
Learn how layer 2 and layer 3 forwarding work, including vlan concepts, mac addressing, arp, and routing between subnets, plus an overview of Cisco express forwarding and process switching.
Understand Cisco express forwarding (CEF), a software switching mechanism using the forwarding information base and adjacency table built from routing and ARP data to enable high-throughput packet forwarding.
Explore how multiple spanning tree replaces the single common spanning tree with per-VLAN instance blocking, VLAN mappings, and MST configuration to optimize traffic across switches.
Explore the fundamentals of IP routing, from static routes to dynamic protocols, and learn how interior and exterior gateway protocols like OSPF and BGP shape routing decisions.
Master static null routes and null interfaces to block traffic without access lists or CPU load, and prevent routing loops with summarized networks.
Configure ipv6 static routes in a lab by enabling ipv6 unicast routing and adding static routes on two routers to reach remote subnets; verify with ping and tracert.
Configure a management VRF and assign gigabit zero two and zero three as its members, enabling traffic separation on a router; verify with show ip route and show vrf brief.
Explore how OSPF uses link state advertisements (LSA) and the SPF algorithm to build a loop-free topology and a synchronized link state database. Understand DR/BDR elections and hello packets.
Explore ospf network types, including point-to-point, broadcast, and loopback, and learn how to configure loopback interfaces to influence route learning and neighbor status in a lab environment.
Configure OSPF across six routers to form multi-area topology with area 1234, area zero, and area 56; designate router four as abr and apply subnets 1020 410, 1040 510, 1050 610.
Explore BGP fundamentals, including autonomous systems, internal and external sessions, path attributes, and multiprotocol address families for IPv4 and IPv6, plus the open, keepalive, update, and notification messages.
Practice BGP route summarization across three routers by aggregating 172.16.0.0/16 subnets into a single 172.16.0.0/22 prefix and validating a single route with the summary only command.
Cisco certificates are among the most valid certificates in the world, and by taking this training, you can easily pass the Cisco CCNP Enterprise ENCOR and ENARSI exams. Once you pass the exam and receive your certificate, you will always be one step ahead in your job applications.
The content of the training has been prepared with completely new topics, with reference to the Cisco CCNP Enterprise ENCOR and ENARSI Official books prepared by Cisco. You can also download English source files, approximately 400 pages, from the downloadable source files.
To participate in the training, you must have taken the Cisco CCNA Network training. If you took the CCNA training in the pre-2020 version, I recommend that you start this training after taking the new Cisco CCNA 200-301 Network Training again.
We will do the laboratory applications in the training with the Eve-NG Network simulation program. I will explain in detail how to download the program and how to use it.
I tried to convey this training to you in the best way possible with my 25 years of experience in the sector. I had great fun while preparing the training, and I have no doubt that you will enjoy watching it too.
In order to provide you with the best sound quality, I used a quality microphone while shooting.
If you watch videos in Auto mode, you can watch them in 1080P if your screen resolution and internet speed are sufficient.
The content of the training has been prepared with completely new topics, with reference to the Cisco CCNP Enterprise ENCOR and ENARSI Official books prepared by Cisco. You can also download English presentation files, approximately 400 pages, from the downloadable files.