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Video Training

CCIE Routing & Switching Version 5.0

This video series from NOA Solutions is one of the most preferred ways to prepare for CCIE Routing and Switching Version 5 certification.

This video training course focuses on the topics listed in the Cisco's blueprint for the CCIE Routing and Switching Version 5 Written and Lab exam.

This Course is designed to provide students with an effective, all-in-one method of learning the concepts of Cisco's routing and switching technologies.

The class consists of (80.5 hours) of in-depth explanations and examples and can be viewed on the computer or any MP4-compatible mobile device.

This course has been taught by Sikandar Shaik CCIEx2 (Routing & Switching and Service Provider).

To get a copy of video, please send mail us at info@noasolutions.com. You can also contact us on the following numbers

Contact us: +9140-65890380,+91 – 7036826345

CCIE Routing & Switching Version 5 Self paced VoD series Over 416 lectures and 80.5 hours of content!

Over 69 lectures and 13 hours of content!

Section 1: Introduction to CCIE Routing & Switching

  • CCIE exam information
  • Exam Contents-Rack details

Section 2: VLAN and Trunks

  • Basic LAN Switching
  • VLAN Introduction
  • Static VLAN
  • Dynamic VLAN
  • Trunking
  • LAB: Trunking
  • Extended/ Voice VLAN
  • Intervlan routing (Using separate Gateways)
  • Intervlan routing (using Router Subinterfaces)
  • Intervlan routing (Using Multi Layer Switch)

Section 3: VlanTrunking Protocol (VTP)

  • VTP Introduction
  • LAB: Verifying VTP modes - requirement
  • LAB: VTP Configuration
  • VTP Pruning
  • Manual Pruning/ Prune Eligible List
  • VTP Version 3
  • VTP version 3 lab-Verify VLAN
  • VTP version 3 lab-verify MSTP-Private VLAN
  • Native VLAN

Section 4: Spanning-tree Protocol

  • Understanding STP Process 1
  • Understanding STP Process - Continuation
  • Hierachial Campus LAN Model
  • Selecting Root Bridge
  • Tuning STP ( port-Priority/Cost/timers)

Section 5: Advance STP

  • EtherChannel/PortChannel (link Aggregation)
  • Spanning-Tree Portfast
  • Spanning-Tree BPDU Guard/Filter
  • LAB: Verify BPDU Guard
  • Spanning-tree Root Guard
  • LoopGuard
  • UDLD
  • Errdisable Recovery

Section 6: Flavours of STP

  • UplinkFast-BackboneFast
  • Rapid Spanning-tree Protocol
  • LAB: Verifying RSTP
  • Per Vlan STP (PVST+)
  • Multiple Spanning Tree ( MSTP)
  • Lab: Verify MSTP
  • Tuning MSTP (port-priority/Cost)

Section 7: Layer 2 Technologies

  • PPP authentication -PAP-CHAP
  • Verify PAP-CHAP Authentication
  • PPP Multilink
  • Ethernet WAN Networks ( Metro Ethernet)
  • PPPoE - Theory-basic Configuration
  • PPPoE -advance DHCP configuration

Section 8: Logical Vs Physical Toplogy

  • Default Physical Topology
  • Logical Topology : Via single switch
  • Logical Topology : Via Multiple switches
  • Logical Topology : Using Sub-interfaces
  • Logical Topology : Mock Lab Topology- Sub-interfaces
  • Logical Topology : Mock Lab Topology -SVI and Layer 3 switch interfaces
  • Logical Topology : Mock Lab Topology- Mock interfaces
  • Logical Topology : Mock Lab Topology - using all Sub-interfaces

Section 9: Switch Port Analyser( SPAN/RSPAN/ERSPAN)

  • SPAN/RSPAN Introduction
  • SPAN Configuration : example
  • RSPAN Configuration : example 1
  • RSPAN Configuration : Example 2
  • ERSPAN
  • SPAN ( Restrictions & Conditions)

Section 10: Troubleshooting

  • Cisco Discovery Protocol
  • Link layer Discovery Protocol
  • Troubleshooting LAN connectivity11 - physical connectivity
  • Troubleshooting LAN connectivity11 - Duplex-AutoMDIX
  • Troubleshooting VLAN
  • Troubleshooting Trunking
  • LAB : Troubleshooting Trunk Links

Over 108 lectures and 21 hours of content!

Section 1: Routing Basics

  • Building Routing table
  • Floating static-default routing
  • Floating static-default routing - Continued

Section 2: Default Routes in IGP

  • Advertising Default route
  • Default Route Advertisement-RIPV2
  • Default Route Advertisement- OSPF
  • Default Route Advertisement- EIGRP

Section 3: Redistribution-IPV4

  • Redistribution-Introduction
  • EIGRP- RIP-Redistribution
  • OSPF RIP Redistribution
  • OSPF EIGRP Redistribution
  • Redistribution -Mocklab

Section 4: IPV6 basics

  • IPV6- Introduction
  • IPv6 Addressing
  • IPV6 Address types
  • IPV6 Static Addressing
  • Stateless AddressAutoConfiguration-SLAAC
  • IPv6 EUI-64 Format
  • IPV6 Layer 2 Options

Section 5: IPV6 routing

  • Static-Default Routing
  • RIPng
  • OSPFv3
  • EIGRP-IPv6

Section 6: IPV6 Redistribution

  • IPV6 RIPng -RIPng Redistribution
  • OSPFv3- RIPng Redistribution
  • EIGRP6- OSPFv3 Redistribution

Section 7: Summarization-IPV4

  • Summarization-Introduction
  • Types of Summarization
  • Calculating Summary mask- Shortcut
  • EIGRP-RIPv2 Summarization LAB
  • OSPF Summarization LAB

Section 8: IPV6 Summarization

  • RIPng Summarization
  • EIGRP6 Summarization
  • OSFv3 Summarization

Section 9: EIGRP Classic

  • LAB Verify Eigrp process
  • EIGRP Metric
  • Feasible Distance-Advertise Distance
  • Feasible Condition

Section 10: EIGRP Optimization

  • EIGRP Loadbalancing-Equal cost
  • EIGRP Loadbalancing-Unequal cost
  • EIGRP Stuck-in-Active
  • EIGRP Stub
  • EIGRP Summarization-Leakmap

Section 11: EIGRP name Mode

  • EIGRP Name Mode
  • EIGRP Name Mode- Routing-IPv4-v6
  • EIGRP Name Mode-Authentication
  • EIGRP Wide Metric

Section 12: OPSF basics

  • OSPF-Introduction
  • OSPF Process-Stage 1-5
  • OSPF Process-Stage6-7
  • LAB-Verify Basic OSPF Process
  • Concept of Areas in OSPF
  • LAB-Multi-Area OSPF

Section 13: OSPF Advance

  • OSPF Virtual-link
  • LAB : OSPF virtual links
  • OSPF network Types- DR-BDR - Part 1
  • OSPF network Types- DR-BDR - Part 2
  • LAB-OSPF Broadcast Multi-access network - DR-BDR
  • OSPF LSA Types

Section 14: OSPF Stubs

  • OSPF Stubs-Introduction
  • LAB-OSPF Stubs
  • OSPF Totally stub
  • LAB-OSPF Totally Stub
  • Not-so-stubby Area
  • LAB-Not-so-stubby Area
  • Totally Not-so-Stubby Area
  • Quick Review

Section 15: OSPF Enhancements

  • OSPFv3 Address-family support
  • OSPF Graceful Shutdown
  • OSPF TTL security
  • OSPFv2 Authentication Enhancements

Section 16: Routing Protocol Authentication IPv4-v6

  • Routing Protocol Authentication
  • RIPv2-Authentication
  • EIGRP-Authentication
  • OSPF-Authentication
  • LAB-OSPF-Inteface-based-Authentication
  • OSPF Area-based-Authentication
  • OSPF Virtual link-Authentication
  • OSPF Virtual link-Authentication
  • OSPFv3 Authentication

Section 17: ISIS Basics

  • ISIS Introduction- Levels Types
  • ISIS Adjacency - L1-L2
  • ISIS NSAP Addressing
  • ISIS Configuration- IPv4-v6
  • ISIS Configuration-IPv4-v6 -LAB

Section 18: ISIS Advance

  • Tuning ISIS Levels
  • Tuning ISIS levels-Continue
  • Designated Intermediate System- DIS
  • ISIS Metric
  • ISIS Authentication

Section 19: Route Filtering Options

  • Introduction to Route Filtering
  • Passive Interface
  • LAB-Verify Passive interface
  • Distribution-List
  • LAB-Distribution List
  • IP Prefix-Lists
  • LAB-Verify Prefix-list
  • LAB-Verify Prefix-list-Continued

Section 20: Route Filtering Options

  • Introduction to Route Filtering
  • Passive Interface
  • LAB-Verify Passive interface
  • Distribution-List
  • LAB-Distribution List
  • IP Prefix-Lists    
  • LAB-Verify Prefix-list     
  • LAB-Verify Prefix-list-Continued

Section 21: Route-maps               

  • Route-Maps-Introduction           
  • LAB-Route-maps             
  • LAB-Route-maps-Continued
  • Route-filtering using Route-maps

Section 22: Policy Based Routing

  • Policy Based Routing     
  • PBR based on Source
  • PBR based on destination
  • PBR based on Services
  • PBR based on Packet size

Over 64 lectures and 14 hours of content!

Section 1: BGP Introduction

  • When BGP is more Appropriate
  • BGP options connecting to Internet

Section 2: BGP Neighbors

  • understanding BGP neighbors
  • IBGP neighbors -LAB
  • BGP Split Horizon Rule
  • IBGP neighbors using loopbacks -LAB
  • IBGP neighbors using Loopback-LAB-Continuation

Section 3: Advance BGP neighbor options

  • BGP authentication
  • Peer Groups
  • Route Reflectors

Section 4: External BGP

  • Basic EBGP configuration
  • Using nexthopself
  • EBGP using loopback -EBGPmultihop
  • BGP synchronization Rule

Section 5: BGP Attributes

  • Understanding BGP attributes
  • ASpath-origin-nexthop
  • weight & local preference

Section 6: Weight and Local Preference

  • Path Manipulation using weight
  • path manipulation using Weight -continued
  • weight using route maps-LAB
  • understanding IN OUT
  • using Local preference
  • Local Preference with Route-maps
  • BGP path selection process
  • Clear IPBGP sessions

Section 7: AS-path prepend & MED

  • AS-Path Preprend
  • AS-Path Preprend-Continued
  • Multi Exit Discriminator
  • Using MED
  • Using MED-Continued

Section 8: BGP Summarization

  • BGP summarization
  • BGP summarization using As-set-Example 1
  • BGP summarization As-set-Example -2
  • BGP summarization suppress-map
  • BGP summarization un-suppress-map

Section 9: BGP Route Filtering

  • Why do we need BGP filtering
  • BGP filtering using ACL
  • BGP filtering using IP Prefix-list
  • BGP filtering using Route-maps
  • BGP Regular expressions
  • BGP regular expressions - Continued
  • BGP AS-PATH filters
  • BGP AS-PATH filters-Continued

Section 10: BGP Communities

  • BGP communities -Introduction
  • BGP communities types
  • BGP well communities
  • BGP well communities- continued
  • BGP communities-user defined
  • BGP communities User Defined - Continued

Section 11: BGP Advance Options

  • BGP Confederations
  • BGP Confederations -LAB
  • BGP Dampening
  • BGP Dampening-LAB
  • Route reflector Cluster
  • Route reflector Cluster - LAB
  • remove private-AS
  • BGP neighbor local-AS (No-Prepend)
  • BGP neighbor local-AS( Replace AS and Dual As)

Section 12: IPV6 BGP

  • IPv6 BGP introduction
  • IPV6 IBGP- EBGP Configuration
  • IPV6 PeerGroups and Route Reflectors
  • IPV6 EBGP Multihop
  • IPV6 BGP path Manipulation

 

Over 62 lectures and 11 hours of content!

Section 1: VPN introduction

  • Introduction to VPN Networks
  • VPN models overview
  • VPN models -Advantages and Disadvantages
  • Cisco express forwarding
  • MPLS VPN overview

Section 2: MPLS Label Distribution Protocol

  • MPLS introduction
  • MPLS labels and MPLS stacks
  • sharing Label information
  • MPLS LDP configuration
  • MPLS LDP configuration - Continued
  • MPLS label forwarding
  • Penultimate hop popping
  • MPLS LDP troubleshooting

Section 3: MPLS layer 3 VPN

  • MPLS Layer3 VPN
  • Steps to Configure MPLS Layer3 VPN
  • VRF- Route Distinguisher-Route Target
  • VRF Configuration
  • MPLS L3 VPN Support for Static-Default Routing
  • VPNV4 Peering between PE to PE routers
  • VPNv4 Redistribution under VRF

Section 4: MPLS L3 VPN support for RIP-EIGRP-OSPF

  • MPLS L3 VPN for RIPv2
  • MPLS L3 VPN for EIGRP
  • MPLS L3 VPN for OSPF
  • MPLS L3 VPN for OSPF-Continued

Section 5: MPLS L3 VPN Advance Routing

  • MPLS OSPF Superbackbone
  • Understanding OSPF Domain-ID
  • Verify OSPF Domain-ID
  • Purpose of OSPF Sham-Link
  • LAB- Verify OSPF sham-link
  • MPLS L3 VPN - EBGP
  • MPLS L3 VPN - EBGP-continued

Section 6: MPLS L3 VPN Advance Options

  • Overlapping VPNs
  • Overlapping VPNs- Continued
  • Overlapping VPN- Advance
  • Layer 2 MPLS VPN- Overview
  • IPV6 support - MPLS
  • MPLS Traffic Engineering- overview
  • Inter AS VPN overview

Section 7: MPLS L3 VPN Troubleshooting

  • MPLS L3 VPN- Troubleshooting
  • MPLS L3 VPN- Troubleshooting-Continued

Section 8: GRE -Generic Routing encapsulation

  • VPN over Internet
  • Generic Routing encapsulation
  • Default Lab setup
  • LAB- GRE point to point Configuration
  • LAB- GRE point to point Configuration Advance
  • Drawbacks of GRE

Section 9: DMVPN-Dynamic Multipoint VPN

  • Dynamic Multipoint VPN
  • DMVPN phases
  • DMVPN phase-1 Static NHRP
  • DMVPN Phase-1 Dynamic NHRP
  • DMVPN Phase-2 Static NHRP
  • DMVPN phase-2 Dynamic NHRP

Section 10: Routing protocols over DMVPN

  • DMVPN Phase-1 routing using RIPv2
  • DMVPN Phase-1 routing using EIGRP
  • DMVPN Phase-1 routing using OSPF
  • DMVPN phase-2 RIPv2 Routing
  • DMVPN phase-2 OSPF Routing

Section 11: IPsec VPN

  • IPsec VPN Introduction
  • IPsec Mode-Protocols
  • IPsec process-Overview
  • IPsec- IKE phase 1
  • IPsec- IKE phase 2

Over 37 Lectures and 7.5 hours of content

Section 1: Access-Control-List

  • ACL Introduction
  • Standard ACL1
  • Standard ACL-Continued
  • ACL Rules
  • Extended ACL –Configuration
  • Extended ACL –Verification

Section 2: Access-Control-List- Advance

  • Named ACL
  • Routing Protocols and ACL
  • Time based ACL
  • IPv6 ACL

Section 3: 003 Device Access security

  • Login authentication
  • Login Password enhancements
  • IOS reselient Configuration
  • External Authentication using AAA
  • External sever based Authentication –LAB
  • privilege levels
  • Privilege levels- Advance
  • Role based Access Control

Section 4: 004 layer 2 Security

  • layer 2 security-Introduction
  • Mac flooding attack-Port security
  • MAC spoofing- Port security
  • LAB-port-security
  • DHCP spoofing attack- DHCP snooping
  • LAB-DHCP snooping
  • IP spoofing attack - IP source Guard
  • LAB- IP source Guard
  • Arp spoofing- DAI
  • LAB Dynamic ARP inspection
  • Storm control
  • Private VLAN
  • private vlan-Configuration
  • Vlan ACL
  • Vlan ACL Configuration

Section 5: 005 IPV6 First Hop Security

  • IPV6 Layer 2 Options
  • IPv6 First hop security-Introduction
  • IPv6 RA GuardLAB: Verify BPDU Guard
  • DHCPv6 Guard

Over 25 Lectures and 4.5 hours of content.

Section 1: IP multicasting- Introduction

  • Multicasting-Introduction
  • Multicast-Benefits
  • How Multicast works
  • Multicast IP Range

Section 2: IGMP - PIM protocols

  • IGMP Protocol and Versions
  • Protocol independent Multicast
  • PIM Modes -Trees
  • Dense mode - Configuration
  • RPF check _ loop prevention

Section 3: PIM Sparse Mode- RP

  • PIM sparse-mode Operation
  • Sparse-Mode Configuration
  • Static RP
  • Auto-RP
  • Auto-RP Configuration
  • Auto-RP Redundancy
  • Auto-RP Load Sharing
  • PIM-Bootstrap Router

Section 4: Advance PIM

  • Bi-Directional PIM
  • Bi-Directional PIM Configuration
  • Source Specific Multicast
  • SSM Configuration
  • Anycast RP and MSDP
  • Anycast-MSDP Configuration

Section 5: Layer 2 Multicast

  • Layer 2 Multicast
  • 25 IGMP Snooping

Over 35 Lectures and 6 hours of content   
           

Section 1: DHCPv4-DHCPv6

  • DHCP-Overview
  • Router as DHCP server
  • DHCP Relay Agent
  • DHCPv6 Configuration
  • DHCPv6 Relay Agent

Section 2: First Hop Redundancy protocols

  • First Hop Redundancy _ introduction
  • FHRP protocols differences
  • HSRP lab – Basic
  • HSRP lab - Advance Options
  • HSRP  load sharing using Multiple groups
  • VRRP- Lab
  • GLBP – lab
  • GLBP - Track and load balancing

Section 3: More IP services

  • Logging on Cisco Routers
  • Network Time Protocol
  • IP Service Level Agreement
  • IP SLA Configuration example

Section 4: Qos - Introduction

  • Qos- Introduction
  • Qos Mechanisms
  • Qos Models
  • Qos - MQC configuration

Section 5:Qos-Classification & Marking

  • classification and marking
  • layer 2 - 3 marking
  • Classification and marking configuration

Section 6: Qos-Congestion Management- Queueing

  • Queing basics
  • Legacy QueueingMeachanisms
  • Weighted fair Queueing
  • CBWFQ
  • LLQ

Section 7: Qos-Congestion Avoidance

  • Congestion Avoidance- Introduction
  • WRED-CBWRED
  • CBWRED-configuration

Section 8: Qos-Congestion Avoidance

  • Traffic Policing and Shaping