Ccnp Service Provider -300-515 Spvi

Implementing Cisco Service Provider VPN Services (SPVI) v1.0

What you'll learn

MPLS L3 VPN, MPLS L2 VPN

Core MPLS _ Inter AS MPLS

Segment Routing, Unified MPLS

MPLS Traffic Engineering, Quality of Service with MPLS

Prepare to take the 300-515 SPVI exam

Requirements

CCNA level Knowledge - CCNP Routing Knowledge OSPF Routing

Description

The Implementing Cisco Service Provider VPN Services (SPVI) v1.0 course prepares you to manage end-customer Virtual Private Network (VPN) environments built over a common service provider Multiprotocol Label Switching (MPLS) backbone.You will complete hands-on labs to reinforce MPLS VPN fundamental concepts, benefits, and classification, MPLS components, MPLS control plane and data plane operations, MPLS VPN routing using Virtual Routing and Forwarding (VRF), Layer 2 and Layer 3 MPLS VPNs, IPv6 MPLS VPN implementations, Shared services VPNs. The course also covers solutions for deploying MPLS VPN crossing multiple Service Provider domains that improve the use of network bandwidth.This course prepares you for the 300-515 Implementing Cisco® Service Provider VPN Services (SPVI) exam. By passing this exam, you earn the Cisco Certified Specialist - Service Provider VPN Services Implementation certification, and you satisfy the concentration exam requirement for the CCNP® Service Provider certification. This course will help you:Gain valuable skills in reinforcing MPLS VPN fundamental concepts, benefits, and classificationsLearn to configure optional paths for traffic to avoid network congestionPrepare to take the 300-515 SPVI examWhat to expect in the examThe 300-515 SPVI exam certifies your knowledge of implementing service provider VPN services including Layer 2, Layer 3, and IPv6. After you pass 300-515 SPVI, you earn the Cisco Certified Specialist - Service Provider VPN Services Implementation certification, and you satisfy the concentration exam requirement for the CCNP Service Provider certification.

Overview

Section 1: About Service Providers

Lecture 1 Interconnecting Service Providers

Lecture 2 Internet Exchange Point - IXP

Lecture 3 Internet Number Distribution -IANA - RIR

Lecture 4 IP- Autonomous System Allocation

Lecture 5 Service Provider Types

Lecture 6 T1-E1-T3-E3

Section 2: Virtual Labs - GNS3

Lecture 7 Cisco Lab Options

Lecture 8 About GNS3

Lecture 9 Installing GNS3 on Windows

Lecture 10 IOS IOSv IOU differences

Lecture 11 GNS3 - Adding IOS Images

Lecture 12 New GNS3 - Inbuilt devices options

Lecture 13 Default Topology- IOS Routers -Initial Configurations

Lecture 14 IOS Default Topology

Lecture 15 Connecting GNS3 Topology to Host Computer

Lecture 16 GNS3- VMWARE Integration

Lecture 17 GNS3- IOU- L2-L3 Configuration Steps

Lecture 18 GNS3 - IOSv L2-L3 Configuration Steps

Lecture 19 GNS3 - ASAv Setup

Lecture 20 ASA 84-GNS VM

Lecture 21 GNS3 - Topology Edit -Open old topologies

Lecture 22 GNS3 - SecureCRT Console

Lecture 23 Vmware PC - GNS3 Topology

Lecture 24 GNS3- XRv Integration

Section 3: Virtual Labs - GNS3

Lecture 25 EVE-NG Virtual Platform

Lecture 26 IOS IOSv IOU differences

Lecture 27 EVE-nG Professional License

Lecture 28 IOL Devices - EVE-nG

Lecture 29 Upload SD-WAN Images - EVE-NG

Lecture 30 Adding Viptela Devices - EVE-NG Lab

Lecture 31 ASAv 9.x- EVE-NG

Lecture 32 WIndows - EVE-NG

Lecture 33 ASA 8.4 Image - EVE-NG

Lecture 34 Connecting WIndows PC- EVE-Topology

Lecture 35 Connecting WIndows PC - Internet

Lecture 36 CSR1000v - EVE-NG

Section 4: WAN Services - Layer 2

Lecture 37 Ethernet WAN

Lecture 38 Ethernet WAN - VLAN-Trunking

Lecture 39 Q-in-Q Tunnelling

Lecture 40 LAB-1 QinQ Tunneling

Lecture 41 LAB-2 QinQ Tunneling

Section 5: MPLS - Cisco Express Forwarding (CEF)

Lecture 42 MPLS VPN - Introduction

Lecture 43 Layer 3 Process switching - CEF

Lecture 44 Identify Network Device Planes

Lecture 45 Data Plane

Lecture 46 Control Plane

Lecture 47 Management Plane

Lecture 48 Cisco Express Forwarding - CEF

Lecture 49 CEF in MPLS Networks

Section 6: MPLS - Label Distribution Protocol (LDP)

Lecture 50 MPLS – Label Distribution Protocol

Lecture 51 Configuring LDP – MPLS Core

Lecture 52 MPLS LDP - Verification

Lecture 53 How LDP Label forwarding Works

Lecture 54 Penultimate hop popping – PHP

Lecture 55 MPLS LDP Troubleshooting

Section 7: 004 VRF -RD - RT

Lecture 56 VRF -Virtual Routing and Forwarding

Lecture 57 RD - Route-Distinguisher

Lecture 58 RT - Route Target

Lecture 59 RD vs RT values

Lecture 60 VRF, RD, RT – Configuration

Section 8: MPLS L3 VPN - 6 Steps

Lecture 61 MPLS L3 VPN -Configuration Steps

Lecture 62 Routing PE- CE – RIPv2

Lecture 63 Multi-Protocol -BGP

Lecture 64 VPNv4 -Peering PE-PE

Lecture 65 Redistribution on PE Routers

Lecture 66 MPLS L3 VPN - LSP Verification

Section 9: MPLS L3 VPN - Routing Options

Lecture 67 MPLS L3 VPN - Configuration Steps - Review

Lecture 68 MPLS L3 VPN - EIGRP PE-CE Routing

Lecture 69 MPLS L3 VPN - Static-Default -PE-CE

Lecture 70 MPLS L3 VPN - BGP Routing -PE-CE

Lecture 71 MPLS L3 VPN - OSPF Routing -PE-CE

Section 10: MPLS L3 VPN - Troubleshooting

Lecture 72 MPLS L3 VPN Troubleshooting

Section 11: Core MPLS Topology

Lecture 73 Core MPLS Topology

Section 12: Overlapping VPNs

Lecture 74 OVerlap VPNs

Lecture 75 Lab-Pre-Config - Overlapping VPN

Lecture 76 Overlapping VPN -Scenario 1

Lecture 77 Overlap VPN - Scenario 2

Section 13: Central Services VPN

Lecture 78 Central Services VPN

Lecture 79 Central Services VPN - Lab Pre-configuration

Lecture 80 Central Services-Import-Export

Lecture 81 Integrate Central Services - Simple VPNs

Lecture 82 Central Services-Simple VPN - LAB

Lecture 83 Central Services VPN-Overlap VPNs

Section 14: Import-Export Maps

Lecture 84 Import-Export Maps

Lecture 85 Export Maps - PART 1

Lecture 86 Export Maps - PART 2

Lecture 87 Export Maps - PART 3

Lecture 88 Import Maps - PART 1

Lecture 89 Import Maps - PART 2

Lecture 90 Import Maps - PART 3

Section 15: Managed CE Router Services

Lecture 91 Managed CE Router Service - PART 1

Lecture 92 Managed CE Router Service - PART 2

Lecture 93 Managed CE Router Service - PART 3

Section 16: IPv6 Over MPLS

Lecture 94 IPv6 support over MPLS

Lecture 95 IPv6 Tunnels on CE Routers

Lecture 96 IPv6 Tunnels on CE Routers - LAB

Lecture 97 IPv6 over MPLS L2 VPN tunnels

Lecture 98 IPv6 over MPLS L2 VPN tunnels - LAB PART 1

Lecture 99 IPv6 over MPLS L2 VPN tunnels - LAB PART 2

Section 17: IPv6 over MPLS - 6PE

Lecture 100 IPv6 over MPLS - 6PE

Lecture 101 6PE-Configuration - PART 1

Lecture 102 6PE-Configuration - PART 2

Lecture 103 6PE-Packet Forwarding Steps

Lecture 104 6PE-Advantages - Drawbacks

Section 18: IPv6 over MPLS - 6VPE

Lecture 105 IPv6 over MPLS - 6VPE

Lecture 106 6VPE - Configuration Pre-Requisite

Lecture 107 6VPE-Configuration - PART 1

Lecture 108 6VPE-Configuration - PART 2

Lecture 109 6VPE-Configuration - PART 3

Section 19: MP-BGP Route Reflectors

Lecture 110 MP-BGP Route Reflectors

Lecture 111 VPNv4 Route Reflector-Pre-configuration

Lecture 112 VPNv4 Route Reflector - Configuration- PART 1

Lecture 113 VPNv4 Route Reflector - Configuration- PART 2

Lecture 114 VPNv6 Route Reflector - Pre-Configuration

Lecture 115 VPNv6 Route Reflector - Configuration

Section 20: MPLS - INTERNET Access

Lecture 116 Internet Access Models with MPLS VPNs

Lecture 117 MPLS - De-centralized Internet Access

Lecture 118 MPLS - Centralized Internet Access

Lecture 119 MPLS - Internet Access via VRF Central Services-PART 1

Lecture 120 MPLS - Internet Access via VRF Central Services-PART 2

Section 21: MPLS - INTER-AS - Option 1

Lecture 121 Inter-AS MPLS VPN

Lecture 122 Option 1 - Back-to-Back VRF

Lecture 123 Option 1 - Lab Pre-Requisite

Lecture 124 Option1 - VPNv4 IBGP- PE-ASBR

Lecture 125 Option 1 - Back to Back VRF -ASBR

Lecture 126 Option 1 - ASBR-Route Exchange

Section 22: MPLS - INTER-AS - Option 2

Lecture 127 Inter-AS Option – 2 - Single Hop MP-eBGP VPNv4

Lecture 128 Inter-AS Option 2 - Lab pre-requisite

Lecture 129 Inter-AS Option – 2 VPNv4 IBGP – (PE – ASBR)

Lecture 130 Option-2 VPNv4 IBGP – Redistribution

Lecture 131 Option 2 – Route-Target issue on ASBR

Lecture 132 Option 2 – VPNv4 EBGP ( ASBR)

Lecture 133 Option 2 – BGP next-Hop issue -Option2A

Lecture 134 Option 2b- Using the Redistribution method

Lecture 135 Option 2c -Multi-Hop MP-eBGP

Section 23: MPLS - INTER-AS - Option 3

Lecture 136 Inter-AS-Option – 3 - Multi-hop MP-EBGP

Lecture 137 Inter-AS-Option – 3 - Lab pre-requisite

Lecture 138 Inter-AS -Option 3 - VPNv4 IBGP

Lecture 139 Inter-AS -Option 3 - Redistribution

Lecture 140 Inter-AS -Option 3 - IPv4 EBGP - ASBR

Lecture 141 Inter-AS -Option 3 - Redistribution- ABSR

Lecture 142 Inter-AS -Option 3 - VPNv4 EBGP- RR Servers

Lecture 143 Inter-AS -Option 3 - Summary

Section 24: MPLS Carrier Support Carrier - CSC

Lecture 144 MPLS Carrier Support Carrier - CSC

Lecture 145 CSC - Configuration Overview

Lecture 146 CSC - Lab pre-configuration

Lecture 147 CSC – Backbone Carrier Configuration

Lecture 148 Customer Carrier – Configuration Overview

Lecture 149 Customer Carrier - IGP-Redistribution

Lecture 150 Customer Carrier – Label Switch Path

Lecture 151 Customer Carrier – VRF Configuration

Lecture 152 Customer Carrier – PE-CE Routing-Redistribution

Lecture 153 Customer Carrier – VPNv4

Lecture 154 Inter-AS - CSC - Overview

Section 25: Traffic Engineering -MPLS

Lecture 155 MPLS Traffic Engineering -Introduction

Lecture 156 MPLS TE - Constrained-Based Shortest Path First -CSPF

Lecture 157 Resource Reservation Protocol -RSVP-TE

Lecture 158 MPLS Traffic Engineering – Lab Prerequisite

Lecture 159 MPLS TE – Configuration -IGP

Lecture 160 MPLS TE – Configuration -RSVP

Lecture 161 MPLS TE - Tunnels

Lecture 162 MPLS TE - Tunnels -Configuration

Lecture 163 MPLS TE -Bandwidth Reservations

Lecture 164 Dynamic path-Reservations

Lecture 165 MPLS TE - Metric

Lecture 166 Explicit Path- TE Tunnels - Ex-1

Lecture 167 Explicit Path- TE Tunnels - Example 2

Lecture 168 Backup Path - Explicit

Lecture 169 backup path - Dynamic

Lecture 170 Fowarding Traffic - AutoRoute Announce

Lecture 171 Fowarding Traffic -Static Routing

Lecture 172 Fowarding Traffic - Policy Based Routing

Lecture 173 Fast Re-Route -FRR

Lecture 174 Fast Re-Route -FRR - LAB

Section 26: MPLS - Layer 2 VPN

Lecture 175 MPLS - Layer 2/Layer 3 VPN

Lecture 176 What is L2VPN

Lecture 177 Layer 2 VPN Models

Lecture 178 L2 VPN Initial configurations – CORE

Lecture 179 L2 Local Switching

Section 27: L2TPv3

Lecture 180 L2TPv3 – L2 Tunneling Protocol

Lecture 181 L3TPv3- Configuration

Section 28: ATOM -EVC

Lecture 182 AToM – Any Transport over MPLS

Lecture 183 ATOM - Configuration

Lecture 184 ATOM - Sub-interfaces Configurations

Lecture 185 Point to Point EVC - Port Based

Lecture 186 Point to Point EVC - VLAN based

Section 29: VPLS - Virtual Private LAN Service

Lecture 187 VPLS - Virtual Private LAN Service

Lecture 188 VPLS - Local Switching

Lecture 189 VPLS - Connecting Remote Sites

Lecture 190 VPLS - Multiple Remote sites

Section 30: Quality of Service

Lecture 191 Quality of Service - QoS

Lecture 192 Network Congestion - Reasons

Lecture 193 QoS Models

Section 31: Classification

Lecture 194 QoS - Classification

Lecture 195 Modular QoS CLI - Hierarchy

Lecture 196 006 Classification - Configuration

Section 32: Marking

Lecture 197 QoS - Marking

Lecture 198 QoS - Layer 2 Marking

Lecture 199 QoS-Layer 3 Marking

Lecture 200 L3 Marking - IP Precedence

Lecture 201 IP Precedence - Configuration

Lecture 202 DSCP Marking

Lecture 203 DSCP Marking - Example

Section 33: Congestion Management - Queueing

Lecture 204 What is Congestion

Lecture 205 Congestion Management - Queuing

Lecture 206 Legacy Queuing Methods

Lecture 207 Weighted Fair Queuing -WFQ

Lecture 208 Class based Weighted Fair Queuing - CBWFQ

Lecture 209 Class Based WFQ – Fixed Bandwidth

Lecture 210 Class Based WFQ – Bandwidth Percent

Lecture 211 Low Latency Queuing

Section 34: Congestion Avoidance - WRED

Lecture 212 Tail Drop - Congestion Avoidance

Lecture 213 Random Early Detection

Lecture 214 Weighted Random Early Detection – WRED

Lecture 215 WRED – Configuration

Lecture 216 Class-based WRED - Configuration

Section 35: MPLS QoS

Lecture 217 MPLS - Quality of Service - QoS

Lecture 218 MPLS Qos – Default behavior

Lecture 219 Penultimate Hop Popping – PHP

Lecture 220 MPLS Qos – Models

Lecture 221 MPLS QoS – Lab Pre-configurations

Lecture 222 MPLS QoS – Accounting – Ingress Policy

Lecture 223 MPLS QoS – Customer end-end Marking

Lecture 224 SP QoS Policy – based on Customer Marking

Lecture 225 SP QoS Policy – CE Interface

Lecture 226 SP QoS Policy – CE Interface – QoS Groups

Lecture 227 SP QoS – EXP to QOS Group Mapping on PE

Section 36: Unified MPLS

Lecture 228 Unified MPLS - Introduction

Lecture 229 Unfied MPLS - Lab pre-configs

Lecture 230 Unfied MPLS - IGP Configuration

Lecture 231 Unfied MPLS - BGP Configuration - PART 1

Lecture 232 Unfied MPLS - BGP Configuration - PART 2

Lecture 233 BGP Next-Hop-self All

Lecture 234 Unfied MPLS - VPNv4 Peering PEs

Section 37: Segment Routing - MPLS

Lecture 235 Segment Routing - Overview

Lecture 236 Segment Routing - Terminology

Lecture 237 Segment Routing - Product Support

Section 38: Segment Routing- IOS-XE

Lecture 238 CSR1000v Setup - GNS3

Lecture 239 Segment Routing LAB Setup - IOS-XE -GNS3

Lecture 240 Segment Routing - IOS-XE -Initial Config

Lecture 241 MPLS L3 VPN LDP - IOS-XE

Lecture 242 SEGMENT ROUTING - XE ISIS

Lecture 243 SEGMENT ROUTING - XE OSPF

Section 39: Segment Routing- IOS-XR

Lecture 244 GNS3- XRv Integration

Lecture 245 Segment Routing - XR -Topology - Initial config

Lecture 246 Segment Routing - XR -MPLS L3 VPN

Lecture 247 OSPF Segment Routing - XR

Lecture 248 ISIS - Segment Routing - XR

Network administrators,Network engineers,Network designers,network professionals who need to learn the techniques to implement, configure, monitor, and support Service Provider VPN solutions based on MPLS backbones.