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While IPv4 is the prevalent IP addressing protocol today, we are in the midst of a migration to IPv6 As you work with networks, you ll see IPv6 start appearing In time, IPv6 will be prevalent, as IPv4 usage will dwindle and ultimately disappear As a reminder, IPv4 uses 32 bits The biggest problem with IPv4 was that we were running out of IP addresses on the Internet If you do the math, 232 is about four billion IP addresses The original designers of the Internet thought this would be plenty, but Internet growth has been explosive IPv5 was designed with 64 bits It was soon determined that the number of IP addresses available with 64 bits wouldn t be enough for the long term Ten or so years down the road, the Internet would be running out of addresses Again The solution is IPv6 With 128 bits there should be enough for everyone on the planet to have a few hundred IP addresses in ten years or so It s not likely we ll run out too soon 128 bits allows 2128 addresses You can also write this as 340 undecillion or 340,282,366,920,938,463,463,374,607,431,768,211,456 addresses

IPv6 was designed so that it could coexist with IPv4 Don t be surprised to see both IPv4 and IPv6 addresses in the same network At this writing, IPv6 has been deployed in Japan and France, DNS root servers support IPv6, and the US government is deploying IPv6 to backbones in the federal agencies

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Unlike IPv4 addresses, which are displayed in dotted decimal format, IPv6 addresses are displayed in hexadecimal format Each IPv6 address has eight sets of four hexadecimal characters Each hexadecimal character is composed of four bits (4 * 4 * 8 = 128) An IPv6 address is looks like this: FC00:0000:0000:0000:0DB8:CE12:0008:9C5A Notice each set of four hexadecimal sets is separated by a colon The first set (FC00) identifies this address as an IPv6 address used within a company that wouldn t be found on the Internet With IPv6 you can compress zeros In other words, instead of writing out all the zeros, you can compress them This can be done in two ways Take a look at the following address which is written with the zeros compressed FC00::DB8:CE12:8:9C5A Notice that the three sets of hexadecimal characters that are all zeros in the first address are compressed and expressed as simply two colons (::) Additionally, the zeros in the 0008 set in the first example are compressed and expressed simply as 8 Table 5-8 shows hexadecimal numbers with the related decimal and binary values Notice that the values 0 through 9 are the same, but when you reach decimal 10 hexadecimal starts using letters

0 1 2 3 4 5 6 7

4 Answer: B This Analysis question has you Identify Author s Purpose not in the passage as a whole, but in a single paragraph of the passage Return to the third paragraph and think about why the author included it Compare your thoughts to the four answer choices The author is not providing background on the Assessment study (A) This particular paragraph does not contain a list of amphibians that are most at risk (C) Nor does it give examples of dangers (D); instead, it explains why certain environmental factors (clean water, clean air) are especially important for amphibians The point of the paragraph is to indicate what qualities amphibians have that put them at risk, so (B) is the best answer 5 Answer: A This Evaluation question asks you to Assess Evidence in a different way You are given hypothetical additions to the passage and asked to determine which one would best support the central thesis The passage has to do with amphibians and how susceptible they are to environmental degradation Although (B) has to do with pollution, personal anecdotes would not tell a reader much about the effect on amphibians The names of participants in the study (C) might interest some readers, but again, it would not support the main idea Bringing reptiles into the mix (D) would just confuse the issue The best answer is (A); statistics on numbers of species in Haiti, where amphibians are apparently under siege, might provide strong evidence for the author s contentions

0 1 2 3 4 5 6 7

0000 0001 0010 0011 0100 0101 0110 0111

8 9 10 11 12 13 14 15

1000 1001 1010 1011 1100 1101 1110 1111

Global unicast addresses Used on the Internet with a three-bit prefix of 001 An example of a Global unicast address is 2000::/3

Link-local addresses Used automatically when addresses aren t assigned, similar to how APIPA (169254yz) addresses were used These are identified with FE80::/64 prefixes Site-local addresses These were originally intended to be used internally to companies, similar to how private IP ranges were used The use of site-local addresses is deprecated (though you may still see them in use) These are identified with FEC0::/10 prefixes Site-local addresses will be replaced by centrally assigned unique local unicast addresses Centrally assigned unique local unicast addresses (the new site-local addresses) Unique local unicast (ULA) addresses are intended to be the replacement for site-local addresses (which are deprecated) These addresses will be used by companies internally, and are not routable on the Internet These are identified with FC00::/7 prefixes

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