If the firmware version of your wireless router is up to date and you have your router nestled in the most feasible spot in your home or office for maximum signal broadcast, and yet you are still having issues with the wireless signal – how can you proceed? What measures can you take to remedy your situation? What actions can you take to improve your wireless experience?
Almost every one of us has, at one point in time, experienced this kind of connectivity issue, either at home or in the workplace. It resonates with each one of us, and we agree that it can be annoying most of the time.
Unfortunately, not every one of us is aware of the proper solution: the WiFi extender. A WiFi antenna extender is a qualified networking device. It is something you should seriously consider investing in if you want to get the most out of your wireless connectivity.
Investing in a WiFi extender is an effective approach to improving your WiFi connectivity because it takes away dead zones. These are locations in your household or workplace that seem to be just beyond the reach of your wireless signal.
Extender devices usually work in conjunction with routers to help extend the range of the WiFi signal, hence the name, particularly in areas where it is weak.
Typically, WiFi antenna range extenders are referred to as wireless range extenders, but many refer to a WiFi extender as a wireless range extender.
Extenders have also been referred to as WiFi signal boosters, boosters for WiFi signals, or WiFi repeaters. Regardless of how they are called, their primary function remains the same and that is to boost the WiFi signal and facilitate more efficient and satisfying wireless connectivity.
A WiFi extender is a piece of networking equipment that expands the reach of the transmitted signal coming from your (WiFi) router. This can be done either wirelessly or directly via connection to the router’s ethernet port.
WiFi Extenders, How Do They Work?
The primary distinctions between the two bands are their range, speed, and bandwidth. While the 2.4 GHz band offers greater WiFi coverage, the speeds are slightly slower. Some users, though, will find that aspect a bit disappointing.
The 2.4GHz band has lower speeds but wider WiFi coverage, whereas the 5GHz frequency offers higher-speed connections but with decreased WiFi coverage.
Due to these frequencies, the extender is capable of obtaining the router’s digital connection. To complete the signal amplification cycle, the extender device will generate and transmit its signal into locations that are experiencing networking problems.
It is worth noting that WiFi extenders work only to replicate the router’s signal; they are not engineered to increase or boost it. To establish a connection to the Web, router devices acquire the Internet signal and broadcast it out into space beyond the reach of the initial wireless signal.
Thus, expanding your WiFi coverage area. Previously labeled as “dead zone” areas or spaces in your household with a weak WiFi signal, they will be a thing of the past.
Level of Effectiveness
These networking devices designed to improve wireless connectivity will work. The position of the extender device, though, is a critical aspect that must be taken into account all the time. As much as possible, it should be close enough to the source for the optimum gathering of signals, but it should be far away enough to make the transmission of the same to “dead zones” or grey areas possible.
Provided that your WiFi extender is positioned in a suitable location, dead spots and weak WiFi connections can be avoided.
If you deem it necessary, conduct a small test.
Before installing your WiFi antenna extender, it will work to your advantage to do an initial speed test first. Both criteria, download and upload speeds, can be tested in various locations across the house.
Conduct a speed test in the very room where you installed the WiFi antennas extender and verify your network speed. You might want to make a note of the results and compare them before and after.