A slow WiFi connection is so frustrating, especially in these times when the majority of people are working from home. On top of that, even if you are chilling at home while binge-watching your favourite web series, experiencing buffering again and again ruins the mood completely. However, you can simply call your ISP and ask them to fix it for you. But, in some cases, even after getting it fixed from the ISP’s end, the problem still persists. Maybe, the problem isn’t with your ISP but with something else at your end.
According to Electronicshub, there may be plenty of reasons for which a WiFi connection might appear slow. It could be a faulty modem or router, too many connected devices at the same time, or some DNS server issue. Whatever the issue is, we will be discussing many fixes in this article that will help you utilize your Internet connection’s complete bandwidth.
Using the Wrong Spectrum Band
Generally, all the latest WiFi routers support two different frequency bands, 2.4GHz, and 5GHz. Both these network bands carry different bandwidths and have their own coverage area as well. Speaking of the 2.4 GHz band, the internet signals on this band can travel up to a farther distance than the 5GHz band. Hence, the coverage area of the 2.4GHz band is way more.
In contrast, the internet signals on the 5GHz band cannot travel quite far. Hence, the coverage area of this band is less. However, since the 5GHz band can carry more information than the 2.4GHz band, you will experience much higher WiFi speeds when you are connected to a 5GHz band.
In all, if you seek higher wireless speeds, you should be connected to the 5GHz band. It’s basically ideal for smart TVs since they are frequently used for streaming online, so a better internet speed is required. On the other hand, devices like smartphones, laptops are quite portable, so the 2.4GHz band is perfect for such devices since the internet speed will remain adequate in a wider coverage area.
Using the Wrong WiFi Channel
Once you are done connecting your device to the right network band, it’s time to decide what’s the right WiFi channel for you on that specific network band. On a 2.4GHz band, there are almost 11 channels, out of which 3 of them are non-overlapping channels. On the other hand, the 5GHz band can have up to 24 such non-overlapping channels.
Actually, when more and more devices start getting connected to a band, they are assigned a channel automatically. However, if the number of connected devices gets more than the number of channels available, channel congestion starts to happen. To get the max possible speeds from our WiFi connection, our goal is to find the least congested channel on the band and stay connected to that only.
Let’s suppose you are connected to the 2.4GHz band on your WiFi connection. That basically means you are connected to one of the 11 channels, right! Out of these 11 channels, channel 1, 6, and 11 never overlap each other. So, these are the 3 best spots for you to be. By default, most WiFi routers connect you to channel number 6. Thus, connecting to channel 1 or 11 is the best possible option available for you to experience the best WiFi speeds possible on that network band.
Speaking about the 5GHz band, there are plenty of non-overlapping channels to choose from, such as 48, 44, 40, and 36.
Have Too Many Bandwidth-Heavy Activities
Oftentimes, people forget to check for the bandwidth-heavy activities running in the background before they start doing some other important work. There may be a Windows Update download going on in the background. Or there may be some other app sucking the bandwidth, or there may be some other large-file download going on in the background that you might not be aware of.
To check for all such ongoing activities, you can simply open the Task Manager by using the hotkey Ctrl+Shift+Esc and observe the Network usage. In the Network column of the Taskbar, you will also notice how much bandwidth is being used by all the ongoing activities. If any of those activities are not quite important and can be halted for some time, go for it. Or if you find any app unnecessarily sucking up the bandwidth that’s not even useful for you, simply right-click on it and click the End Task button to end it.
The router is Out of Date
It’s not that you buy a router and keep using it for a lifetime; these devices do age as well. New and improved technologies keep coming from time to time, and you should definitely consider upgrading the gadgets you use accordingly as well. Maybe the router you are using is not in good condition anymore to perform like it used to. Another big mistake that most people make is that they end up subscribing to a high-speed internet connection which an old router can’t generally handle.
As of now, the latest WiFi technology around the market is WiFi 6E that allows you to experience wireless speeds up to 9.6Gbps. However, such routers are quite expensive, so you can also consider the WiFi 5 routers as well. They are generally labelled as 802.11ac WiFi technology and deliver nearly up to 1Gbps speed which is good enough for normal usage. You will be able to comfortably stream 4K on multiple devices with this much bandwidth without disturbing the network bandwidth for other people connected to the network.
Router Is in the Wrong Place
While installing a WiFi router in your home, choosing the right location to place the router is quite important. Signals from the router generally scatter towards every direction where the intensity or strength of the signals deplete as you go far from the router. Hence, one possible reason for which you might be experiencing low internet speeds is poor signal strength. If that’s the case, you are either too far from your router. Or the router is placed in some odd corner in your house that the signals are not properly reaching your device.
You can simply eliminate the WiFi dead zones by placing the router somewhere in the middle of your house. While you place your router in your home, make sure it’s not too close to any metal objects such as a refrigerator, as WiFi signals can properly pass through metals and also water. So, placing a router near any fish tank can also weaken the signal strength.
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