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#Whats my ip location driver
#Whats my ip location torrent

In essence, IP addresses are the identifier that allows information to be sent between devices on a network: they contain location information and make devices accessible for communication.

IP stands for "Internet Protocol," which is the set of rules governing the format of data sent via the internet or local network. Even if you never have any reason to be concerned about this, there is something that just doesn’t seem right about giving anyone this level of information about ourselves.An IP address is a unique address that identifies a device on the internet or a local network. Your IP address can be used to identify where you have been and what you have done on the Internet.

#Whats my ip location torrent

And then there is the situation where your ISP blocks you from accessing torrent sites or other geo-regulated websites. Identifying the sites and activity you are performing may lead to your ISP throttling your connection speed under certain circumstances. But tracking your online activity can be used to produce targeted advertising with which you may not want to be bothered. They can track the websites that you visit, the amount of time you spend there, and the kind of activity you perform when on a particular site. Well, the answer is that your ISP can track your online movements through your IP address. You really don’t need to know your IP address except in some configuration scenarios.īut your IP address is important to others.

#Whats my ip location driver

It’s not like you might have to give it to a cab driver to get you home after a long night of partying. What You Need to Know About Your IP AddressĪs long as you are connected to the Internet you probably don’t think much about your IP address. There are some business advantages to having a static IP, but in the end, it is just used to connect you to the Internet, so either type will work. Dynamic IP addresses are assigned by your ISP when you connect and can change over time. Your home Internet connection may be a static IP that is tied to your router. A static IP address will not change between network connections. Here is the other big difference in the type of IP address that you might be using when you connect to the Internet. Though not directly compatible, the two protocols can operate together. The main reason that IPv6 is around is that IPv4 cannot supply enough IP addresses for all of the world’s network-attached devices. Addresses are expressed in hexadecimal format like this: There is a limit of 4,294,967,296 unique addresses that can be constructed using the IPv4 protocol.Īn IPv6 address uses 128 bits which exponentially increases the number of unique addresses it can create to 340,282,366,920,938,463,463,374,607,431, 768,211,456. You are probably familiar with IP addresses that look like this: These two versions of IP are currently used for the purposes of location addressing and identification.Īn IPv4 address is comprised of 32 bits and is expressed in decimal format. Here are the main distinguishing characteristics that differentiate IP addresses. IP addresses come in a variety of flavors.

The address ensures that the data is sent to the correct destination.

IP handles the address of each data packet.

It also reassembles the packets when their destination is reached.

TCP is the element that breaks up a file or transmission into packets to be sent over the Internet.

So the acronym TCP/IP comes from the protocols used in two layers. This layer is responsible for standardizing how applications exchange data.

The application layer is made up of many protocols including File Transfer Protocol (FTP), Simple Mail Transfer Protocol (SMTP), and HyperText Transfer Protocol (HTTP).

Transmission Control Protocol (TCP) and User Datagram Protocol (UDP) are two of the possible protocols used in this layer. It controls the communication between hosts. The Internet Protocol (IP) and Internet Control Message Protocol (ICMP) are used in this layer.

The network layer is used to connect networks and transport data packets across network boundaries.

Ethernet is an example of a protocol that operates in the datalink layer. In network terms, a link connects hosts or nodes on a network.

The datalink layer is made up of protocols and methods that only work on a link.

There are four layers and each has its own set of protocols. Let’s take a little dive into the functionality that TCP/IP provides. They are two distinct entities but are often used together, and the term TCP/IP is the de-facto standard for describing the protocols. The majority of computer networks, including the Internet, employ Transmission Control Protocol/Internet Protocol (TCP/IP) to enable communication between network-attached devices and computers.