MPLS All-in-One Course by ArashDeljoo
Last updated 2/2024
Created by Arash Deljoo
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz, 2 Ch
Genre: eLearning | Language: English + srt | Duration: 123 Lectures ( 79h 31m ) | Size: 39 GB
MPLS Fundamentals + MPLS L2VPN AToM + MPLS L3VPN + MPLS TE
What you'll learn
MPLS Fundamentals - RIB vs FIB
MPLS Fundamentals - IPv4 over MPLS Forwarding - RIB , LIB , FIB , LFIB
MPLS Fundamentals - MPLS Label - Enabling MPLS
MPLS Fundamentals - IP TTL Behavior
MPLS Fundamentals - MPLS TTL Behavior
MPLS Fundamentals - MPLS Traceroute Behavior
MPLS Fundamentals - LDP Configuration
MPLS Fundamentals - LDP Neighborship
MPLS Fundamentals -Advanced LDP
MPLS Fundamentals - Controlling the Advertisement of Labels via LDP
MPLS Fundamentals - MPLS LDP Inbound Label Binding Filtering
MPLS Fundamentals - LDP Transport IP Address
MPLS Fundamentals - LDP Authentication
MPLS Fundamentals - LDP Session Protection
MPLS Fundamentals - Different MPLS Modes
MPLS Fundamentals - MPLS History
MPLS L3VPN Overlay and Peer-to-Peer VPN
MPLS L3VPN with Static Route between PE-CE Concept , Configuration , Verification
MPLS L3VPN with Static Route between PE-CE Configuration (iBGP Mesh)
MPLS L3VPN with Static Route between PE-CE Configuration (Route Reflector)
MPLS L3VPN with Static Route between PE-CE Configuration (Route Reflector with RR-GROUP)
MPLS L3VPN with RIPv2 between PE-CE Configuration
MPLS L3VPN with EIGRP between PE-CE Configuration
MPLS L3VPN with EIGRP and BGP Extended Communities for EIGRP
MPLS L3VPN with EIGRP , Site of Origin [SoO] Extended Community
MPLS L3VPN with OSPFv2 between PE-CE Configuration
MPLS L3VPN with OSPFv2 and BGP Extended Communities for OSPF
MPLS L3VPN OSPF Down bit
MPLS L3VPN OSPF Tag bit
MPLS L3VPN OSPF Sham Link
MPLS L3VPN with IS-IS between PE-CE Configuration
MPLS L3VPN with eBGP between PE-CE - AS Override Allow AS Configuration
MPLS L3VPN with eBGP between PE-CE - Site of Origin (SoO)
MPLS L3VPN eiBGP Multipath
MPLS L3VPN iBGP Multipath
MPLS L3VPN with Various IGP-BGP between PE-CE
MPLS L3VPN with Sub-interface and VLAN between PE-CE
MPLS L3VPN with Sub-interface and VRF-Lite between PE-CE
MPLS L3VPN Advanced VPN , Overlapping VPN
MPLS L3VPN Advanced VPN , Central Service and Simple VPN
MPLS L3VPN Advanced VPN , Managed CE Routers Service
MPLS L3VPN Internet Access Through Route Leaking
MPLS L3VPN Internet Access VRF Aware NAT
MPLS L3VPN Internet Access Shared Service
MPLS L3VPN Inter-Autonomous MPLS VPN Option A
MPLS L3VPN Inter-Autonomous MPLS VPN Option B ( Next-hop-Self )
MPLS L3VPN Inter-Autonomous MPLS VPN Option B ( Redistribution )
MPLS L3VPN Inter-Autonomous MPLS VPN Option B ( Multiple Links )
MPLS L3VPN Inter-Autonomous MPLS VPN Option C
MPLS L3VPN Inter-Autonomous MPLS VPN Option AB
MPLS L3VPN Carrier Supporting Carrier [CSC]
MPLS L3VPN IPv6 over MPLS with IPv6 over IPv4 Tunnel
MPLS L3VPN Carrying IPv6 in VPNs Across in MPLS Backbone (6VPE)
MPLS L3VPN Carrying IPv6 over an MPLS Backbone (6PE)
MPLS-TE Fundamental
MPLS-TE Basic Configuration and Verification
MPLS-TE Explicit Tunnel [ OSPF ]
MPLS-TE OSPF Opaque LSA Type-10 and RSVP Concepts
MPLS-TE Explicit Tunnel [ IS-IS ]
MPLS-TE ISIS-TE Extension
MPLS-TE Multiple Explicit Tunnel [ ISIS ]
MPLS-TE Multiple Explicit Tunnel using PBR [ OSPF ]
MPLS-TE Dynamic Tunnel [ OSPF ]
MPLS-TE Semi-Dynamic Tunnel Using Exclude Address [ ISIS ]
MPLS-TE Semi-Dynamic Tunnel with Loose Next-Hop [ ISIS ]
MPLS-TE Auto Bandwidth
MPLS-TE Affinity-Attribute-Flag
MPLS-TE Administrative Weight
MPLS-TE Setup and Hold Priority
MPLS-TE Reoptimization
MPLS-TE Autoroute Announce and Metric
MPLS-TE Forwarding Adjacency
MPLS-TE Class Based Tunnel Selection [ CBTS ]
MPLS-TE AToM Tunnel Selection
MPLS-TE Cost Calculation
MPLS-TE Equal Cost Load Sharing
MPLS-TE Unequal Cost Load Sharing
MPLS-TE Adjusting the Cost Calculation
MPLS-TE RSVP , Labels , RSVP Messages
MPLS-TE RSVP Messages Details
MPLS-TE Link Manager
MPLS-TE Fast ReRoute [FRR] - Link Protection
MPLS-TE Fast ReRoute [FRR] - Node Protection
MPLS-TE Fast ReRoute [FRR] - Multiple Backup Tunnel [NNHOP]
MPLS-TE Fast ReRoute [FRR] - Multiple Backup Tunnel [NHOP,NNHOP]
MPLS-TE Fast ReRoute [FRR] - Multiple Backup Tunnel [SRLG]
MPLS-TE Fast ReRoute [FRR] - Multiple Backup Tunnel [Backup Bandwidth - Promotion]
MPLS-TE Path Protection
MPLS-TE and MPLS VPN - PE-to-PE Tunnel
MPLS-TE and MPLS VPN - VRF-to-PE Tunnel
MPLS-TE and MPLS VPN - PE-to-P Tunnel
MPLS-TE and MPLS VPN - PE-to-P - Targeted Tunnel
MPLS-TE Inter-Area TE Tunnel [ OSPF ]
MPLS-TE Inter-Area TE Tunnel [ IS-IS ]
Understanding the Need for Any Transport over MPLS (AToM)
Any Transport over MPLS (AToM) Concepts , Configuration , Verification
Ethernet over MPLS (EoMPLS) Concepts , Configuration , Verification
Signaling the Pseudowire
EoMPLS Carrying Simple Ethernet
EoMPLS Carrying Ethernet Trunk
EoMPLS Carrying one VLAN
AToM Pseudowire Redundancy
AToM Tunnel Selection
AToM Case Study - Unequal-Cost Multipath
AToM Case Study - Equal-Cost Multipath
AToM Case Study - Preferred Path Using IP Routing
AToM Case Study - Preferred Path Using MPLS Traffic Engineering Tunnels
Requirements
You need to know about routing fundamentals concepts and configuration .
You can implement all scenarios of this course in GNS3 or EVE-NG.
Description
MPLS MeaningMultiprotocol Label Switching, or MPLS, is a networking technology that routes traffic using the shortest path based on labels, rather than network addresses, to handle forwarding over private wide area networks. As a scalable and protocol-independent solution, MPLS assigns labels to each data packet, controlling the path the packet follows. MPLS greatly improves the speed of traffic, so users don t experience downtime when connected to the network.MPLS NetworkAn MPLS network is Layer 2.5, meaning it falls between Layer 2 (Data Link) and Layer 3 (Network) of the OSI seven-layer hierarchy. Layer 2, or the Data Link Layer, carries IP packets over simple LANs or point-to-point WANs. Layer 3, or the Network Layer, uses internet-wide addressing and routing using IP protocols. MPLS sits in between these two layers, with additional features for data transport across the networkWhat Is MPLS Used ForOrganizations often use this technology when they have multiple remote branch offices across the country or around the world that need access to a data center or applications at the organization s headquarters or another branch location. MPLS is scalable, provides better performance and bandwidth, and improves user experience compared to traditional IP routing. But it is costly, difficult to deliver globally and lacks the flexibility to be carrier independent.As organizations move their applications to the cloud, the traditional MPLS hub-and-spoke model has become inefficient and costly because:It requires backhauling traffic through the organization s headquarters and out to the cloud instead of connecting to the cloud directly, which impacts performance significantly.As companies add more applications, services and mobile devices to their networks, the demand for bandwidth and cloud expertise increases costs and operational complexity.
Who this course is for
Enterprise Network Engineer
Service Provider Network Engineer
CCNP/CCIE Enterprise Exam Candidates
CCNP/CCIE Service Provider Exam Candidates
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