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BSCI exam achievement is all part of becoming a CCNP, and component of that success is now studying the fundamentals of IP Version 6, or IPv6. A single of the most hard components of studying IPv6 ideas is the radically diverse addressing scheme that IPv6 utilizes as compared to IPv4. Just appear at these sample addresses:

Common IPv4 address: 129.14.12.200

Common IPv6 address: 1029:9183:81AE:0000:0000:0AC1:2143:019B

As you can see, IPv6 isn't specifically just tacking two far more octets onto an IPv4 address!

I have not met as well many networkers who genuinely like typing, particularly numbers. You will be pleased to know there are some rules that will shorten these addresses a bit, and it is a very very good thought to be fluent with these guidelines for your exam.

You remember from your CCNA studies that there is no difference amongst an upper-case letter and reduced-case letter in hexadecimal. That's 1 of 3 simple guidelines you require to know when working with IPv6 addressing. The other variables deal with all the zeroes you are going to run into in IPv6 addresses! A single of these guidelines is the rule of zero compression.

The rule of zero compression states that if an address is made up of consecutive fields of zeroes, they can be expressed with two colons. It doesn't matter if you have two fields or eight, you can merely type two colons and that will represent all of them. The key here is that you can only do this once in an IPv6 address. This is referred to as zero compression. Here's an example:

Original format: 1234:1234:0000:0000:0000:0000:3456:3434

Employing zero compression: 1234:1234::3456:3434

Once again, you ought to don't forget that you can only do this once in an IPv6 address expression.

What if there are zeroes in the address that do not fairly fit this rule? The next element of our IPv6 tutorial will deal with leading zero compression, yet another tool you can use to shorten these extended, long addresses! knee braces