
Get an introductory overview of routing protocols and their role in network communication, setting the stage for the CCNA exam training.
Learn IPv4 addressing fundamentals, including four octets, 32-bit addresses, public and private ranges, loopback and broadcast addresses, and subnet mask roles.
Learn how OSPF, an open standard link-state protocol, uses cost metrics and the SPF (Dijkstra) algorithm to converge quickly, with area 0 backbone, DR/BDR roles, router IDs, and topology-change updates.
Explore EIGRP, a Cisco advanced distance vector hybrid interior gateway routing protocol that exchanges routing information within an autonomous system using multicast updates for fast convergence and flexible route balancing.
Learn how BGP functions as a path vector interdomain routing protocol between autonomous systems, using AS path attributes, TCP port 179, and iBGP distance of 200.
This course is for learners who want to review routing protocols and strengthen their understanding and memorization for exams.
Routing Protocols same as RIP-EIGRP-BGP-OSPF
This course is at the CCNA level and covers content appropriate for this level
This course is suitable for those who are planning to start CCNP and want to review the routing protocols covered in the CCNA course
There are also tests on static routes and switching, but the main focus is on routing protocols. If you need more information, you can contact me via email
Of course, note that to succeed in Cisco exams and interviews, you must practice using Cisco Packet Tracer, GNS3, or EVE-NG. If you do not have access to physical devices, you can easily use these simulators to meet your practice needs
One way to succeed in the CCNA exam is to make sure you study the right books and practice all scenarios in a simulator, especially routing and switching scenarios same as eigrp and troubleshooting eigrp -access list and config -nat same as static nat dynamic nat and pat ospf single area and multi area -vlan inter-vlan on router and switch layer-3 ,stp (spanning-tree-protocol)
rip ,subneting and ipv6
good luck