IP version 4 uses 32 bits (4 bytes) for addresses; in theory, this gives a total of 232 (or 2564) = 4,294,967,296 different addresses.
IP version 5 is some experimental version that never took off.
IP version 6 is supposed to be the next version of the internet Protocol - eventually, it is likely that more and more people and companies start using IP version 6, when no more addresses can be obtained for IP version 4. This is expected to happen in about 2-3 years. For more details, see, for example, http://en.wikipedia.org/wiki/IPv4_address_exhaustion
IP version 6 uses 128 bits (16 bytes) for each address. This results in a total address space of about 3.4 x 1038 different addresses.
IP is the internet protocol that uniquely identifies a system on a network and there are 2^128 addresses in IPv6 (IP version 6).
IP is the internet protocol that uniquely identifies a system on a network and there is no difference between IP and IPv4 infact IPv4 is a version of like IPv6.
IP Addresses don't necessarily have text addresses. http://www.ansers.com has an IP address, it is currently 216.8.179.26. You can see the IP address of any website by using the ping utility on any computer. If you want your IP address to have a text translation you could sign up for a service like DynDns. DynDns is a free service and can be found at dyndns.org. The format you are used to seeing IP addresses in, such as 192.168.1.100, has a binary equivilant. Really, the only reason we use the decimal version is because it is easier to read and remember. 192.168.1.100 would be 11000000.10101000.00000001.11001000 in binary.
a TcP IPv4 ip address has 32 bits.
I am not one-hundred percent certain, I do believe that ipv4 or ipv6 can be used. Obviously ipv6 can be used. I think ipv4 can be used also, with limitations or by meeting the required specifications with some backwards compatibility.
how many bits are used in IP version IV and IP version VI
4.3 billion with ip version 4 with ip version 6 ( which is not out yet) their will be enough ip addresses so everyone in the world will be able to have 16,000 address
There are 2 main IP protocols. In IP version 4, each IP address has 4 octets. In IP version 6, each IP address has 16 octets.If somebody says "IP address" without further qualifications, he probably means IP version 4, since that is the current standard. IP version 6 is the planned future standard.There are 2 main IP protocols. In IP version 4, each IP address has 4 octets. In IP version 6, each IP address has 16 octets.If somebody says "IP address" without further qualifications, he probably means IP version 4, since that is the current standard. IP version 6 is the planned future standard.There are 2 main IP protocols. In IP version 4, each IP address has 4 octets. In IP version 6, each IP address has 16 octets.If somebody says "IP address" without further qualifications, he probably means IP version 4, since that is the current standard. IP version 6 is the planned future standard.There are 2 main IP protocols. In IP version 4, each IP address has 4 octets. In IP version 6, each IP address has 16 octets.If somebody says "IP address" without further qualifications, he probably means IP version 4, since that is the current standard. IP version 6 is the planned future standard.
In IP version 4, an IP address has 32 bits, or 4 bytes.In IP version 4, an IP address has 32 bits, or 4 bytes.In IP version 4, an IP address has 32 bits, or 4 bytes.In IP version 4, an IP address has 32 bits, or 4 bytes.
The currently used TCP/IP is based on IP version 4. IP version 6 already exists, but its adoption is fairly slow for now.The currently used TCP/IP is based on IP version 4. IP version 6 already exists, but its adoption is fairly slow for now.The currently used TCP/IP is based on IP version 4. IP version 6 already exists, but its adoption is fairly slow for now.The currently used TCP/IP is based on IP version 4. IP version 6 already exists, but its adoption is fairly slow for now.
IP is the internet protocol that uniquely identifies a system on a network and there are 2^128 addresses in IPv6 (IP version 6).
24
255
IP version 4
It's IP V4 ...
A bit is a binary digit - a digit that can be either a "one" or a "zero" (or true/false, or yes/no - the idea is that there are two different states).Each IP address contains 32 bits. That's version 4, the IP currently used. In IP version 6 (expected to be used fairly soon, due to lack of addresses in IP version 4), each IP address has 128 bits.A bit is a binary digit - a digit that can be either a "one" or a "zero" (or true/false, or yes/no - the idea is that there are two different states).Each IP address contains 32 bits. That's version 4, the IP currently used. In IP version 6 (expected to be used fairly soon, due to lack of addresses in IP version 4), each IP address has 128 bits.A bit is a binary digit - a digit that can be either a "one" or a "zero" (or true/false, or yes/no - the idea is that there are two different states).Each IP address contains 32 bits. That's version 4, the IP currently used. In IP version 6 (expected to be used fairly soon, due to lack of addresses in IP version 4), each IP address has 128 bits.A bit is a binary digit - a digit that can be either a "one" or a "zero" (or true/false, or yes/no - the idea is that there are two different states).Each IP address contains 32 bits. That's version 4, the IP currently used. In IP version 6 (expected to be used fairly soon, due to lack of addresses in IP version 4), each IP address has 128 bits.
IP is the internet protocol that uniquely identifies a system on a network and there are 2^128 addresses in IPv6 (IP version 6).