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Course Content
CCNA
Lesson 1: Communications (Only for those who want to start from scratch)
1.1. TCP/IP Stack (In detail)
1.2. OSI Model (In detail)
1.3. Networking Devices: Hubs, Bridges, Switches, Routers, Firewalls, Load-Balancers
Lesson 2: Switches (For those with Lesson 1 Knowledge, training could start from here)
2.1. Basic Switching
2.1.1. ARP, MAC Address Table, How a switch Populates a MAC Address table
2.1.2. STP, RPVST, LAN (Broadcast Domain), VLANS's (Multiple Broadcast Domains), VTP, Trunking (Connecting multiple switches), (Inter-VLAN routing) Router on a Stick
2.1.3. HSRP, P-ARP, R-ARP
Optional
2.1.4. IP Addresses (If not covered in Lesson 1), Public and Private, FLSM, VLSM
2.1.5. IPv4 and IPv6 (Optional)
Lesson 3: Routing 1
3.1. Gateway Routers and their Importance in a network
3.2. NAT, PAT, DHCP, DNS, Static Routes, Default Routes
3.3. Routing Protocols (Classified differently that how explained in the TCP/IP and OSI - DV and LS) - IGP and EGP, Classless and Classful routing.
3.4. Static Routing
3.5. RIPv1 and RIPv2
3.5.1. Functioning and operation in detail
3.5.2. Configuring RIP
Lesson 4: Routing 2, IGRP and EIGRP
4.1. IGRP
4.2. EIGRP (In detail)
4.3. EGIRP Stub Routing
4.4. Redistribution Explained
4.5. Understanding the various 'Sh' commands available and how to interpret their output and use for T-Shooting
LAB 1: Packet Tracer (Switching, Routing concepts learnt implemented on PT5.0)
Lesson 5: Routing 2, OSPF
5.1. OSPF Basics - Functioning, DR, BDR, Etc
5.2. Multi and single area OSPF
5.3. LSA types OSPF
5.4. Redistribution
LAB 2.1: GNS3 (IMPLEMENTING OSPF, SINGLE AND MULTIPLE AREAS AND REDISTRIBUTION)
LAB 2.2: GNS3 (MANIPULATING OUTING WITH EIGRP STUBS AND OSPF LSA TYPES)
Lesson 6: BGP (Optional)