CCNP (Route)
(Network Administration)

CCNP (Route) – Cisco Certified Network Professional (Route)

CCNP (Route) is the most effective study curriculum to have an in depth knowledge about InterNetworking. The module is authorized by Cisco, the Numero Uno of Networking World, and it focuses mainly on how to implement the technologies required for Internet communication. This curriculum reveals the mystery behind any type of Internet. It is a pure practical based industry oriented module which also clarifies the basic and vital theoretical concepts of InterNetworking. As it is a professional level program so it demands that the pursuing candidate must be pre equipped with CCNA.

CCNP (Route) trained candidates can look forward to qualify for job roles like Senior Network Administrator, InterNetwork Engineer, Internetwork Designer and Internetwork Consultant in Core Networking, IT/ITES, Software and even Non-IT Industry. The candidates will be in good demand in the Service Provider Companies.

Course Details

• How a Router decides best Route?
  • Administrative Distance (AD)
  • Route Cost
  • Prefix Length
• Static Routing and Dynamic Routing
• Routing Protocols and their types
  • Distance Vector, Link State, Hybrid and Path Vector Routing Protocols
  • Classfull and Classless Routing Protocols
  • Interior Gateway Protocol and Exterior Gateway Protocol

• Routing Information Protocol (RIP)
  • Working Logic and Route Cost
  • RIP v1 and RIPv2
  • Route Summarization and Default Route
  • RIP over Frame-Relay
  • Verification and Troubleshooting
• Open Shortest Path First (OSPF)
  • Working Logic and Route Cost
  • OSPF Area and Inter Area OSPF
  • OSPF Neighborhood
  • OSPF Messages and Link State Advertisement (LSA)
  • Designated Router and Backup Designated Router
  • Route Summarization and Default Route
  • OSPF Authentication
  • Types of OSPF Network
  • Verification and Troubleshooting
• Enhanced Interior Gateway Routing Protocol (EIGRP)
  • Working Logic and Route Cost
  • Successor and Feasible Successor Route
  • Unequal Cost Load Balancing
  • Interface Bandwidth Limiting
  • EIGRP Neighborhood
  • EIGRP Messages
  • EIGRP Stub and EIGRP Stuck In Active (SIA)
  • Route Summarization and Default Route
  • EIGRP over Frame-relay
  • EIGRP Authentication
  • Verification and Troubleshooting
• Border Gateway Protocol (BGP)
  • Working Logic
  • IBGP and EBGP
  • BGP Neighborhood
  • BGP Messages
  • BGP Path Attributes (PA)
  • BGP Best Path Algorithm
  • BGP Network Command and Route Summarization
  • Verification and Troubleshooting
  • Advanced BGP Concepts
    • Route Reflector
    • Confederation AS
    • Community Attribute
    • BGP Backdoor

• Why Redistribute
• Concept of Seed Metric
• Redistribution between RIP, OSPF, EIGRP, BGP
• How to prevent Domain Loops caused due to 2 way redistribution

• Benefits of PBR
• Distribute List, Filter List, Route Map, Prefix List
• Filtering RIP updates by Distribute List
• Filtering EIGRP updates by Distribute List
• Filtering BGP updates by Distribution List
• Filtering OSPF Type3 and Type5 LSA by Filter List
• Manipulating Next Hop and Exit Interface by Route Map
• Manipulating BGP PA by Route Map

• Benefits of IPv6
• IPv6 address format
• Types of IPv6 address
  • Unicast, Multicast and Anycast
  • Global and Link Local
• Configuring Interfaces with IPv6 address
• How a host can auto generate its IPv6 address
  • EUI-64
  • Neighbor Discovery Protocol (NDP)
• IPv6 Static Routing
• IPv6 Dynamic Routing Protocols
  • RIPng
  • OSPF v3
  • EIGRP for IPv6
  • MP-BGP
• IPv4 and IPv6 coexistence
  • Dual Stack Routing
  • IPv6 Tunnels
    • Static Tunnel
    • Dynamic Tunnel
      • ISATAP Tunnel
      • 6to4 Tunnel

• Concepts and Advantages of VPN
• Site To Site VPN and Remote Access VPN
• Intranet and Extranet VPN
• IPSec Tunnel Mode and Transport Mode
• Authentication Header (AH) and Encapsulation Security Payload (ESP)
• Encryption and Hashing Methods
• Configure Site to Site IPSec VPN
• Configure Remote Access IPSec VPN

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