the WiFi network operates.
  • Signal to Noise Ratio. The more WiFi networks in a location, the more signals our computers and devices have to parse out. WiFi signals work on channels, and if all of the networks are in one channel, it can be like trying to hear a friend in a room full of noisy people. Setting the WiFi network to a different channel can help reduce the amount of noise our devices have to get through.
  • Device conflict. Some Bluetooth devices can interfere with the frequency of a WiFi network. For example, connecting a Playstation 4 controller via Bluetooth to a computer that only works on the 2.4 Ghz network can disconnect the computer from the WiFi network.
Troubleshoot WiFi issues
Troubleshoot WiFi issues

To check on issues such as Signal to Noise, channel settings, and other statistics, use NetSpot to learn what the WiFi network is doing, and troubleshoot the WiFi issues you’re having. It can help narrow down where the problem is to help you fix what’s wrong.

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The moment everyone has been anticipating is getting closer — with NetSpot 3 you'll be able to plan out a brand new WiFi network with minimum equipment at hand. You'll only need a computer or a notebook with NetSpot 3 installed to easily estimate the number of access points the future network will require for a smooth sailing.
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Planning & Prediction

WiFi Boosters/Extenders

To boost our WiFi signal, we can use a WiFi extender, also known as a booster to expand the reach of our network.

A typical WiFi booster can come in different types, but usually they take two main forms:

  • Repeaters. Repeaters work by taking the signal from the WiFi network, and passing it back and forth between the main WiFi router and the device. It’s like a post office that takes your message, forwards it onto your friend, and then takes their letter back and returns it to you.

  • Mesh. With a mesh network, multiple devices work together to pass messages back and forth between them. In this case we’re not relying on just one friend to pass along a letter back and forth, but a whole range of people who take our letters and pass them around until they reach their destination. As we move through our building in a mesh network, the mesh device that has the strongest signal with it can connect and pass along the data to the main router device. This is a method to boost WiFi networks that Google uses in their WiFi devices.

The problem is where to put the WiFi booster to get the best coverage for the network. We could just guess. Or use the power of NetSpot to map out the WiFi signal across our location. By sampling the strength of the WiFi network in different locations, NetSpot can help us find the weak areas. By knowing where the signals are weakest or have the most noise to signal ratio, we can figure out how to boost our WiFi to extend its reach.

How To Boost WiFi

Once we’ve identified all of the weak spots, then it’s time to boost our WiFi signal. The most important tips are in the link provided below, but NetSpot is essential for making sure we get the position right. It’s not enough just to put in our WiFi mesh network or repeaters and hope for the best. We need information to understand how adding in devices affect the network.

By using NetSpot, we can test the before and after effects of our changes. We can add repeaters or mesh network devices to the location, and once they’re connected to the router, there is a new WiFi network configuration.

Each time we add a new repeater, update the device drivers, or find a new position for our router, scan the location again with NetSpot so we can see how the changes affected the network. With this information, we can improve the WiFi network to get the maximum range and throughput. Information is power — and with NetSpot, you’ll have all of the information and power you need to make the WiFi network work to its best ability.

Wi-Fi Site Surveys, Analysis, Troubleshooting runs on a MacBook (macOS 10.10+) or any laptop (Windows 7/8/10/11) with a standard 802.11a/b/g/n/ac/ax wireless network adapter.
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Read next in All about Wi-Fi

If you want to dive deeper into this Wi-Fi thing, check out the following articles about Wi-Fi security, the best apps for wireless networking, inflight WiFi, etc.
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Wi-Fi Site Surveys, Analysis, Troubleshooting runs on a MacBook (macOS 10.10+) or any laptop (Windows 7/8/10/11) with a standard 802.11a/b/g/n/ac/ax wireless network adapter.