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What is my IP address? is an IP Lookup tool to determine the geolocation of any IP address. A typical IP is based on the IPv4 and IPv6 protocol. The result will show you the city, state/region, postal/zip code, country name, ISP, and time zone. The IPv4 and IPv6 protocol are based on a 32-bit number, expressed in four octets (8-bit numbers in decimal ranging from 0 – 255), separated by periods.
Your IP address (an abbreviation for your Transmission Control Protocol (TCP)/Internet protocol (IP) address) is your computer’s network address on the Internet. Computers connected to the Internet, including web servers and web clients (such as the computer on which you’re now reading this webpage) all access one another by their IP addresses. Web URLs can be IP addresses but as these addresses are harder for people to remember, the Domain Name System (DNS) was created to associate text names for the IP addresses computers use.
We have introduced a stunning tool that lets you find your IP address rapidly. Knowing your IP address is very helpful in many ways, generally when you need tech support, remote desktop applications and when you need to play online games and identify proxies. Once you get to know more about the computer world, you will appreciate the importance of this tool much more. Unique across the Internet: For computers to successfully access other computers on the Internet, each computer’s IP address has to be unique, just like your full phone number only connects to your phone.
Sometimes network connectivity doesn’t work as expected and a technical support representative may try to troubleshoot your computer to pinpoint the source of the problem. Often they ask for your computer’s IP address to help them determine if the problem is with your computer, your network connection, or perhaps just the resource on the Internet you are attempting to reach. Unfortunately, trying to find your IP address can often be a challenging process.
If you are asked for your IP address, you can use the What Is My IP Address? tool. This IP address finder cannot only help time but may be essential in solving technological problems. Note, however, that the IP address provided is for your Internet connection, so if you are connected to a router, the IP address given is your router’s IP Internet address. Be sure to tell the technician if you are on a private network or using a router to connect to the Internet.
Additional information that can be derived from your network connection in conjunction with the Check my IP tool, including:
In theory, the number of IP addresses available is enormous (over four billion), but the huge, worldwide proliferation of Internet-connected devices in recent years, such as network servers, network routers, desktop computers, laptops, tablets, smartphones, and even appliances such as Internet-enabled TVs, all need unique IP addresses. To serve this, many devices may “lease” an IP address temporarily. This is done through a Dynamic Host Configuration Protocol (DHCP) server.
When a device needs to connect, a DHCP server assigns it a temporary, dynamic IP address. When the device disconnects, the lease is allowed to expire and can then be used by another device. DHCP allows networks to manage and serve more physical devices than they have IP addresses to distribute. Other devices that require constant connections, such as web servers and network routers, are often assigned a permanent, static IP address, which is reserved for that device only.
However, the growing demand for IP addresses will still exceed supply, so a new IP addressing system called IP v6, which is based on a 128-bit number was created in the mid-1990s and is currently being deployed across the Internet. Most client devices today, however, still connect using an IP v4 address.
Each octet of an IP v4 IP address represents an address block, as illustrated by the mock IP address AAA.BBB.CCC.DDD. A single C class address block is fairly small, as it contains only 256 unique IP addresses (such as from 0.0.1.0 through 0.0.1.255). A single B class address block is much larger, containing 65,536 unique IP addresses (such as from 0.1.0.0 through 0.1.255.255). A single A-Class address block is larger yet, containing 16,777,216 unique IP address (such as from 126.96.36.199 through 188.8.131.52). In the early days of the Internet, organizations needing a group of IP addresses were assigned full or partial address blocks according to their needs. As you can see, the supply of address blocks to assign worldwide was quite limited.
Another way to stretch address block assignments was to create a private network behind a network router device. The router used a publicly assigned IP address from a given address block to connect to the Internet, but the router created a second, private IP network for all computers connected to it (known as an intranet).
The private intranet network could be as large as a Class A block or as small as a couple of IP addresses. IP address duplication only mattered within an intranet, but not between different intranet networks. Several IP address class-blocks were reserved off of the public Internet for private intranet use, including the Class A block range of 10.0.0.0 to 10.255.255.255, the Class B block range of 172.16.0.0 to 172.31.255.244, and the Class C block range of 192.168.0.0 to 192.168.255.255.
The router translates network requests from computers on the private intranet to systems on the public Internet, and then reroute the requested responses back from Internet-based servers to the computer on the private network through a process called network address translation (NAT).
In the results, you’ll see your IP address as a set of numbers as well as a map and statistics. This is much more suggested to use because it provides faster results compared to others.