In a big company where the WiFi has to give coverage to more than ten workers or devices, at some point, the company faces coverage issues that are quite inconvenient for any department. It is important to choose the best antenna to optimise WifI networks in a company. The reason for choosing the best WiFi antenna is that its purpose is to transmit WiFi signals from one place to another.
In this guide, you will find some useful tips to solve problems related to WiFi coverage in an office or a company.
Following are the tips to increase the WiFi signals in an office:
When the network was installed in the office or workplace, the router may not have been positioned in the best area to reach the entire building. Because the WiFi switch sends data by radio waves it loses strength when crossing through walls and other objects. The best area is consistently to put the router in a high spot, higher up better, and try to keep it away from any walls and barriers while pointing to the hardware that will interface with customers, beneficiaries of WiFi.
The size and strength of a WiFi radio wire is directly related to how well this can get the signal from a long way away. Change the receiving wire of the switch for a WiFi radio wire, Omnidirectional or directional. Attaching an antenna is a great way to communicate the WiFi signal to a longer distance. The main types of antennas are omnidirectional and directional.
Repeaters are gadgets that work by enhancing the WiFi signal. They are small in size and easy to set up to make another space of the WiFi network. The repeaters are the most straightforward answer for broadening the WiFi inclusion in a home or office.
There are several ways to increase the WiFi signals in a company or larger workspace. However, keeping your focus on the following 4 points will increase the efficiency of the WiFi network in a company:
In some cases, configuring the power output to the highest setting may be a good idea. However, this may create problems. For example, when the power output is set to the maximum, clients may detect and connect to the access point farther from the office. After a while, the connection is lost.
A problem arises when the client connects to the access point far away, when it should be connecting to the closest one. A simple solution is to set the WiFi power at 60%, try to adjust the power with small increments of 10% until you reach a balance between the power emitted and the distance achieved by the access points.
There are different types of WiFi antennas and each type is designed for a specific use. Some are designed to be placed at the top of a building, others are designed to be placed on the side of a building, etc.
When we put an omnidirectional antenna on the roof, we can cover the entire store. But the customers on the ground do not receive any signal. In this case, we should use a directional antenna or sector.
As a general rule it is recommended that the antennas on the same access point have to point always in the same direction to avoid loss of packets due to “hidden nodes” .
The access points older do not have modern MIMO systems and therefore in the case of directional antennas directed to the same access point but in opposite, a phenomenon called “hidden node” occurs when two clients in opposite directions are connected to the same AP WiFi. In the case of “hidden nodes” because the clients can’t see each other, they send packages without mutual coordination, which causes collisions in the access point that causes packet loss and data as a result of low performance.
In some cases introducing too many access points, WiFi is nearly just as bad as having not many. As most WiFi networks have been planned in the 2.4 GHz range, the channel determination is restricted. Because of the restricted determination of channels, it is extremely simple to make another issue called “crosstalk between channels”. This obstruction happens when the passageways are too near to one another. Consequently, there is consistently a suitable venture, considering the decrease of energy, and, if conceivable, to introduce WiFi passages present day that naturally change the energy and the channel’s setup.