How to Set & Configuration Of Wireless Router Most Complete – Wireless Network is not infrequently still confusing for most people, even though many manufacturers of Wireless network devices have tried to simplify the installation process & configuration. Indeed, in order to be able to install and configure the WiFi internet network must have special skills in the field of internet networks and personal computers.
But, for anyone can actually easily investigate how to set up & configure this WiFi network if you want. Although poly users prefer to pay technicians to come visit their residence, observe & do environmental mapping and set up the router. And this will certainly cost you money & time, especially if there is a trobel in the future, of course you will have difficulty & always call the technician continuously.
Actually to do the setting and configuration of a Wireless network or WiFi router is relatively easy, but after you read this article. Once you understand the basics, it will be as easy for you to set up your own Wifi network as you wish. Wireless or WiFi explanation?
WLAN – Wireless Local Area Network. A WLAN is a local Wireless network at your home/workplace. Think of it as an ‘SSID’ (see SSID below).
Wireless Channel – A channel is the mini frequency range where your Wireless network communicates in a single moment. It’s important to place your WLAN network in a non-overlapping channel that’s not used in your area, to avoid WLAN friction with other Wireless transmitters in your home or your neighbors. You are at risk of serious effects on performance on your network, and your neighbors when there is strong channel overlap.
There are only 3 non-overlapping channels available in the 2.4GHz range, but 23 or 11 are available in 5GHz, depending on the requirements.
Wireless Standard – Known to be 802.11a 802.11b 802.11g 802.11n 802.11ac.Wireless AC – The modern standard (not yet officially signed) is Wireless AC. It is the fastest standard available with speeds up to Gigabit per year.Wireless N – The most common standard today. Almost all wireless routers and devices use Wireless N. It is relatively fast, and when used with 5GHz it has many channels available.B/G Wireless – The “old” technology that comes is more outdated. Relatively slow. As much as possible avoid using this type. It uses the 2.4GHz frequency band, so it only has three un overlapping channels to use.Wireless A – Released at the same time as Wireless B. 802.11a is faster than B but slower than using N&AC, which has replaced it.
Wireless Encryption – It is crucial that your Wireless data is protected using strong encryptionWEP – Weak. Should be avoided. Used in legacy devices. WEP can easily not be encrypted/hacked.WPA – Pretty powerful. Use TKIP using a password/key.WPA2 – Powerful (recommended). Use AES (Advanced Encryption Standard) with password/key. Many Wireless routers allow WPA &WPA2 to be used simultaneously. This is a good way to allow older WPA devices to access the WLAN.
WPS – Wi-Fi Protected Setup. WPS is a method of connecting/pairing Wireless devices together. Instead of logging into your Wireless device & inserting a Pre-shared key, the paired device uses pressing a button in the WLAN transmitter and the Wireless device to be paired. Alternatively, a PIN number can be entered in the device.
SSID – Service Set Identifier. This is the name given to your Wireless network broadcast, or WLAN. When you scan a Wireless network using your laptop, SSID is the name ‘Wireless Network Connection’.
Pre-Shared Key (PSK) – Also known to be the authentication key key ‘or phishing passphrase key’. This is the password your Wireless device uses to connect to a WLAN.
USB – Some routers include a USB port. This allows you plugging in a USB drive to access files or a USB Printer as a result of which you can print centrally. Some people like to have this facility, therefore it means that archives / printers are always available as opposed to having a machine that needs to be turned on and shared to get the same benefits. Some of today’s routers use USB three.0, which is crucial with newer Wireless AC routers.
DHCP – Dynamic Host Configuration Protocol. DHCP automatically puts the IP address to your network device. Saves a lot of configuration settings and helps with easy roaming between networks.
WDS/Bridging/Repeater (Range Extender) – WDS (Wireless Distributed System) is a technology that allows the expansion of a single Wireless transmitter to another Wireless transmitter (transmitters can be Wireless routers, access points, extending range, etc.) Use wireless instead of cable. There are various ways to do this, which will be explained later.
Dual Band – Dual Band refers to a device that can use the 2.4GHz and 5GHz bands. Some routers have a feature known as Dual Band Simultaneous, which means they can operate using to 2 bands simultaneously. This gives you the flexibility to connect outdated and new devices to both networks.
Tri Band – Tri Band is a new generation of routers. Instead of having two bands (1x 2.4GHz & 1x 5GHz) tri band routers have three bands.
There is a 2x 5GHz band, using the third 2.4GHz band.
Tri Band routers are mandatory faster according to Dual Band routers. They simply balance the traffic flow better between devices so that the network is much more efficient. Tri Band routers help stop one device from monopolizing too much available bandwidth at a time.
Read: Five Best and Fast Wireless Routers for 2020Various Ways To Connect Your Wireless Network
There are several options to consider when setting up your network. In most cases, one router will be relative, but you can extend the range of your Wireless network – this is more commonly used in larger residences or offices, especially in buildings that are more than one floor.1) Single Wireless Router Settings
This is the most generic setting, and suitable for most home users. It consists of one Wireless router, which is connected to the Internet. All wired and wireless devices are connected to the router.
Try to place your router as close as possible using the center or middle position based on your home / office in order to reach the widest possible area. It is often difficult to do so, generally because a telephone socket, or telecommunications presentation has been installed on the outer wall of the residence (as shown in the diagram below, you are required to place the Wireless Router in the middle position in the indicated arrow).
If you can, try using a longer cable to connect between the telecommunications point and your router. This is easier if you have a separate modem because in most cases Ethernet cables are used to connect the WAN port to the modem.
If you have a large area to cover, you may need to bridge or expand your network. We’ll discuss it later.two) Some Wireless Settings
As mentioned earlier, there are times when the network needs to be expanded. There are several options available, depending on the size and structure of your residence, including bridging (bridge) and extending the range.a) Bridging With Wireless
It is a connection between 2 transmitters, using Wireless. When 2 transmitters are set to bridge, they connect to each other using Wi-Fi. Then an error of one or two devices can connect the wired device to it, to expand the range of the WLAN.
Multiple devices are capable of being used to bridge between 2 WLAN transmitters & simultaneously let wireless clients access the network. This is achieved when using dual bands (using two.4GHz to bridge &5GHz for Wireless clients, or vice versa – see diagram below).
There are Wireless bridges/extender range available, but in poly cases you can use a 2nd Wireless router to bridge – ask the seller to see if this is possible. This is ideal if you have a backup router and you want to downsize money, although depending on the age of the router, spending money on a dedicated bridge can be very valuable.
ExcessNo need for cables through the house.Flexibility