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BGP & MPLS on IOS & IOS-XR Device

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Neeraj Kamboj

21:46:38

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  • 1. Course Overview.mp4
    01:25
  • 2. BGP Course Content.mp4
    53:28
  • 3. BGP Benefits.mp4
    12:26
  • 1.1 IOS-XR Device.html
  • 1. BGP Basics.mp4
    51:25
  • 2. IOS-XR Commit Features.mp4
    28:12
  • 3. BGP Messages.mp4
    04:14
  • 4. BGP State.mp4
    14:02
  • 1. BGP Neighborship.mp4
    10:12
  • 2. Lab Static Neighborship on IOS & IOX-XR.mp4
    23:19
  • 3. Lab Dynamic Neighborship on IOS & IOX-XR.mp4
    13:34
  • 1. iBGP Neighborship.mp4
    16:44
  • 2. iBGP LAB.mp4
    17:48
  • 3. eBGP Neighborship.mp4
    11:22
  • 4. eBGP LAB.mp4
    14:50
  • 1. iBGP Loop Prevention.mp4
    08:00
  • 2. eBGP Loop Prevention.mp4
    07:18
  • 3. BGP Router State.mp4
    12:30
  • 4. Shutdown Feature.mp4
    04:56
  • 5. NLRI.mp4
    09:58
  • 1. Synchronization & RIB failure.mp4
    13:22
  • 2. Synchronization & RIB failure LAB.mp4
    21:07
  • 3. Authentication on IOS & IOS-XR.mp4
    03:24
  • 4. Neighbor Reset Function on IOS IOS-XR.mp4
    08:37
  • 5. TCP Behaviour With Default route.mp4
    08:32
  • 6. Packet Forwarding in Transit AS.mp4
    11:32
  • 7. BGP Route Understanding.mp4
    11:12
  • 8. Understanding Inbound & Outbound Traffic Influence.mp4
    27:28
  • 1. Peer-Group.mp4
    14:16
  • 2. Peer-Template.mp4
    14:45
  • 3. AF-Group & Neighbor-Group on IOS IOS-XR.mp4
    08:47
  • 4. Address-family on IOS & IOS-XR.mp4
    11:19
  • 5. Scanner Time.mp4
    03:10
  • 6. Third Party Next-Hop.mp4
    12:03
  • 1. Next-Hop.mp4
    08:17
  • 2. Next-Hop LAB.mp4
    15:35
  • 3. Weight.mp4
    20:33
  • 4. LP Local-Preference.mp4
    19:05
  • 5. Locally-Originate.mp4
    01:27
  • 6. AS-Path.mp4
    26:35
  • 7. Origin-Code.mp4
    07:26
  • 8. MED (Multi Exit Discriminator).mp4
    10:47
  • 9. Neighbor-Type.mp4
    08:40
  • 10. Dual eBGP Neighbor.mp4
    03:16
  • 11. Dual iBGP Neighbor.mp4
    05:31
  • 12. Load-Balancing.mp4
    02:25
  • 1. Route-Filtering Mechanism.mp4
    08:34
  • 2. Route-map & RPL Feature.mp4
    20:29
  • 3. Filter Prefixes using ACL.mp4
    12:08
  • 4. Filter Prefixes using Prefix-list.mp4
    16:00
  • 1. Path Manipulation.mp4
    22:32
  • 2. Local-AS.mp4
    06:01
  • 3. No-Export.mp4
    04:22
  • 4. No-Advertise.mp4
    02:47
  • 1. Route-Reflector.mp4
    36:19
  • 2. Route-Reflector LAB.mp4
    46:48
  • 3. Confederation.mp4
    34:15
  • 4. Regular Expression on IOS.mp4
    26:32
  • 5. Regular Expression on IOS-XR (Traditional IOS Method).mp4
    10:50
  • 6. Regular Expression on IOS-XR New Method.mp4
    11:46
  • 7. Network & Backdoor Feature.mp4
    13:31
  • 8. BFD.mp4
    07:22
  • 9. Aggregation.mp4
    48:08
  • 10. Conditional Advertisement (Exist-map & Non-Exist-map).mp4
    15:10
  • 11. Allow-AS in, local-as, no-prepend, replace-as , dual AS.mp4
    23:06
  • 1. IBGP, EBGP & VRF BGP Neighborship.mp4
    18:29
  • 1. Intro & Use of MPLS.mp4
    16:22
  • 2. VPN Model.mp4
    11:41
  • 3.1 packet switching mechanism.zip
  • 3. Packet Switching Mechanism.mp4
    23:40
  • 4.1 label packet switching mechanism.zip
  • 4. Labeled Packet Switching Mechanism.mp4
    08:55
  • 1.1 mpls header.zip
  • 1. MPLS Header.mp4
    14:33
  • 2.1 mpls label process.zip
  • 2. MPLS Label Exchange Process.mp4
    20:34
  • 3.1 lsr.zip
  • 3. LSR Label Switch Router.mp4
    08:42
  • 4.1 php.zip
  • 4. PHP.mp4
    06:07
  • 1.1 label distribution process.zip
  • 1. Label Distribution Process Direct & Indirect LDP Neighbors.mp4
    45:34
  • 2.1 label advertisement control.zip
  • 2. Label Advertisement Control.mp4
    15:13
  • 1. Understanding Network.mp4
    07:30
  • 2.1 vrf.zip
  • 2. VRF.mp4
    09:47
  • 3.1 vrf configuration.zip
  • 3. VRF Configuration.mp4
    13:35
  • 1. Core Network Configuration.mp4
    08:35
  • 2. PE-CE RIP.mp4
    02:40
  • 3. PE-CE EIGRP.mp4
    02:27
  • 4. PE-CE OSPF.mp4
    03:25
  • 5. PE-CE BGP.mp4
    06:17
  • 6. PE Redistribution.mp4
    12:43
  • 7. Route Target Import Export.mp4
    08:17
  • 8. IP Propagate TTL.mp4
    05:07
  • 1. EVN Easy Virtual Network.mp4
    15:24
  • 2. L2TPv3 Layer 2 Tunneling Protocol.mp4
    25:48
  • 1. Ping.mp4
    07:02
  • 2. Traceroute.mp4
    06:37
  • Description


    BGP , MPLS , MPLSL3VPN , EVN, L2tpv3, Regular expression, Filtering, IOS-XR, Route-Target & Many more features

    What You'll Learn?


    • Complete BGP & MPLS from Scratch on IOS & IOS-XR devices
    • Complete MPLSL3VPN from scratch on IOS & IOS-XR devices
    • Understanding of Inbound and Outbound Updates & Traffic influence
    • VPN models & Easy Virtual Network Concept
    • Multiple ways to manipulate Path, use of ACL, Prefix-list, Route-map to perform filtering in BGP on IOS & IOS-XR Device
    • Advance BGP features : - Confederation, RR, Communities, Regular-expression etc..
    • EVN Easy Virtual Network
    • L2TPv3 Layer 2 tunneling Protocol

    Who is this for?


  • CCNA, CCNP & CCIE Candidates
  • Candidate who are willing to work in Service Provider Network
  • More details


    Description

    In this video Series i have covered Complete BGP & MPLS(MPLSL3VPN) on Cisco IOS and Cisco IOS-XR devices, in these video's you will also get to learn the configuration of RIP, EIGRP & OSPF on IOSR devices.

    Border Gateway Protocol (BGP) is a standardized exterior gateway protocol designed to exchange routing and reachability information among autonomous systems (AS) on the Internet. BGP is classified as a path-vector routing protocol, and it makes routing decisions based on paths, network policies, or rule-sets configured by a network administrator.


    BGP used for routing within an autonomous system is called Interior Border Gateway Protocol, Internal BGP (iBGP). In contrast, the Internet application of the protocol is called Exterior Border Gateway Protocol, External BGP (eBGP).


    MPLS VPN is a family of methods for using multiprotocol label switching (MPLS) to create virtual private networks (VPNs). MPLS VPN is a flexible method to transport and route several types of network traffic using an MPLS backbone.

    Multiprotocol BGP (MP-BGP) is required in the cloud to utilize the service, which increases the complexity of design and implementation. L3 VPNs are typically not deployed on utility networks due to their complexity; however, an L3 VPN could be used to route traffic between corporate or datacenter locations.

    L3TPv3 are also used to connect a back to back customer like a serial link connected between Customers.

    Who this course is for:

    • CCNA, CCNP & CCIE Candidates
    • Candidate who are willing to work in Service Provider Network

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    Focused display
    Neeraj Kamboj
    Neeraj Kamboj
    Instructor's Courses
    CCIE R&S #57387. I have a total experience of almost 7 Years.I have Delivered training on Multiple Technology including R&S (CCNA to CCIE), Service Provider(CCNA to CCIE ), BIG-IP F5 to Students & Corporate Clients.I run an online learning platform (cisco networking classes) we offer all the networking and Software courses to our clients.we deliver online and Offline training to our corporate clients and on-site training also.I am Certified in CCIE R&S, CCIE SP, BIP IP F5 LTM & GTM.
    Students take courses primarily to improve job-related skills.Some courses generate credit toward technical certification. Udemy has made a special effort to attract corporate trainers seeking to create coursework for employees of their company.
    • language english
    • Training sessions 90
    • duration 21:46:38
    • Release Date 2023/04/25