Internet Service Provider or ISP is the ultimate source of creating, propagating and distributing the Internet. The Internet health of a country is understood by the number of national level ISP companies and their offered services for the customers. Within the next 2 years our country will need huge number of trained Internet specialists to serve the ISP companies.

ICIP is a very effective study curriculum to have an in depth knowledge about Internet. The module focuses on the transmission aspects of Internet, which actually represents working principles of the Internet Service Providers (ISP). The syllabus includes some very vital technology topics which are overlooked in the traditional networking curriculum but extremely important for the Internet Service Provider Industry. In fact the curriculum is designed as per the suggestions from some very big names of the ISP industry. It is a pure practical based industry oriented module which also clarifies the basic and vital theoretical concepts of Internet. After successful completion the candidates will be the ultimate choice for Internet Service Provider Companies. Knowledge of CCNA is a prerequisite for pursuing this course.

Duration

Duration

40 hours-2 classes per week

Eligibility

Eligibility

Knowledge of CCNA

Course Fees

Course Fees

Rs.14,500/-

+ 18% GST

Course Details

Fundamentals
  • Basic understanding of Protocol Data Unit (PDU) and Headers
    • Data Link Layer
    • Network Layer
    • Transport Layer
  • TCP and UDP Ports
  • Access Layer, Distribution Layer and Core Layer
  • IP address distribution
  • Bandwidth Distribution
  • Route Distribution
  • Route Summarization and Default Route
  • Concept of Autonomous System
  • Networking Media with special emphasis on Fiber Optic Cables
  • Router and Switch Ports
Routing
  • Comparative study between RIP, OSPF, EIGRP and BGP
    • Routing Method
    • Route Cost
    • Best Route calculation
    • Routing Information exchange method
    • Routing Database and Tables
    • Routing Loop Control
    • Routing Messages
    • Route Summarization and Default Route
    • Routing Information Filtering
  • Special features of OSPF
    • Detailed concept of OSPF Area
    • OSPF Virtual Link
    • Detailed concept of OSPF LSA
  • Special features of EIGRP
    • Feasible Distance and Advertised Distance
    • Successor and Feasible Successor
    • EIGRP Stub
  • Special features of BGP
    • Detailed concept of BGP Neighborhood
    • Route Reflector
    • Confederation AS
    • BGP Community
  • Layer 3 Switching and Cisco Express Forwarding (CEF)
  • Route Redistribution
    • Redistribution in RIP, OSPF, EIGRP and BGP
    • Domain Loop control
  • Policy Based Routing (PBR)
  • Optimized Edge Routing (OER)
  • Multi Protocol Label Switching (MPLS)
    • MPLS basics
    • MPLS VPN
    • MPLS Traffic Engineering
    • Ethernet over MPLS (EoMPLS) or Metro Ethernet
Layer 2 Switching and Multi Layer Switching (MLS)
  • VLAN
    • Inter VLAN Routing
    • VLAN Trunking and VTP
    • QinQ
  • Spanning Tree Protocol (STP)
    • Layer 2 Loop prevention
    • Rapid Spanning Tree Protocol (RSTP)
    • Multiple Spanning Tree (MST)
  • Portchannel
    • PAGP and LACP
    • Load Balancing
  • MLS concept and configuration
    • VLAN Interface and Inter VLAN Routing
    • Routed Port configuration
    • Routed Portchannel configuration
  • Gateway Redundancy Protocols
    • HSRP, VRRP, GLBP
    • Load Balancing techniques
Quality Of Service
  • QOS Methods
    • Best Effort Delivery
    • Integrated Services Model (IntServe) and RSVP
    • Differentiated Services Model (DiffServe)
  • QOS Marking
    • Class Of Service (COS)
    • Type Of Service (TOS) and IP Precedence
    • DiffServe Code Points (DSCP)
  • Cisco Modular QOS CLI (MQC)
    • Class Map and Policy Map
    • Simple QOS configuration by MQC
IPv6
  • IPv6
    • 1Benefits 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
 

 

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