128 Bits.
An IPv6 address is made up of 8 fields consisting of 16 bits per field. If you multiply 8 x 16 will get 128 bits.
Each field is separated by colons unlike IPv4 which was separated by dotted decimal notation.
A good link to go to to see the address and how sub-netting is done is on the related links below.
An Internet Protocol address (IP address) is a numerical label assigned to each connection.The computer uses this to establish the connection.Two versions of the IP are in use: IP Version 4 and IP Version 6.In IPv4 an address consists of 32 bits and the IP v6 uses from 32 to 128 bits. IP address is of two types,Internal IP and an External IP. Internal IP is one that each device like computer,printer has. The external IP is the one through which one gets connected to the internet.The External IP is got from the ISP and is classified into static and dynamic where static IP does not tend to change and the dynamic IP varies each time the modem is switched ON and OFF.You can use Ip-details.com which displays your public/external IP.
An Internet Protocol address (IP address) is a numerical label assigned to each connection.The computer uses this to establish the connection.Two versions of the IP are in use: IP Version 4 and IP Version 6.In IPv4 an address consists of 32 bits and the IP v6 uses from 32 to 128 bits. IP address is of two types,Internal IP and an External IP. Internal IP is one that each device like computer,printer has. The external IP is the one through which one gets connected to the internet.The External IP is got from the ISP and is classified into static and dynamic where static IP does not tend to change and the dynamic IP varies each time the modem is switched ON and OFF.You can use Ip-details.com which displays your public/external IP.
it depends if your terminolgy is correct or not tech. no there is not a new byte. There are new bit systems that can transmit 64bits at a time. Now for ip addresses there is a new byte its called IP-V6 rather than IP-V4 witch all ip addresses will be converted to IP-V6 and is in hexidecimal format but origanly its till bits just more of them and more combinations. right now we use IP-V4 witch go from 0.0.0.0 to 255.255.255.255 the new ip version (IP-V6) is in hexideciamls witch can go from 00:00:00:00:00:00 to FF:FF:FF:FF:FF:FF and uses 0-9 numbers and A-F letters witch gerate huge amounts of possiblites and will be converted to this soon. question is how soon
I would say it is "possible", but very, very unlikely. I say this in the context of the addresses of the computers on the Internet. Each one MUST have a unique IP address, or it will be confusing as to which one you should be communicating with. Now, it would be possible for someone to set their IP address to be the same as another computer, but the only possible reason would be to try and pretend to be the real "owner" of the IP address for some reason. I would not expect it to be very effecive unless someone really knew what they were doing and how the Internet works. And the truth is that many, many computers with Internet access DO have the same IP address. They are often something like 192.168.xxx.xxx. The reason this is not a problem is that they are behind a router or other device like perhaps a firewall that uses what is known as Network Address Translation or NAT. This is where the rounter has a unique IP address, but then transfers information to local computers that are connected to it that have a privit set of IP addresses. This provides protection from the outside, since no one can know your "real" IP address and connect to your PC, but also allows for many more computers to connect to the web then would be possible just using the numbers available with the standard IP addressing. There is a new scheme of Internet addressing that you may be interested in: http://www.google.com/search?&q=IP+v6 Most internet service providers have more customers than dedicated addresses. When you logon to your service, you are assigned one of their addresses. When you log off, that address becomes available to another user. Some businesses have a central computer which stays connected to the internet and all the computers on the network will have the same IP address.
TCP/IP v4 and TCP/IP v6
TCP/IP v4 TCP/IP v6 IPX AppleTalk
six ( 3.0 L V6 / 4.0 L V6 )
There are 6 spark plugs in a V6 engine.
depends on which v6. could be 3.5qts or 7qts
The Internet Control Message Protocol version 6 (ICMP v6) is a type of Internet protocol that deals with sending messages to other routers or computers. ICMP v6 was developed because ICMP v4, its predecessor, was running out of IP addresses in its table of available IP addresses. This is due to more and more people around the world buying computers and connecting them to the Internet (most of these people live in LDCs [less developed countries]).
6. One for each cylinder. V6
6