192.168.o.1 – is a private IP address that is used as a default gateway address to log in as an admin to router settings. TP-Link, Huawei, NetGear, Arris, and Zyxel are among the companies assigning these numbers. You can manage all router/modem settings directly through the Web GUI, including managing the SSID and password for your wireless network, as well as DSL, ADSL, and LAN settings. Ever Wondered about this Internet Protocol? Then You are at the right place to know the actual things in a quite informal way. If you have ever tried setting up a router at your home/office, you might notice that all the network addresses are similar, such as and 192.168.l0.1. But what might be the reason for using these particular IP Addresses instead of others!!? Without wasting much of our time let me dig out with the actual basics. All internet-enabled devices don’t have the unique Internet Protocol(IP). If there is one we might fall for the shortage of those addresses.

To access the admin panel hit the link below:

Why exactly do we use for small private networks:

Long Ago, back in 1996, the team of IETF(Internet Engineering Tak Force) sorted out some things after hours of discussion and one of them was “They thought to give away only a range of IPV4 Addresses for internal purposes” i.e. IP’S between a particular range is given to the devices within closed networks such that this range of IPs is not available for Public Usage.

What are Public and Private Addresses?

Public addresses are issued by your internet service provider. Your router assigns an internal IP address to each of the devices connected to the network so that we can identify the devices connected to a closed group. For Example, If 3 systems are connected to your Home Router it assigns an internal address to each of the devices just to identify them.

What is an IPV4 Address?

IPV4 is an internet protocol address with a range of numerical labels assigned to the internet-enabled devices connected to a closed network for IP Communication. It is described in 32-bit and is displayed as 6 plots.

Note: The below data is used for Private networks only.

Finally, IETF teamed with IANA(Internet Assigned Numbers Authority) and reserved three ranges of IP addresses for the private networks.

  • – (Class A)
  • 172.16.00 – (Class B)
  • – (Class C)

You have to choose one of the ranges from the above depending on how large your network is !! In detail,

  • Class A can be given to a network that needs 16,777,216 IP addresses.
  • Class B can be given to a network that needs 1,048,576 IPs
  • Class C can be given to a network that needs 65,536 IPs

So Which Class does our private home network need? Hope we don’t even connect some 50-100 devices to a single private home network.Low Class=Less Technical Problems

So Our Home-based private networks (Routers) Fall under class C i.e. to which also means you can connect 254 devices to one Home Private connection. So this was the reason for assigning

You can any class of these private network addresses according to your needs. There is no limit and some rules for your Addresses. If you need to connect someone\’s lakh internet-enabled devices within a private network(Assume you need a private network for a small company)you can simply create with class B. There are the ranges created just for our use But based on our needs. You have the freedom to choose the class as per your requirements.

Things we do with

If you are reading this on an internet connection through a private network(Router), simply follow the steps to know what you can do with the IP.

  • You can change the security settings of your Home Router.
  • If you are using a router based on this IP Address, You can get access to the Admin part of your home network where you have a chance to change a lot of options such as DNS, Proxy, Network management, and whatnot!
  • You can access WLAN settings, and DHCP Client settings as well.

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