CCNA Training Syllabus With Labs

200-125 CCNA Ver 3.0 New Syllabus for Routing and Switching certification training.

No Prerequisite Exam Students can start this CCNA course without any prerequisite exam.
Weekday Classes 2 hours per day. Syllabus completion approx 45 days.
Weekend Classes 2 hours on Saturday and Sunday. Syllabus completion approx. 60 days.
Exam Description The Cisco Certified Network Associate CCNA Routing and Switching composite exam 200-125 tests a candidate's knowledge and skills related to network fundamentals, LAN switching technologies, IPv4 and IPv6 routing technologies, WAN technologies, infrastructure services, infrastructure security, and infrastructure management.

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+ 1. IPv4 ADDRESSING
  • IP address
  • Version of IP Address
  • Characteristics of IPV4
  • Classification of IPV4
  • Public IP Address
  • Private IP Address
  • Network Mask
  • Role Network mask in IP Addressing
  • Default Mask of Classful IP Address
  • IP Address is combination of Network bits & Host bits
  • Network ID or Network Address
  • Broadcast ID or Broadcast Address
  • ANDing Process
  • No. of Network ID's & Valid IP Address in Class A, Class B, Class C
  • Subnetting
  • Summarization
  • Supernetting
  • Tips & Tricks
  • » Network Address, Broadcast Address
  • » First Valid IP address,
  • » Last valid IP address,
  • » Valid range of IP address,
  • » Subnet mask,
  • » Block size,
  • » Next Network Address,
+ 2. Introduction of Cisco Router
  • General port diagram of Cisco Routers
  • Cable & Connection.
  • Connectivity diagram of Cisco Routers with Network Devices
+ 3. IP ROUTING
  • Basic Routing Concept
  • Routed & Routing Protocols
  • » Next hop
  • » Longest Match
  • » AD
  • » Metric
  • » Destination NID
  • » Route Codes
  • » Outgoing Interface
  • AD & Metrics of Different Routing Protocols
+ 4. Static Routing
  • Configure, Verify and Troubleshoot
  • » Static Route
  • » Default route
+ 5. DYNAMIC PROTOCOLS & DYNAMIC ROUTING
  • Types of dynamic protocols
  • IGP vs. EGP protocols
  • Link state vs. Distance Vector
+ 6. OSPF (Open Shortest Path First)
  • Configure, Verify and Troubleshoot
  • OSPF Terminology
  • Link-states Advertisement
  • Router ID & its selection.
  • Loopback Interface & Loopback Address
  • Hello timer & Dead Timer
  • Concept of Area in OSPF & its Advantages
  • Backbone area
  • Types of Area's in OSPF
  • OSPF router interface Priority
  • DR & BDR Concept
  • Process ID
  • Concept of Wild Card Mask
  • ABR & ASBR
  • Passive Interface
  • AD & Metric
  • Neighbor adjacency components
  • OSPF router states
  • OSPF LSA Types
  • Discuss OSPF single & multi area
  • Type of Tables in OSPF
  • » Neighbor Table
  • » Topology Table
  • » Routing Table
  • Types of OSPF Network Topologies
  • » Point-to-Point
  • » BMA
  • » NBMA
+ 7. EIGRP (Enhanced Interior Gateway Routing Protocol)
  • Configure, Verify and Troubleshoot
  • » Feasible Distance / Feasible Successors /Administrative distance
  • » Feasibility condition
  • » Metric composition
  • » Auto summary & no auto summary
  • » Multicast address of eigrp
  • » Hello & Hold timer
  • » Variance factor
  • » AD''s of eigrp
  • » Passive interface
  • » Wild card mask
  • Types of Eigrp tables.
  • » Neighbor Table
  • » Topology Table
  • » Routing Table
  • Neighbor adjacency Parameter
  • » Hello
  • » ASN
  • » METRIC WEIGHT
+ 8. BGP (Border Gateway Protocol)
  • Configure, Verify and Troubleshoot
  • BGP Introduction
  • BGP Neighbor & Network Implementation
  • Types of ASN (public and private)
  • Type of BGP Tables
  • Type of BGP Neighbor
  • Neighbor Adjacency components
  • When to use BGP
+ 9. Packet Filtering (ACL)
  • Configure, Verify and Troubleshoot
  • Types of ACL
  • Inbound and outbound
  • Standard and Extended ( No. and Named)
  • Drawback of Numbered ACL
  • ACL Implementation Rules
+ 10. WAN
  • Introduction of WAN
  • Advantage of NAT
  • Static NAT, Dynamic NAT, PAT
  • Configure, Verify and Troubleshoot
  • Ppp authentication
  • Ppp multilink
+ 11. VPN
  • Introduction of vpn
  • Vpn models
  • Gre terminology
  • Mpls terminology
  • Ip-sec vpn
+ 12. IPv6
  • Configure, Verify and Troubleshoot
  • Introduction of IPv6
  • Need of IPv6
  • IPv6 addressing
  • » Link Local address
  • » Site local address
  • » Global Unicast Address
  • » Multicast Address
  • » eui 64
  • IPv4 to IPv6 Migration
  • » Dual stack
  • Different way to represent Ipv6
  • IPv6 supporting protocols
+ 13. HOW TO MANAGE CISCO DEVICES
  • Cisco Discovery Protocol (CDP)
  • Resolving hostname
  • Password recovery procedure
  • Backup & Up gradation of IOS
  • Backup & Up gradation of Configuration File
  • telnet, ssh, syslog server, ntp
+ 14. IP SERIVCES
  • DHCP
  • DHCP Server (IOS Router)
  • DHCP Client
  • DHCP Pool
  • Excluded addresses
  • Lease Time
  • Default Router
+ 15. LAN Switching
  • Introduction of Cisco Switches
  • Collision Domain & Broadcast Domain
  • Bridges and Hubs
  • Bridge & its Function
  • » Forwarding
  • » Filtering
  • » Flooding
  • Formation of MAC Table or CAM Table
  • VLAN
  • Access port & Access link
  • Trunk port & Trunk link
  • How to form trunk & its requirements
  • Trunking Protocols ISL & dot1q
  • DTP
  • Inter-Vlan Routing
  • SVI
  • VTP & ITS MODE
  • STP
  • STP Convergence Components
  • » lowest Bridge ID
  • » lowest RPC
  • » lowest Sender BID
  • » lowest Sender Port ID
  • STP Convergence Steps:
  • » Election of Root Bridge.
  • » Election of Root Port.
  • » Election of Designated Port
  • Spanning Tree Mode
  • PVSTP
  • STP Advance Feature
  • » Uplinkfast
  • » Portfast
  • » Backbonefast
  • Basic concept of RSTP
  • Drawback of STP
  • Concept of Etherchannel
  • HSRP
+ 16. Network Device Security
  • Configure and verify network device security features such as
  • » Device password security
  • » Enable secret vs. enable
  • » Transport
  • » Disable telnet
  • » SSH
  • » VTYs
  • » Physical security
  • » Service password
  • Configure and verify Switch Port Security
  • Violation modes
  • » Shutdown
  • » Protect
  • » Restrict
+ 17. OSI (Open System Interconnection) & TCP/IP
  • Introduction to OSI or Layered Structure model
  • Data encapsulation & De-encapsulation Process
  • PDU form of Data at each layer
  • Role of OSI layers
  • » Application
  • » Presentation
  • » Session
  • » Transport
  • » Network
  • » Data link
  • » Physical
  • Introduction of Protocols & Network Devices per layer
  • OSI peer to peer communication diagram
  • OSI Vs. TCP/IP
  • TCP/IP Layers
+ 18. Network Automation via Python script
  • Network Automation via Python script
+ 19. Brief Introduction of SDWAN Arch.
  • Controllers
  • Transport
  • Wan Edges Devices
  • Types of VPN
  • Types of Tunnels.
  • Overlay fabric
  • underlay fabric
+ 20.Brief Introduction of QoS Components
  • Best Effort
  • Intserv
  • Diffserv
  • Delay
  • Jitter
  • Loss
  • Queues
  • Classification
  • Marking
  • Queuing
  • Congestion
  • Policing
CCNA Training Syllabus