CCIE certification in Routing and Switching indicates expert level knowledge of networking across various LAN and WAN interfaces, and a variety of routers and switches. Experts in R&S solve complex connectivity problems and apply technology solutions to increase bandwidth, improve response times, maximize performance, improve security, and support global applications. Candidates should be able to install, configure, and maintain LAN, WAN, and dial access services.

The Benefits Of CCIE Course

Upon the completion of our CCIE Routing and Switching Lab boot camp, students will learn

• Catalyst 3550
• Frame Relay
• RIP V2
• EIGRP
• OSPF
• BGP
• Security (ACL's, Controlling Management Access, AAA, GRE Tunneling)
• IP Services
• QoS
• Mulitcasting
• IPV6
• 100 point Super Lab

Pre-Requisite of CCIE course

Candidates having CCNA ® certification and minimum TWO year experience in LAN/WAN routing and switching (hands on experience on routers and switches is MUST). Candidates should be able to install, configure, and maintain LAN, WAN, and dial access services.

 

Core topics

1. Bridging and switching
2. IGP

Will BGP or Multicast survive an ill configured IGP, will OSPF work with faulty frame-relay configuration and finally what s the use of getting the routes up to the client site when switch prunes out important traffic. Surely you can connect the dots. First thing first you got to ensure that your core is up and working fine.
Errors in core configuration can prove fatal as your rest of the configuration may suffer. Your training will start with core topics. The contents include specific but not limited to.

Core content

Bridging and switching

• Frame-relay configuration and troubleshooting
• LAN switching basics
• VLAN, Trunking with ISL and Dot1q, VTP
• Spanning-tree, legacy STP, RSTP, MST
• Ether channel management
• Span, Rspan, Vspan, Erspan
• Inter_vlan routing, Router on a stick
• Routed ports, SVI, BVI
• DHCP relay agent and Udp forwarding on switch
• Connecting IP phones
• Securing Cisco multilayer switches
• Port security, blocking Unicast, Multicast flooding
• Racl, Vacl, port acls, Mac acl
• Fallback bridging
• Private Vlan

Interior gateway protocol

• RIP v2 configuration, authentication, summarization
• Using passive-interface and filtering RIP routes
• Redistributing ripv2
• Enabling EIGRP
• Adjusting metric, percentage bandwidth
• Using Offsets
• Auto, manual and disabling summarization
• Floating summary routes
• EIGRP authentication
• Stub routing
• Route filtering using distribution-list and Route maps

OSPF Task list

• Enabling OSPF
• Router-id with Loopback interface
• Implementation of network types
• Broadcast-multi-access, NBMA and point-to-point
• OSPF over frame-relay special focus
• OSPF interface parameters (authentication, hello & dead
• interval, transmit-delay mtu-ignore etc.)
• Multiple area configuration and concerns
• Stub and NSSA configuration
• NSSA default-information-originate and translation
• Route summarization while redistributing
• Virtual-link configuration and authentication
• Generating default-routes
• Auto-cost reference bandwidth
• Route redistribution filtering and route-maps
• OSPF administrative distance
• OSPF ABR type-3 LSA filtering
• OSPF fast hello

Common features and task list

• Default routes
• Multi-interface load sharing
• Route redistribution
• Filtering routes
• How and where to use ACL, prefix-list, Distribution-list and Route-maps
• Policy routing
• IP Event dampening

Advance configuration

BGP and Multicast depends directly on the core where as QOS and Security configuration can have impact on end-to-end connectivity IOS features are petty neutral. Recommended practice would be to configure BGP and Multicast after core then IOS features and finally QOS and Security limiting the scope of troubleshooting should something go wrong.

BGP implementation

• BGP peer session establishment
• Troubleshooting neighbor relationship
• Authentication, fast-external-fallover, maximum-prefix
• Soft-reconfiguration
• Injecting routes into BGP
• Default routes, conditional injecting, backdoor routes
• Network and auto-summary commands
• Aggregating route prefix
• Conditional aggregate, suppressing and unsuppressing
• Suppressing inactive routes advertisements
• Conditional advertising BGP routes
• BGP route manipulation using attributes
• Local-preference, Weight, MED, Origin, community
• Using next-hop and filtering using As-path list
• BGP multi-path support
• Filtering BGP prefixes
• Using community-list, extended community lis
• Route maps for filtering BGP traffic
• Prefix-list for BGP prefix
• ORF
• Configuring internal BGP features
• Confederation and Route-reflector
• Using MED for confederation, missing MED as worst path
• Route dampening and flapping
• IBGP Multipath load sharing
• Hiding local-As, private-As
• Regular expressions

Multicast Routing

• Multicast addressing, IGMP, CGMP
• PIM sparse and dense mode
• Dense mode configuration and guidelines
• Sparse-mode implementation and RP election
• Sparse mode guidelines regarding Auto-RP and BSR
• IGMP profile, IGMP-limit and IGMP group-list
• Scoping through TTL and administrative distance
• RPF check and its importance
• Multicast rate-limit

IOS IP services

• HSRP and VRRP
• Core dump
• SNMP and Logging
• RMON
• DHCP configuration and helper-address
• Forward-protocol and UDP
• IPv6 configuration
• IPv6 over frame-relay
• RIPng, OSPFv3
• Dual stack and Tunneling
• IP accounting
• NAT

QOS

• Legacy and MQC standards
• Classification
• Congestion management via queuing
• Congestion avoidance
• Policing and shaping
• Link efficiency
• LAN QOS for 3550 and 3560 catalyst

Security

• Advance ACL (Dynamic, Reflexive, Time range)
• CBAC and IOS firewall filtering
• Checking Spoof, Smurf
• Denial of service attacks
• 802.1x authentication services
• Port security
• Unicast reverse path forwarding

 

 

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