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IPv6 addresses on the Internet are also known as global unicast addresses Just as a public IPv4 address can reach any host on the Internet, a global unicast address can also reach any host on the Internet A global unicast address has four parts Figure 5-16 shows the four parts

Fixed portion The first three bits of global unicast addresses are 001 Additionally, global unicast addresses are represented as /3 With the /3 you know that this is a global unicast address (an Internet address) These addresses are typically represented as 2000::/3 in documentation Global Routing Prefix This identifies a specific organization s site In this context, the organizations are Internet service providers (ISPs) IPv6 is designed so that routers can easily route traffic to the organization site based on this prefix combined with the fixed portion of the IPv6 address The global routing prefix is 45 bits long Subnet ID 16 bits are used to identify subnets This allows an organization to create 65,536 subnets Interface ID The interface ID is used to identify specific hosts within the subnet ID for an organization The interface ID is 64 bits long

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Link-local addresses are similar to the Automatic Private IP Addresses (APIPA) in the 169254yz range If addresses aren t assigned, computers on an IPv6 network can communicate with other computers using link local addresses

The first ten bits of a link-local address are: 1111 1110 10 This equates to FE80 The first ten bits are combined with the next 54 bits to create an interface identifier The last 64 bits are used as the interface ID All link-local addresses are expressed as FE80::/64

Site-local unicast addresses were intended to be used within private networks You may remember that IPv4 addresses have several specifically assigned IP ranges that can be used for private addresses (10xyz/8, 17216yz 17231yz, and 192168yz) The sitelocal addresses are similar However, objections were raised about site-local addresses If two companies merged, each company would be flooded with significant IP address conflicts To avoid this problem, site-local unicast addresses have been deprecated (by RFC 3879) in favor of unique local addresses (ULA) In other words, for any new networks you should not use site-local addresses However, you may still run across site-local addresses (which is the only reason I m mentioning them here) They are expressed with FEC0::/10 prefixes

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