7 reasons why your internet connection is slow 

Relying on Wi-Fi can often lead to stressful moments as speed tends to slow down. While speed issues aren’t always easy to diagnose, we’ve narrowed down the most common reasons why your connection is slow.

Here are 7 Reasons Why Your Internet Connection is Slow.


Having access to Wi-Fi is a gateway to the web. This means that if the network password is easy to solve, there could be others finding ways to tap into your service. While this isn’t something you want, having weak network passwords means that almost anyone can access yours. Using Wi-Fi History View, which is a free tool that will determine what devices have connected to the given network as well as reveal the IP addresses you may not recognize.

You can prevent this problem by changing your router password. If you are unsure where you can find it, you can use RouterPasswords.com to help guide you in locating the manufacturer’s default password and create a new password.


Living in a crowded neighborhood or apartment is often a problem as signal tends to be cut small. When too many individuals connect to the same Wi-Fi channel at the same time, the connection speed will decrease. Internet connections are usually slow during peak hours, especially during the weekends or at night.

You can fix this by choosing another channel for your router. For a 2.4 gig frequency router, there are more than ten channels to choose from. Consider channels one, six, and eleven for faster connections. If all else fails, try a new five gigahertz router instead.


Most users understand the importance of choosing the best spot for a Wi-Fi router as this can make all the difference. Consider a reasonable outlet location with enough height. Leaving your router on the ground or even behind objects will create poor performance. Instead, place the router as high as possible and steer clear of possible interferences.


As not all internet routers are made with the same quality, AC routers are better than the previous B, G, and N-type models. AC routers offer better features and performance. They include a maximum spectral bandwidth of 8 x 160 MHz with is bigger when compared to the standard 4 x 40 MHz of N routers.

Bottom Line: the higher bandwidth, the more data will be transmitted without a decrease in speed.


In addition to protecting your network service from any unauthorized usage, consider the sort of wireless security you are using. If your system is open and unprotected, be sure to change the security immediately. Using an open network will invite others to steal your Wi-Fi connection, and older WEP security will be at risk as well.

Avoid the WPA and TKIP as these settings are old and not secure – meaning they will also slow down your network. Choose WPA2 with AES for a better setting that is secure and will help you reach high speed and get the most out of your router


Sometimes, even the easiest solutions are the least expected ones. Internet routers aren’t made to send signals in a long-range so chances are, there may be dead zones or hot spots within your home. Once you have identified the low-signal areas in your home, there are a few options available.

You have the option to buy a Wi-Fi extender that will boost the range of the router’s transmission. Extenders are usually prices from $20-120 which depends on the features of the model. For an average sized home, choosing a mid-range styled extender should be fine.

Another option you can choose is to buy a mesh system. This provides of a set of small routers that sync with each other to boost the network coverage of your home. Once you spread the mini routers throughout the home, you will have a strong connection. If you want to map out your network, use Heat Mapper. This tool will help you see where the most powerful Wi-Fi signals are. You can download this useful tool for free.


Have you ever noticed that the wireless signals might pass randomly? While Wi-Fi is supposed to have a different frequency that most devices, it can still experience an interference. Did you know that even microwaves can interfere with your Wi-Fi network? This is due to the frequency of 2.45 GHz of the microwave. The same goes for Bluetooth devices. As it turns out, Bluetooth operates at 2.4 GHz.

Bottom Line: To prevent a frequency clash, try moving the router away from any devices.

Have you noticed any of these reasons as to why your Wi-Fi is slow? How did you fit it? Comment below and tell us what you think!

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