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Copyright 2005 by The McGraw-Hill Companies, Inc. Click here for terms of use.
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acts as a proxy for the client system. Thus, using NAT can break security initiatives like the IP Security Protocol (IPSec) that require source and destination IP addresses for integrity checking, because there is no end-to-end connectivity. However, some implementations, such as Cisco s VPN solution and Nortel s VPN solution, work fine with IPSec and NAT. Another requirement for an improved IP is to remove the reliance on NAT for building secure networks. A more practical problem also exists at the hardware level for IPv4 routers since routing tables are growing exponentially, as new networks are added to the Internet, the physical memory capacity of many routers to hold and process this information is limited. If the routing structure is not simplified, then many routers may simply fail to route any packets correctly. However, as memory becomes cheaper, then routers may be able to handle future capacities. IPv6 attempts to address the core issues of the small IP address space, end-to-end communication, and the unwelcome mass of routing data. IPv6 is based on a 128-bit address space, rather than a 32-bit address space, providing a large pool of addresses for future computer systems and embedded devices to utilize. The 128 bits are divided into 8 16-byte integers expressed using hexadecimal (e.g., 1072:3B:BED3:1:0:2:220:B6EB). In addition, end-to-end communications can be preserved by the use of flow labels that can be used to identify the true end parties to a specific real-time communication. Routing has been dramatically overhauled to ensure that addresses and routes can be more efficiently stored and utilized. IPv6 has been supported by Sun since Solaris 8, in the form of a dual stack, whereby IPv4 and IPv6 traffic can be supported on a single network. This ensures that new applications requiring the use of IPv6 can coexist alongside legacy IPv4 applications. The following sections examine each of the key areas of IPv6 and discuss their implementation in Solaris.
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IPv6 increases the IP address size for each network interface from 32 bits to 128 bits, giving a total address space of 2^32 and 2^128, respectively. To give you an idea of the difference between these two spaces, 2^32 = 4,294,967,296 (about 1 billion less than the world s population), while 2^128 = 3.402 e^38, which is billions of times greater! This expansion not only will support the massive expansion of the Internet through the connection of billions of embedded devices, it will also ensure that many stop-gap measures such as DHCP and NAT can be disbanded, if they serve no other purpose in a specific environment. Although some competing proposals argued for only a 64-bit IPv6 address space, this would not have enabled some of the useful features of IPv6, including the ability to do away with subnet masks. This allows autoconfiguration of network interfaces without the user having to know what class of subnet (A, B, or C) their local area network belongs to. Using 128-bit addressing makes autoconfiguration much easier in IPv6 compared to IPv4: the lower 64 bits are composed of the hardware (MAC) address for the network interface, while the upper 64 bits comprise a router message. Since every subnet now
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has an equivalent-sized subnet prefix, it is no longer used to distinguish different subnet classes. IPv6 has three different interface types that addresses can be identifiers for: Unicast Multicast An identifier for a single, specific interface A broadcast-like identifier for all interfaces belonging to a set
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Anycast An identifier for only one interface that belongs to a set, usually the member that is closest to the source While unicast and multicast addressing are readily identifiable from IPv4, the inclusion of anycast addressing provides the foundation for significant advances in the area of high availability, redundancy, and network storage, since any member of a set of interfaces designed by their addresses can be selected based on some distance metric, or availability at run time. For example, a storage area network (SAN) may support distributed backup services for a multinational organization. When a client has a backup scheduled, it is directed to the nearest server node based on geographical distance. If that node is unavailable, the next available server node in the set of server nodes is selected, and so on. While this sort of decision logic can be programmed in at the Application layer, its inclusion in the Internet layer makes it ubiquitous across all applications and services operating on a network. Like IPv4, IPv6 has a number of special addresses that have specific purposes and that administrators should be aware of: Loopback address IPv4 address Local site address Local link address Multicast address Unspecific address 0:0:0:0:0:0:0:1 1111 1110 11 1111 1110 10 1111 1111 0:0:0:0:0:0:0:0
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