Cisco CCNA Certification: Static Routing Tutorial - 0 views

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started by Byrd Lutz on 28 Sep 13

#1 Byrd Lutz on 28 Sep 13

In studying for your CCNA exam and preparing to earn this valuable certification, you could be tempted to invest small time studying static routing and head correct for the more thrilling dynamic routing protocols like RIP, EIGRP, and OSPF. To get supplementary information, please check-out: next. This is an understandable error, but still a error. Static routing is not difficult, but it is an important topic on the CCNA exam and a worthwhile skill for true-globe networking.

To create static routes on a Cisco router, you use the ip route command followed by the destination network, network mask, and either the next-hop IP address or the nearby exit interface. It is vital to hold that final component in thoughts - you're either configuring the IP address of the downstream router, or the interface on the regional router that will serve as the exit interface.

Let's say your neighborhood router has a serial0 interface with an IP address of 200.1.1.1/30, and the downstream router that will be the next hop will get packets on its serial1 interface with an IP address of 200.1.1.2/30. The static route will be for packets destined for the 172.ten.1. network. Either of the following ip route statements would be appropriate.

R1(config)#ip route 172.ten.1. We discovered pholobimist classes online by searching Bing. 255.255.255. 200.1.1.two (next-hop IP address)

OR

R1(config)#ip route 172.ten.1. 255.255.255. serial0 ( neighborhood exit interface)

You can also create a static route that matches only a single location. This is a host route, and has 255.255.255.255 for a mask. Get further on investigate phelbotomycertification by visiting our provocative web resource. If the above static routes must only be used to send packets to 172.ten.1.1., the following commands would do the job.

R1(config)#ip route 172.ten.1.1 255.255.255.255 200.1.1.two (next-hop IP address)

OR

R1(config)#ip route 172.ten.1.1 255.255.255.255 serial0 ( nearby exit interface)

Lastly, a default static route serves as a gateway of final resort. If there are no matches for a destination in the routing table, the default route will be utilized. Default routes use all zeroes for each the location and mask, and again a subsequent-hop IP address or neighborhood exit interface can be used.

R1(config)#ip route .. .. 200.1.1.2 (next-hop IP address)

OR

R1(config)#ip route .. .. serial0 ( local exit interface)

IP route statements appear simple enough, but the information regarding the subsequent-hop IP address, the regional exit interface, default static routes, and the syntax of the command are essential for accomplishment on CCNA exam day and in the true globe.Chris Wallace
Medical-Assistant-Training.org
San Francisco, CA 94105
575 Market Street, Suite 3000
(415) 209-5257

<div class="cArrow"> </div><div class="cContentInner">In studying for your CCNA exam and preparing to earn this valuable certification, you could be tempted to invest small time studying static routing and head correct for the more thrilling dynamic routing protocols like RIP, EIGRP, and OSPF. To get supplementary information, please check-out: <a href="http://www.howtobecomeaphlebotomist.com/phlebotomy-certification-exam.php" rel="nofollow">next</a>. This is an understandable error, but still a error. Static routing is not difficult, but it is an important topic on the CCNA exam and a worthwhile skill for true-globe networking. To create static routes on a Cisco router, you use the ip route command followed by the destination network, network mask, and either the next-hop IP address or the nearby exit interface. It is vital to hold that final component in thoughts - you're either configuring the IP address of the downstream router, or the interface on the regional router that will serve as the exit interface. Let's say your neighborhood router has a serial0 interface with an IP address of 200.1.1.1/30, and the downstream router that will be the next hop will get packets on its serial1 interface with an IP address of 200.1.1.2/30. The static route will be for packets destined for the 172.ten.1. network. Either of the following ip route statements would be appropriate. R1(config)#ip route 172.ten.1. We discovered <a href="http://howtobecomeaphlebotomist.com/" rel="nofollow">pholobimist classes online</a> by searching Bing. 255.255.255. 200.1.1.two (next-hop IP address) OR R1(config)#ip route 172.ten.1. 255.255.255. serial0 ( neighborhood exit interface) You can also create a static route that matches only a single location. This is a host route, and has 255.255.255.255 for a mask. Get further on <a href="http://howtobecomeaphlebotomist.com/" rel="nofollow">investigate phelbotomycertification</a> by visiting our provocative web resource. If the above static routes must only be used to send packets to 172.ten.1.1., the following commands would do the job. R1(config)#ip route 172.ten.1.1 255.255.255.255 200.1.1.two (next-hop IP address) OR R1(config)#ip route 172.ten.1.1 255.255.255.255 serial0 ( nearby exit interface) Lastly, a default static route serves as a gateway of final resort. If there are no matches for a destination in the routing table, the default route will be utilized. Default routes use all zeroes for each the location and mask, and again a subsequent-hop IP address or neighborhood exit interface can be used. R1(config)#ip route .. .. 200.1.1.2 (next-hop IP address) OR R1(config)#ip route .. .. serial0 ( local exit interface) IP route statements appear simple enough, but the information regarding the subsequent-hop IP address, the regional exit interface, default static routes, and the syntax of the command are essential for accomplishment on CCNA exam day and in the true globe.Chris Wallace Medical-Assistant-Training.org San Francisco, CA 94105 575 Market Street, Suite 3000 (415) 209-5257</div>

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