Flat/Single Level vs. Multi Level IS-IS Design Comparison
Flat/Single Level vs. Multi Level IS-IS Design Comparison. Flat routing means, without hierarchy, entire topology information of the network is known by each and every device in the network.
IGP
Four necessary steps in routing fast convergence
When it comes to fast convergence, first thing that we need to understand what is convergence?
Most common IOT Routing Protocol RPL- Orhan Ergun and Pascal Thubert inventor of the protocol
Most common IOT Routing Protocol RPL- Orhan Ergun and Pascal Thubert inventor of the protocol!
Flat/Single Area OSPF network is not a problem!
Flat OSPF network, or single area OSPF networks are real. In fact most of the OSPF network today deployed, is flat OSPF networks. But how many routers can be placed safely in an OSPF area ? Any number from the real world OSPF deployment ? I will share in this post.
EIGRP Feasible Successor
One of the advantages of EIGRP Feasible Successor is that it speeds up the EIGRP. In fact, if there is a Feasible Successor in the EIGRP network, such network converges faster than OSPF or IS-IS.
EIGRP RFC 7868
Finally, informational EIGRP RFC 7868 has been published.It is not anymore Cisco’s EIGRP, it is an open standard. Without a most critical feature of EIGRP,can we really say that? Why Cisco doesn’t share the most important feature which can help in large scale EIGRP design although industry has been asking from them for a long …
IS-IS Design Considerations on MPLS backbone
IS-IS Design – Using IS-IS with MPLS require some important design considerations. IS-IS as a scalable link state routing protocol has been used in the Service Provider networks for decades. In fact, eight of the largest nine Service Providers use IS-IS routing protocol on their network as of today.
IS-IS Routing Protocol Interview Questions
IS-IS Interview Questions – IS-IS is a link state routing protocol. Commonly used in Service Provider networks.
OSPF and IS-IS for MPLS Traffic Engineering!
OSPF and IS-IS for MPLS TE- You need OSPF or IS-IS to distribute link information such as reserved, unreserved and used bandwidth, metric, link colouring information.These informations are used by CSPT ( Constraint based shortest path first ) algorithm.
What makes for a successful protocol ?
What makes for a successful protocol ? Which protocol is successful and why ? Have you ever been asked these questions ? As an engineer you cannot say I believe Protocol X is successful or Protocol Y is not.