We have discussed distances one wrote attribute that will be looked over.
Whenever we have to step the crowds to the same destination the lower the distance the better the route.
Now there is another route attribute which is priority we use priority whenever we have two static crowds
with the same distance.
The lower the priority the better the route the better the path.
Now on your routing table you will see both routes but the one with the lowest priority is the best
path.
So we have one step the crowd towards our remote land that uses the land interface and another one that
uses the when one interface.
Now let's see what is its priority.
Currently it has a priority of five.
OK another static crowd to the same destination which uses when one and its priority is zero.
All right so the when one static crowd is the best or the preferred route.
Now let's look at it.
Using our routing table
to get around to info routing table or not take a look.
We have a static crowd this static crowd leads to the eleven not eleven the 11 dot 0 subnet.
Now we have two static crowds.
We have one road which is the preferred route which uses when one interface.
And this second road which is our second best route.
And this one uses a priority of five.
Now if we have two routes it can be static crowds but it can also be dynamic routing protocols that
share the same distance and the same priority.
And in dynamic routing protocols we also have another route attribute which is metric.
If we have two routes that share the same right attributes 48 will load balance the traffic between
the two routes.
This is called equal cost multi path.
Now we can control the load balancing parameters.
We will look at that in our next lesson.