CCNA Certification Course

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Acquiring a professional certificate requires time and dedication. Undoubtedly, time and hard work put into getting a professional certificate always turn out to be highly beneficial for a long run. CCNA is among such courses which helps certify and boost any individual’s professional skills in a specific field and skyrocket career to the next level. Here are necessary details you need to know about a CCNA training and certification course.

CCNA Certification - An Overview

CCNA stands for Cisco Certified Network Association. It is a self-descriptive or an entry level information technology (IT) certification issued by networking hardware company Cisco. The course is designed to validate knowledge on fundamental networking concepts requested in networking roles in IT positions. Thus, this certification course is ideal for professionals from a networking background. By attaining this course, an individual can demonstrate his skills on multiple web-related topics. Undoubtedly, this is the most recognized certification course that leads to additional job opportunities, promotions, or customer projects seeking individuals who want to become a CCNA.

Specification and examination format of CCNA

There are no specifications set by CCNA for writing certificate exams. The exam duration for core CCNA certification is 90 minutes and below listed are the set topics covered under CCNA certification, including:

  • OSI models
  • IP addressing
  • VLAN and WLAN
  • Wide area network and land area network design
  • Network security and management
  • Routers/ routing protocols

If you want to become CCNA certified and looking for the best CCNA training institute in Delhi, Abletech Solutions is the right platform for you to get certified. Connect with us today at 7982462713.

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CCNP Routing

  • Characteristics of Routing Protocols
  • Routing Decision
  • Routing Protocol Selection
  • Network Topology Fundamentals
    • Unicast
    • Broadcast
    • Multicast
    • Anycast
  • Remote Site Connectivity
  • MPLS Based Virtual Private Networks
  • Tunnel Based Virtual Private Networks
  • MPLS Layer 2 VPN
  • MPLS Layer 3 VPN
  • GRE Point to Point
  • GRE Multipoint
  • DMVPN
  • RIP Understanding
  • RIP Messages
  • RIP Timers
  • Poison Reveres
  • Update Process
  • Configuring RIP Protocol
  • Verifying RIP
  • IPv6 Review and RIPng
  • EIGRP Neighborship
  • Configuration & Verification
  • Advanced EIGRP Concepts
  • EIGRP Topology Tables
  • EIGRP Update Process
  • EIGRP Metric Tuning
  • EIGRP Load Balancing
  • EIGRP Convergence
  • Route Filtering using ACL, Prefix-list & Route-map
  • Configuration EIGRP for IPv6
  • Verifying EIGRP for IPv6
  • Configuring EIGRP for Named Mode
  • Named Mode Parameters
  • Named Mode Features
  • OSPF Review
  • OSPF Neighbors and Adjacencies on LAN’s
  • OSPF Neighbors and Adjacencies on WAN’s
  • OSPF Network Type
  • OSPF DR & BDR Concepts
  • The OSPF Link-State Database
  • LSA and the OSPF Link-State Database
  • The Database Exchange Process
  • Advanced OSPF Concepts
  • OSPF Route Cost Calculation
  • OSPF Metric Tuning
  • OSPF Database Flooding
  • OSPF over DMVPN
  • OSPF Loop prevention
  • OSPF Route Filtering
  • Route Summerization
  • Normal and Stub Areas
  • Default Route Originate Process
  • OSPF version 3
  • Understanding Route Redistribution
  • Redistribution RIP to EIGRP & Vice Versa
  • Redistribution EIGRP to OSPF & Vice Versa
  • Redistribution RIP to OSPF & Vice Versa
  • ASymetric Routing on Redistribution
  • Domain Loop Problems with two Redistribution point
  • Preventing Loop Problem
  • Understanding Route Selection
  • Cisco Express Forwarding
  • Local Policy Based Routing
  • Global Policy Based Routing
  • Understanding VRF-Lite
  • Configuring VRF Lite
  • Fundamentals of Internet Connectivity
  • Static IP Address Assignment
  • Dynamic IP Address Assignment
  • Static NAT
  • Dynamic NAT
  • PAT
  • Destination Based NAT
  • Basic BGP Process
  • Understanding BGP use and Benefits
  • BGP ASNs
  • BGP States & Messages
  • Fundamental BGP Concepts
  • IBGP and EBGP Understanding
  • Neighborship Configuration & Parameters
  • IBGP & EBGP Loop Prevention
  • Advanced BGP Concepts
  • Verifying BGP Tables
  • Injecting Routes into BGP
  • Route Filtering and Clearing BGP Peers
  • Inbound Outbound Path Manipulation
  • BGP Path Attribute and Best-Path Algorithm
  • BGP Single Homed
  • BGP Dual Homed
  • Single Multihomed
  • Dual Multihomed
  • Understanding IPv6 Internet Connectivity
  • Configuring IPv6 BGP Neighborship
  • Verifying IPv6 BGP Neighborship
  • IPv6 Traffic Over IPv4 Address(Core BGP with IPv4)
  • Fundamental Router Security Concepts
  • Password Encryption Line vty
  • Password Encryption Line Console
  • Access Control List
  • IP Prefix-list
  • Route-map
  • Understanding URPF
  • Configuring URPF
  • Verifying URPF Status
  • Authentication Method
  • EIGRP Authentication
  • OSPF Authentication
  • BGP Authentication

CCNP Switching

  • Enterprise Campus Network Design
  • L2 Switch Operation
  • Multilayer Switch Operation
  • Tables used in Switching
  • Ethernet Concept
  • Connecting Switch port
  • Switch Port Configuration
  • Understanding Discovering Connected Devices
  • Cisco Discovery Protocol
  • Link Layer Discovery Protocol
  • Configuring VLANs
  • Inter-vlan Routing
  • Understanding DTP
  • Configuring Trunks
  • VLAN Trunking Protocol V2
  • VLAN Trunking Protocol V3
  • VTP Pruning
  • Traditional Spanning Tree Protocol
  • Spanning-Tree Configuration
  • Type of STP
  • Tuning STP Convergence
  • Protecting the Spanning Tree Protocol Topology
  • Optimizing the Spanning Tree Protocol Topology
  • Advanced Spanning Tree Protocol Features
  • Rapid Spanning Tree Protocol
  • Multiple Spanning Tree Protocol
  • Aggregating Switch Links
  • Ether Channel Negotiation Protocol
  • Ether Channel LACP Configuration
  • Ether Channel PAGP Configuration
  • Multilayer Switching
  • Router on Stick
  • Configuring DHCP
  • DHCP Relay
  • Logging Switch Activity
  • Syslog Messages
  • NTP Configuration
  • Managing Switches with SNMP
  • Monitoring Performance with IP SLA
  • Using Port Mirroring to Monitor Traffic
  • Configuring Local SPAN
  • Configuring Remote SPAN
  • Understanding Encapsulated Remote SPAN
  • Understanding High Availability
  • Packet Forwarding Review
  • Layer 3 High Availability
  • Hot Standby Router Protocol
  • HSRP Active & Standby Election
  • Virtual Router Redundancy Protocol
  • Gateway Load Balancing Protocol
  • Understanding AVG
  • Understanding AVF
  • Configuring GLBP
  • Understanding Physical Rack Access
  • Understanding Access Method of Switches
  • Understanding Design Implementation
  • Implementing Design on Virtual Setup
  • Securing Switch Access
  • Port Security
  • Protected Port
  • Securing VLANs
  • Securing Trunks
  • VLAN Access Control List
  • Private Vlan
  • Preventing Spoofing Attacks
  • DHCP Snooping
  • Dynamic ARP Inspection
  • IP Source Guard
  • Understanding Multicast Packet Flow
  • Understanding LAN Multicast Traffic
  • Understanding Multicast Traffic between Router’s
  • Configuring IGMP in LAN
  • Understanding PIM dense Mode
  • Configuring PIM Dense Mode
  • Understanding Complete IBGP & PIM relation