Hello! And welcome! I am currently pursuing the SPv4 CCIE. I am currently working my way through the myriad of technologies on the blueprints. My intention with this blog post is to routinely update it with updated information, specifically the technologies individually broken down for a step by step walk through of the exams. This will be an ongoing venture. I am also creating blog posts as I tackle each technology, one by one, documenting the design, background, implementation, verification and issues I run into. I started with Layer 2 technologies beginning with MPLS based and now onto IP based. My goal is tackle any technologies from an Intra AS perspective first and then move into Inter Area then Inter AS. I won't list written or lab, just the technology and what it covers.
MPLS LDP
Authentication
Session Protection
LDP Synchronization
Label Filtering Techniques
Dynamic and Static label ranges
Static Labeling
MPLS L2 VPN
AToM or E-LINE or Ethernet Private Line- Port Based
EVPL or Ethernet Virtual Private Line - VLAN Based
EVPL - QinQ or Dot1QinDot1Q
EVC or Ethernet Virtual Circuit - Port Based
EVC or Ethernet Virtual Circuit - VLAN Based
EVC or Ethernet Virtual Circuit - QinQ Based
EPL with L2VPN Protocol CLI - Port Based
EPL with L2VPN Protocol CLI - VLAN Based
EPL with L2VPN Protocol CLI - QinQ Based
VPLS or Virtual Private LAN Service - Port Based
VPLS or Virtual Private LAN Service - VLAN Based
VPLS or Virtual Private LAN Service - QinQ Based
VPLS with BGP AD with LDP Signaling - VLAN and QinQ
VPLS with BGP AD with BGP Signaling E-LAN - VLAN Based
VPLS with BGP AD with LDP Signaling E-TREE - VLAN Based
EPL and EVPL with Pseudowire Redundnacy
VPLS with Legacy L2 VFI syntax
VPLS with E-TREE
H-VPLS or Hierarchical VPLS with MPLS Access and PW Redundancy
H-VPLS with BGP AD with LDP signaling for MPLS Access with E-LAN
H-VPLS with BGP AD with LDP signaling for MPLS Access with E-TREE
EVPN and PBB EVPN or Ethernet VPN and Provider Backbone Bridge EVPN - E-LAN
E-LINE with VXLAN
E-TREE with VXLAN
E-LAN with VXLAN
E-LINE with OTV
E-LAN with OTV
E-TREE with OTV
IP Encapsulated L2 VPN
E-LINE with L2TPv3 with xconnect - VLAN Based
E-LINE with L2TPv3 with L2VPN Protocol CLI w/ Redundancy and Authentication - VLAN Based
E-LAN with OTV
E-TREE with OTV
E-LINE with VXLAN
E-TREE with VXLAN
E-LAN with VXLAN
MPLS L3 VPN
VRF Lite with Static Routing for IPv4 and IPv6
VRF Lite for RIPv2 and RIPng
VRF Lite for EIGRP and EIGRPv6
VRF Lite for OSPFv2 and OSPFv3
L3 VPN Core configuration, IGP with LDP - OSPF
L3 VPN Core configuration, IGP with LDP - IS-IS
L3 VPN Core configuration, VRF Route Distinguisher and Route Target
L3 VPN Core configuration, MP-BGP VPNv4 Full Mesh
L3 VPN Core configuration, MP-BGP VPNv4 w/ Route Reflection
PE-CE Routing with Static Routes - IPv4 and IPv6
PE-CE Routing with BGP
PE-CE Routing with BGP Site of Origin
PE-CE Routing with BGP Allows AS in and AS Override
PE-CE Routing with OSPFv2 and OSPFv3
PE-CE Routing with OSPFv2 and OSPFv3 with Sham Links
PE-CE Routing with OSPFv2 and OSPFv3 with Domain IDs
PE-CE Routing with EIGRP and EIGRPv6 Named Mode
PE-CE Routing with EIGRP and EIGRPv6 Site of Origin
PE-CE Routing with EIGRP and EIGRPv6 Manual Redistribution
PE-CE Routing with RIPv2 and RIPng
PE-CE Routing with IS-IS
Label Allocation modes - Per CE, Per VRF, All VRFs All AFs Aggregation
VRF Route Leaking, Global to VRF and VRF to Global
MPLS Traffic Engineering
Global initialization
IGP - OSPF and IS-IS initialization
Interface level mapping - RSVP bandwidth reservation
TE Tunnel Attributes - Administrative Weight
TE Tunnel Attributes - Affinity
TE Tunnel Attributes - Bandidth
TE Tunnel Attributes - Priority
Path Option - Dynamic
Path Option - Explicit
Path Option - Dynamic with Attribute List
Tunnel Mapping - Static Route
Tunnel Mapping - AutoRoute Announce
Tunnel Mapping - AutoRoute Destination
Tunnel Mapping - AutoRoute Metric Absolute
Tunnel Mapping - AutoRoute Metric Relative
Tunnel Mapping - Policy Based Routing
Tunnel Mapping - Forwarding-Adjacenecy
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