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We have discussed distances one wrote attribute that will be looked over.

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Whenever we have to step the crowds to the same destination the lower the distance the better the route.

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Now there is another route attribute which is priority we use priority whenever we have two static crowds

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with the same distance.

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The lower the priority the better the route the better the path.

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Now on your routing table you will see both routes but the one with the lowest priority is the best

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path.

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So we have one step the crowd towards our remote land that uses the land interface and another one that

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uses the when one interface.

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Now let's see what is its priority.

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Currently it has a priority of five.

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OK another static crowd to the same destination which uses when one and its priority is zero.

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All right so the when one static crowd is the best or the preferred route.

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Now let's look at it.

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Using our routing table

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to get around to info routing table or not take a look.

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We have a static crowd this static crowd leads to the eleven not eleven the 11 dot 0 subnet.

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Now we have two static crowds.

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We have one road which is the preferred route which uses when one interface.

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And this second road which is our second best route.

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And this one uses a priority of five.

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Now if we have two routes it can be static crowds but it can also be dynamic routing protocols that

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share the same distance and the same priority.

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And in dynamic routing protocols we also have another route attribute which is metric.

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If we have two routes that share the same right attributes 48 will load balance the traffic between

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the two routes.

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This is called equal cost multi path.

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Now we can control the load balancing parameters.

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We will look at that in our next lesson.