Cisco Certified Internetwork Expert Enterprise certifies the skills required of expert-level network engineers to plan, operate and troubleshoot complex, converged network infrastructure.

Prerequisites:

• Module 1: Switching
•        1.    vlan - standard and Extended, Access, Trunk,
•        2.    VTP
•        3.    DTP
•        4.    SVI
•        5.    Native-vlan
•        6.    Inter-vlan Routing
•        7.    Ether-Channel - PAgP, LACP and Load-Balacing
•        8.    Spanning-Tree
•        9.    RSTP, PVST, PVST+, MST
•       10.   SPT Features :
•                a.    Portfast, BPDUguard , BPDUfilter, RootGuard, Uplink-fast, Backbone-fast, UDLD, LoopGuard.
•                b.    Err-disable
• Module 2: PPP
•         1.    PPP - Point-to-point
•         2.    PPP- PAP, PPP- CHAP, MS-CHAP, ESCHAP
•         3.    PPPOE
•         4.    MLPPP -- Multilink Point- to-point
•         5.    Implement PPP and IOS AAA local Database
• Module 3: IGP
•         1.    Introduction to Routing Protocol
•                a.    Static Routing and Default Routing
•         2.   Compare Routing Protocol Types - Distance Vector, Link-state, Path-Vector
•         3.   RIP - Introduction to RIP
•                a.   Implement and Troubleshooting of RIP
•                b.   Passive-interface default, Authentication, 2 tables explaination
•         4.   EIGRP - Packet Types, Route-Types
•               a.   RD,FD,FC, Successor, Feasible Successor
•               b.   3 Tables - RIB, Topology,Neighbor
•               c.   Strunk in active
•               d.   EIGRP stub
•                     i.    stub
•                     ii.   leak-map
•               e.  EIGRP Load-balancing
•                     i.   equal-cost
•                     ii.  unequal-cost
•               f.   EIGRP Summary
•                     i.   Summary leak-map
•               g.  Authentication - Key-Chain , MD5
•        5.   OSPF:
•                a.   Design of OSPF - ABR, ASBR, Backbone Router's.
•                b.   Packet Types
•                c.   LSA Types
•                d.   Route-Types- Internal and External
•                e.   7 States of OSPF (Implementation of OSPF )
•                f.    Explaination of 3 Tables - RIB, Topology , Database
•                g.   Virtual-link
•                h.   Network-Types - Point-to-Point, Multipoint, Broadcast, Non-Broadcast
•                i.   Area Types - Stub, T-Stub, NSSA, T-NSSA
•                j.   Authentication - Type 1 and Type 2
•                k.   Summarization with Range Command
•                l.    IP Security - ACL , Prefix-List, PBR(route-map)
•                m.   Implementation and Troubleshoot of OSPF
• Module 4: BGP
•          1.    BGP - TCP connection
•          2.     Implementation of BGP Protocol
•                  a.   peer-group
•                  b.   Active and Passive
•                  c.   States and Timers
•           3.    Implementing IBGP and EBGP
•           4.    IBGP - Route-Reflector, Confederations and Full-mesh
•           5.    4 Bytes AS Number
•           6.    Private AS
•           7.    Attributes and Path Selection
•                    a.   Weight , Local Preference, Origin, As-Path , Origin, MED, Ebgp vs Ibgp, IGP metric, BGP Router-id
•           8.    Conditional Advertisement
•           9.    Communities and Extended Communities
•          10.   BGP Features :
•                    a.   Aggregation, Local-AS , Allow-as in, Prepend, Regexp, BGP Synchronization, Maximum-prefix, Password.
•                    b.   Designing and Implementation of BGP Protocol.
• Module 5: MPLS
•        1.   Concept of Process Switching, Fast-Switching and CEF
•        2.   Basics of MPLS - Label stack, LSR, LSP
•        3.   LDP neighbor and LFIB table
•        4.   MPLS ping and MPLS Trace route
•        5.   MPLS/VPN - L3VPN, CE, PE, P
•        6.   Extended Communities, VRF, Route Distinguish and Route-target
•        7.   Implementing Ipv4 address-family and vrf address-family
• Module 6: IPV6
•         1.   IPv6 Addressing and Sub-netting
•         2.   Unicast, Multicast , EUI-64, ICMPv6(RD, RS, NA, NS) , Auto-config addressing
•         3.   Implementing Routing Concept - RIPng
•         4.   EIGRPv6 - Implement and Troubleshooting
•         5.   OSPFV3 - Implement and Troubleshooting
•         6.   IPv6 Authentication
•         7.   Implement of IPV6 DHCP
• Module 7: Multicast
•         1.   RPF - Reverse Path Failure
•         2.   PIM- Sparse Mode, Dense-Mode, Sparse-dense-mode
•         3.   Static-RP, Auto-RP, BSR
•         4.   Bidirectional PIM
•         5.   Source-Specific Multicast
•         6.   Multicast Boundary
•         7.   Concept

The following modes of training are available for this course

• Regular duration Training program
• Fast Track Training program
• Customized Bootcamp
• Customized Online Training program
• (All the above modes of training include theory and practical as per the requirement of the course)