1) (Re)Position your APs Correctly
While it’s not crucial the location where you place your routing and switching equipment. The placement of the network’s access points (APs) is vital in order to get maximum network performance.
Ubiquiti APs such as the UniFi U6 Lite, for instance, transmit in a cone-like. Broad pattern when you look at the front that is the AP (where it’s logo appears). To get the best network performance. You’ll have to place your AP facing into the room in which the highest number of users are. For instance when you’re in an office that has a water fountain and social space on one side of the room. And all the desks on the other the most optimal location for your AP is directly above the desks, about at the center.
In addition, you may prefer to offer WiFi access down the hallway or in the warehouse, where people typically line up in a line. In these situations it’s usually better to put your AP in the wall, prepared to transmit connectivity to the crowd of people.
If you can, try to avoid placing an AP in a location where it will not be in a position to beam connectivity directly to the masses of devices and people who want to make use of that connectivity.
As a rule, you should always place your APs in the ceiling for areas with a high concentration of users or to the wall to provide connectivity over further.
Here are a few examples of areas that could affect connectivity:
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The corner in the room.
Affixing a wall nearby.
Business leaders who use wireless devices at their desks
Install the AP to the ceiling in order to supply wireless connectivity to areas with many devices.
2) Change Your WiFi Channel
The WiFi channels and bands are in a way similar to a pool. The two bands currently used comprise 2.4GHz and 5.0GHz You’re probably acquainted with both of these. They’re like two segregated parts of the swimming pool. One is for slow swimmers who want to travel a long distance, and another for swimmers who are faster and mtn mifi price, concerned about the distance they travel.
The channel itself is a small slice of the frequencies within a band . It could be considered to be multiple lanes within the pool. Ideally, every swimmer (device) picks a channel (channel) that isn’t in conflict with a lane that is already used by another.
However, it’s not only your network operating in these bands. Many other networks in the vicinity use them as well. It’s useful to use a tool to simply tell the channels that are least utilized and, consequently, is the most efficient to choose.
3.) Reduce the Transmit Power
Before you configure all your APs at full transmit power. Keep to think about how this may have a negative impact on network performance for the users. While a strong AP can transmit a lot when fully powered however. Your WiFi experience is the result of a two-way road. If the device (e.g. your phone) isn’t strong enough to send data back to the AP the data. It doesn’t matter if the AP is able to transmit data to the user.
happy smartphone user making a payment over internet
The ability to reduce your trafficator light transmit power could lead to a better network performance.
4) Optimise Other Network Devices
If you’ve purchased excellent access points that have high network performance. You’ll need to ensure that there aren’t any bottlenecks in the speed of your network.
The first thing you should check is the speed you’re pay