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CCNA Training Program

The knowledge gathered through CCNA can be efficiently used for studying other networking modules; such as CCNA security and CCNA wireless. The CCNA certificate would unquestionably help you switch from your existing job to a better paying and more challenging networking job.CCNA is a better career option for Btech/BCA/MCA students, as they get lot of learning and have a clear path of up-gradation. After CCNA, you can do CCNP and then you can also do CCIE Course one day.CCNA is highest level of Cisco Certification and one of the most demanded IT Certification in world.The CCNA Collaboration certification covers Cisco's primary collaboration solutions - their Voice over IP (VoIP) telephony and video conferencing offerings. These solutions can operate standalone - it's not essential that they work in conjunction with a Cisco LAN or WAN.You just need to understand the basics of IP networking, as well as the fundamentals of video conferencing and streaming.


Job titles associated with CCNA Collaboration:

  • Collaboration Engineer
  • VoIP Engineer
  • Telecom Engineer
  • Unified Communications Engineer
  • CCNA Collaboration certification is primarily for VoIP telephony engineers who have to design and operate IP telephone and video conferencing systems. Other common job titles for this cert are Unified Communications Engineer and Collaboration Engineer.

    Course Description/Module :-

    1. Network Fundamentals:

    Introduction
    Introduction to the OSI Model
    Introduction to IPv4 (Internet Protocol)
    IPv4 Packet Header
    Address Resolution Protocol (ARP)
    Introduction to TCP and UDP
    TCP Header
    TCP Window Size Scaling
    Introduction to ICMP
    Introduction to DNS
    Introduction to Cisco Command Line Interface (CLI)
    User mode and Privileged mode

    2. Network Access

    2.1 VLANs and Trunks

       Introduction to VLANs
       How to configure VLANs
       VLAN Trunking Protocol (VTP)
       Introduction to 802.1Q
       How to configure a Trunk
       Dynamic Trunking Protocol (DTP)
       802.1Q Native VLAN
       Introduction to Voice VLAN
       Etherchannels
       L3 Etherchannel

    2.2 Spanning-Tree

       Introduction to Spanning-Tree
       Per VLAN Spanning-Tree
       Spanning-Tree Port States
       Spanning-Tree Cost Calculation
       Spanning-Tree Portfast
       Rapid PVST
       Rapid PVST Configuration

    2.3 Wireless

       Introduction to Wireless Networks
       Introduction to Wireless LANs
       Wireless LAN 802.11 Service Sets
       Introduction to Wireless Security
       Wireless Authentication Methods
       Wireless Encryption and Integrity
       Wi-Fi Protected Access (WPA)
       Cisco Wireless Network Architectures
       Cisco WLC Deployment Models
       Cisco Wireless AP Modes
       Cisco Wireless LAN Controller (WLC) Basic Configuration
       Cisco WLC WPA2 PSK Authentication

    3. IP Connectivity

    3.1 Introduction

       Introduction to Routers and Routing
       Cisco IOS Router Basic Configuration
       Introduction to Wide Area Networks (WAN)

    3.2 Wireless

       Introduction to Wireless Networks
       Introduction to Wireless LANs
       Wireless LAN 802.11 Service Sets
       Introduction to Wireless Security
       Wireless Authentication Methods
       Wireless Encryption and Integrity
       Wi-Fi Protected Access (WPA)
       Cisco Wireless Network Architectures
       Cisco WLC Deployment Models
       Cisco Wireless AP Modes
       Cisco Wireless LAN Controller (WLC) Basic Configuration
       Cisco WLC WPA2 PSK Authentication

    3.3 IPv6

       Introduction to IPv6
       Shortening IPv6 Addresses
       How to find IPv6 Prefix
       IPv6 Address Types
       IPv6 Address Assignment Example
       IPv6 EUI-64
       IPv6 Summarization
       IPv6 Solicited Node Multicast Address
       IPv6 Neighbor Discovery Protocol (NDP)
       IPv6 Stateless Autoconfiguration

    3.4 Routing

       Default Gateway
       Static Routing
       IPv6 Static Route
       IP Routing Explained
       Router on a Stick
       InterVLAN Routing
       Administrative Distance
       Floating Static Route
       Introduction to Route Summarization

    3.5 OSPF (OPEN SHORTEST PATH FIRST)

       Introduction to OSPF
       OSPF Configuration
       OSPF Packets and Neighbor Discovery
       OSPF Reference Bandwidth
       OSPF Router ID
       OSPF DR/BDR Electiony
       OSPF Passive Interface
       OSPF Hello and Dead Interval

    3.6 Gateway Redundancy

    4. IP Services

    4.1 DHCP (Dynamic Host Configuration Protocol)

       Introduction to DHCP
       DHCP Server Configuration
       DHCP Relay Agent
       DHCP Client
       DHCP Server IPv6 Configuration

    4.2 SNMP (Simple Network Management Protocol)

       Introduction to SNMP
       SNMPv2
       SNMPv3

    4.3 NAT (Network Address Translation)

       Introduction to NAT and PAT
       NAT Static
       NAT Dynamic
       Port Address Translation (PAT)

    4.4 Quality of Service (QoS)

       Introduction to Quality of Service (QoS)
       IP Precedence and DSCP Values
       Classification
       Marking
       Shaping
       Policing

    5. Security Fundamentals

    5.1 Access-Lists

       Introduction to Access-Lists
       Wildcard Bits
       Standard Access-List
       Extended Access-List
       Time-based Access-List

    5.2 Misc

       Port-Security
       AAA and 802.1X
       AAA User Authentication
       AA Admin Authentication
       ADHCP Snooping
       Introduction to Firewalls
       Introduction to VPNs

    6. Network Management

    ntroduction to CDP
    Introduction to LLDP
    Telnet Server and Client
    SSH Server and Client
    Introduction to NTP
    Introduction to Syslog
    Configuration Register
    Password Recovery on Cisco IOS
    Cisco IOS File System
    Upgrade Cisco IOS Image

    7. Automation and Programmability

    Device Programmability
    REST API
    Data Models and Structures
    Configuration Management Tools and Version Control Systems
    Introduction to Software Defined Networking (SDN)
    Spine and Leaf Architecture

    8. Cloud Computing

    Virtual Machines and Containers
    Introduction to Cloud Computing
    Cloud Connectivity

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