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CCIE SERVICE PROVIDER

CCIE SERVICE PROVIDER – ONLINE TRAINING BOOTCAMP

Cisco CCIE Service Provider certification is for expert-level SP network engineers who bring the information and ability to make a protractile Service Provider infrastructure to deliver rich managed services. Other skilled certifications or training courses are not needed. Instead, candidates should first pass a written qualification exam then the corresponding active lab exam.

Section 1 – OSPF
Configuring OSPF on Ethernet
Configuring Virtual Links
Configuring OSPF Authentication
Route Summarization & LSA Filtering
Configuring Area Types
Section 2 – IS-IS
Basic IS-IS Configuration – Single Area
IS-IS Authentication
IS-IS Multi-Area Configuration
Configuring Route Leaking
Route Summarization
Route Redistribution
Section 3 – BGP
Configuring eBGP
Configuring BGP Authentication
Configuring iBGP
Route Filtering using ACL & Prefix- Lists
Route Filtering using AS-Path Filters
Configuring Route Aggregation
Configuring Confederations
Configuring Route Manipulations using BGP Attributes
Section 4 – IPv6
Configuring RIPng
Configuring EIGRP v6
Configuring OSPF v3
Configuring IS-IS
Configuring BGP
Configuring IPv6 Over IPv4
Section 5 – BFD
Configuring BFD for EIGRP
Configuring BFD for OSPF
Configuring BFD for IS-IS
Configuring BFD for BGP
Section 6 – Multicast Routing
Configuring Multicast Routing Using PIM – Static RP
Configuring Multicast Routing Using PIM – Multiple RP’s
Configuring Multicast Routing Using PIM – Auto-RP
Configuring Multicast Routing Using PIM – BSR
Configuring Multicast Routing Using PIM – MDSP
Section 7 – Configuring MPLS Unicast Routing
Configuring MPLS Unicast Routing
Securing LDP
Section 8 – Intra-AS MPLS VPN
Configuring MPLS VPN with Static Routes between PE-CE
Configuring MPLS VPN with RIPv2 as PE-CE Routing Protocol
Configuring MPLS VPN with EIGRP as PE-CE Routing Protocol
Configuring MPLS VPN with BGP as PE-CE Routing Protocol
Configuring MPLS VPN with OSPF as PE-CE Routing Protocol
Configuring Domain-ID for OSPF PE-CE Routing
Configuring OSPF Sham-Link
Configuring MPLS VPN Extranets
Configuring Export Maps
Configuring Import Maps

Section 9 – Configuring Inter-AS MPLS VPNs
Configuring VRF Lite
Configuring Inter-AS MPLS VPN Using Option 1 – VRF Lite
Configuring Inter-AS MPLS VPN Using Option 2A – MP-eBGP on ASBR using Next-Hop-Self
Configuring Inter-AS MPLS VPN Using Option 2B – MP-eBGP on ASBR using Redistribute Connected
Configuring Inter-AS MPLS VPN Using Option 3 – MP-eBGP between PE Routers
Configuring Inter-AS MPLS VPN Using Option 3 – MP-eBGP between RR Routers
Configuring Inter-AS MPLS VPN Using Option 4 – Non-VPN Transit Provider
Section 10 – Carrier Supporting Carrier (CSC)
Configuring Carrier Supporting Carriers (CSC) – Customer Carrier IP Only
Configuring Carrier Supporting Carriers (CSC) – Customer Carrier Running MPLS
Configuring Carrier Supporting Carriers (CSC) – Customer Carrier Running MPLS VPN
Section 11 – Configuring IPv6 over MPLS VPN
Configuring the Core Network based on MPLS Unicast Routing
Configuring an IPv6 Over MPLS VPN
Section 12 – Configuring Layer 2 MPLS VPNs
Implementing AToM – Ethernet VLAN over MPLS
Implementing AToM – HDLC over MPLS
Implementing AToM – PPP over MPLS
Implementing AToM – Frame Relay over MPLS
Implementing AToM – Frame-Relay-Ethernet VLAN over MPLS
Implementing AToM – Frame-Relay-Ethernet VLAN Using Local Switching
Configuring L2TPv3 – Hairpinning (Local Switching)
Configuring L2TPv3 – Remote Peers
Configuring VPLS – Multipoint Service
Configuring H-VPLS – Multipoint Service
Section 13 – Configuring MPLS TE
Configuring the SP Core Network with MPLS Unicast Routing
Configuring MPLS TE – Static Tunnels
Configuring MPLS TE – Dynamic Tunnels
Configuring MPLS TE – Dynamic Tunnels with Pre-emption
Configuring MPLS TE with IS-IS
Configuring MPLS TE – Link Protection with Fast Re-Route (FRR)
Section 14 – Configuring Multicast VPN
Configuring the SP Core Network with MPLS Unicast Routing
Configuring Multicast VPN (M-VPN) using Static RP
Configuring Multicast VPN (M-VPN) using Auto RP
Section 15 – Configuring MPLS on IOS-XR/IOS-XE
Configuring the SP Core Network with MPLS Unicast Routing
Configuring Intra-AS MPLS VPN using EIGRP as PE-CE Protocol
Configuring Inter-AS MPLS VPN

Following along with the current CCIE RSv5, CCIE SPv4 now uses all virtual hardware as well. Specifically the new hardware and software variants are as follows:
ASR 9000 running Cisco IOS XR 5.2
ASR 1000 running Cisco IOS XE 3.13S.15.4(3)S
Cisco 7600 running Cisco IOS 15.5(3)S
Cisco ME 3600 running Cisco IOS 15.5(3)S

Both the IOS XR and IOS XE variants are already available as virtual machines that you can download from cisco.com and deploy yourself on VMWare ESXi 5.5 and other similar hypervisors. The current IOS XRv release is 5.2.0, and CSR1000v (IOS XE) is 3.13S/15.4(3)S. As for the 7600 and ME 3600 images, I would assume these will run as L2 IOU/IOL images, however, I haven’t personally seen either of these complies yet. The key functionality of them will be based around L2VPN for Ethernet, such as EVC and VPLS, which is not covered in depth in the current SPv3 blueprint.

CCIE SPv4 New Technical Topics AddedWith the new IOS XR, IOS XE, and Catalyst IOS code versions used, the following is some of the key new features that have been added to the SPv4 Blueprint:

Ethernet VPN (EVPN)
Provider Backbone Bridging EVPN (PBB-EVPN)
Multicast Label Distribution Protocol (mLDP)
Unified MPLS (Seamless MPLS)
Locator/ID Separation Protocol (LISP)
mGRE VPN
IPv6 NAT44/NAT64/6RD
MPLS OAM & Ethernet OAM

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