Finally, once you lose the connection to the 5GHz band, the device can automatically connect to the 2.4GHz. This means that where you would’ve gotten two bars with the 2.4GHz frequency band, you would probably get one bar with the 5GHz frequency band. Short wavelengths get more reduction when passing through obstacles because they can’t penetrate the walls as easily. With a 5GHz frequency, the WI-FI connection can be faster with low latency, but the wavelength is short. This is still quite good, and you can have a steady connection with two bars, but one bar is bad. So, it will drop to two bars, and if it passes through another object, it loses one more bar and is left at one bar. The signal will take a hit of at least one bar. A long wavelength suffers less reduction when passing through solids. When a 2.4GHz frequency passes through the wall, the signal strength gets reduced. However, with walls around us, the signal strength needs to have some kind of penetration capability. The 2.4GHz frequency band has a longer reach than the 5GHz band, and it’s quite reliable in distance. The most common frequency in use is the 2.4GHz frequency, and it’s the most reliable one for distance. There are three known frequencies for most routers. This can also be an issue if the router isn’t positioned for optimal performance, and there are walls, distance, other obstacles, etc.Īnother thing that affects the WI-FI signal is the type of frequency your wireless network runs on. The distance: Finally, the thing that affects our wireless signal is the distance from the router. Usually, the default router settings are not set up for the best performance of your wireless network.
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