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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).
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
Section 2: VLAN and Trunks
Section 3: VlanTrunking Protocol (VTP)
Section 4: Spanning-tree Protocol
Section 5: Advance STP
Section 6: Flavours of STP
Section 7: Layer 2 Technologies
Section 8: Logical Vs Physical Toplogy
Section 9: Switch Port Analyser( SPAN/RSPAN/ERSPAN)
Section 10: Troubleshooting
Over 108 lectures and 21 hours of content!
Section 1: Routing Basics
Section 2: Default Routes in IGP
Section 3: Redistribution-IPV4
Section 4: IPV6 basics
Section 5: IPV6 routing
Section 6: IPV6 Redistribution
Section 7: Summarization-IPV4
Section 8: IPV6 Summarization
Section 9: EIGRP Classic
Section 10: EIGRP Optimization
Section 11: EIGRP name Mode
Section 12: OPSF basics
Section 13: OSPF Advance
Section 14: OSPF Stubs
Section 15: OSPF Enhancements
Section 16: Routing Protocol Authentication IPv4-v6
Section 17: ISIS Basics
Section 18: ISIS Advance
Section 19: Route Filtering Options
Section 20: Route Filtering Options
Section 21: Route-maps
Section 22: Policy Based Routing
Over 64 lectures and 14 hours of content!
Section 1: BGP Introduction
Section 2: BGP Neighbors
Section 3: Advance BGP neighbor options
Section 4: External BGP
Section 5: BGP Attributes
Section 6: Weight and Local Preference
Section 7: AS-path prepend & MED
Section 8: BGP Summarization
Section 9: BGP Route Filtering
Section 10: BGP Communities
Section 11: BGP Advance Options
Section 12: IPV6 BGP
Over 62 lectures and 11 hours of content!
Section 1: VPN introduction
Section 2: MPLS Label Distribution Protocol
Section 3: MPLS layer 3 VPN
Section 4: MPLS L3 VPN support for RIP-EIGRP-OSPF
Section 5: MPLS L3 VPN Advance Routing
Section 6: MPLS L3 VPN Advance Options
Section 7: MPLS L3 VPN Troubleshooting
Section 8: GRE -Generic Routing encapsulation
Section 9: DMVPN-Dynamic Multipoint VPN
Section 10: Routing protocols over DMVPN
Section 11: IPsec VPN
Over 37 Lectures and 7.5 hours of content
Section 1: Access-Control-List
Section 2: Access-Control-List- Advance
Section 3: 003 Device Access security
Section 4: 004 layer 2 Security
Section 5: 005 IPV6 First Hop Security
Over 25 Lectures and 4.5 hours of content.
Section 1: IP multicasting- Introduction
Section 2: IGMP - PIM protocols
Section 3: PIM Sparse Mode- RP
Section 4: Advance PIM
Section 5: Layer 2 Multicast
Over 35 Lectures and 6 hours of content
Section 1: DHCPv4-DHCPv6
Section 2: First Hop Redundancy protocols
Section 3: More IP services
Section 4: Qos - Introduction
Section 5:Qos-Classification & Marking
Section 6: Qos-Congestion Management- Queueing
Section 7: Qos-Congestion Avoidance
Section 8: Qos-Congestion Avoidance