Which Statement Does Not Accurately Describe Characteristics Of The Ospf Protocol?

Which Statement Does Not Accurately Describe Characteristics Of The OSPF Protocol?

Many assume that OSPF requires a very little number of resources and fewer central processing units. Today, let us discuss the OSPF protocol in detail. The OSPF can be defined as it can be widely used and can be widely supported by many of the routing protocols.

It is known as the open standard meaning that means, it can be very much supported. It is like an integrated gateway protocol that means it has been designed to use a single type of autonomous system.

The OSPF can be also referred to as the link-state protocol. It is mainly used to discover the routes.

Now, let us know how the OSPF will perform this process in detail. The OSPF will first learn about every router and every subnet that is present within it. Hence, we get to know that every router will be having the same information about the network.

Here the routers will be able to learn about the information by simply sending the link state advertisements which can shortly be called the LSA.

All these link state advertisements will have the information about the subnet and some of the additional information in it.

The OSPF can able to store all the information in a database called the link-state database. This link state database can be shortly called the LSD.

The main goal of the OSPF is to maintain the same information in their LSDs.

But let us understand this in detail in order to know the working of it in more detail. It consists of mainly three steps. The first main step is to become the neighbors of the OSPF. Here all the neighbors will be connecting their routers and it running them through the OSPF.

The second main step is to exchange the information from the database. The routers will be able to transfer or exchange the data or information and at the third step, they will finally choose the best paths and the best paths.

After the exchange of its information, the router will be able to choose all the best routes to be added to the routing tables.

Now, let us know how to connect with all the enriches to the neighboring relationships. Here, each router will be able to choose a router ID, this router ID is the one that can able to identify the individual router.

here the router Id is in the same format as that of the IP address, we should firstly set that whether it is manually set or not. Here the router will try to choose the loopback Ip address. And if the loopback IP address is not found then we use to choose the nonloopback IP address.

Hence, we can say that it will be able to choose the highest IP address on the router itself.

The routers can be able to interact with the neighboring routers when all the OSPF and all the router IDs are configured. It normally includes the router Id along with the known neighbors to it.