Ccnp Service Provider Spcor-350-501

Implementing and Operating Cisco Service Provider Network Core Technologies (SPCOR 350-501)

What you'll learn
IGP Routing - OSPF and ISIS
BGP Routing
MPLS L3 VPN
Requirements
CCNA routing and Switching Knowledge
Description
Software and networking become more and more interconnected every day.Service Providers can take advantage of automation to scale and secure their networking infrastructure.Todays SPs need a broader range of skills and deeper focus in strategic technology areas.◦Provides real-world, job-focused skills in key areas.◦Validates the knowledge you need to excel in your jobThe core exam, (SPCOR 350-501)}Focuses on your knowledge of service provider infrastructure including core architecture, services, networking, Automation, Quality of services, Security, and Network assurance.}The core exam is also the qualifying exam for CCIE Service Provider certification.Concentration exams}Focus on emerging and industry-specific topics such as Advanced routing, VPN services, and Automation.This exam tests your knowledge of implementing core service provider network technologies, including:NetworkingCore architectureServicesQuality of servicesSecurityNetwork assuranceAutomationThe core exam is also the qualifying exam for CCIE Enterprise certification.}Associated certifications◦CCNP Service Provider◦CCIE Service Provider◦Cisco Certified Specialist – Service Provider

Overview

Section 1: About Cisco Certifications

Lecture 1 About Cisco

Lecture 2 Cisco Certification Updates - FEB 2020

Lecture 3 Cisco Re-Certifications

Lecture 4 CCNP Certifications

Lecture 5 CCIE Certifications

Lecture 6 Cisco Certification Migration Options

Lecture 7 CCNP SP Exams

Section 2: GNS3 Virtual Labs

Lecture 8 Cisco Lab Options

Lecture 9 Supported Virtual Images - GNS3- EVE-ng

Lecture 10 About GNS3

Lecture 11 Installing GNS3 on Windows

Lecture 12 GNS3 - Adding IOS Images

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 - IOSv L2-L3 Configuration Steps

Lecture 18 GNS3 - ASAv Setup

Lecture 19 GNS3- IOU- L2-L3 Configuration Steps

Section 3: EVE-NG - Virtual Platform

Lecture 20 EVE-NG Virtual Platform

Lecture 21 EVE-nG Professional License

Lecture 22 IOL Devices - EVE-nG

Lecture 23 Upload SD-WAN Images - EVE-NG

Lecture 24 Adding Viptela Devices - EVE-NG Lab

Lecture 25 ASA - EVE-NG

Lecture 26 Windows - EVE-NG

Lecture 27 ASA 8.4 Image - EVE-NG

Lecture 28 Connecting Windows PC- EVE-Topology

Lecture 29 Connecting Windows PC - Internet

Lecture 30 CSR1000v - EVE-NG

Section 4: SPCOR-350-501

Lecture 31 CCNP SP Certifications

Lecture 32 CCNP SPCOR 350-701

Lecture 33 SPCOR Contents - PART 1

Lecture 34 SPCOR Contents - PART 2

Section 5: STATIC - DEFAULT ROUTING

Lecture 35 Routing- Introduction

Lecture 36 Static Routing

Lecture 37 Static Routing - LAB

Lecture 38 Static Routing - LAB 3 Routers

Lecture 39 Default Routing

Lecture 40 Verify Default Routing

Lecture 41 Routing Lookup

Lecture 42 Building Routing Tables

Lecture 43 Floating Static - Default Routing

Lecture 44 Floating Static - Default Routing - PART 2

Section 6: OSPF Basics

Lecture 45 KNowledge Pre-Requisite

Lecture 46 OSPF - overview

Lecture 47 OSPF - How it Works

Lecture 48 OSPF Neighbors

Lecture 49 OSPF Router ID

Lecture 50 OSPF LSDB Database

Lecture 51 Exchanging LSDB

Lecture 52 Synchronize OSPF LSDB - Calculate Best Route

Lecture 53 Maintaining Neighbors - LSBD

Lecture 54 OSPF Tables

Section 7: OSPF Configuration - Single Area

Lecture 55 OSPF Configuration - Syntax

Lecture 56 OSPF Wild card Mask

Lecture 57 OSPF Single Area - Pre-requisite

Lecture 58 OSPF Single Area - Configuration

Lecture 59 OSPF Single Area - Verification

Lecture 60 OSPF Advertisements - Example

Section 8: OSPF Metric -Cost

Lecture 61 Calculate OSPF Best Routes

Lecture 62 OSPF Metric -Cost

Lecture 63 Changing Interface Bandwidth

Lecture 64 Default Reference Bandwidth - Limitations

Lecture 65 Manual Cost

Lecture 66 Auto-cost Reference Bandwidth

Section 9: OSPF Areas

Lecture 67 OSPF Single area - Lijmitations

Lecture 68 OSPF Multiple Areas

Lecture 69 Multiple Areas - Design Rules

Lecture 70 Multiple Areas - Configuration

Lecture 71 Multiple Areas - Configuration LAB

Lecture 72 OSPFv2 - Interface Advertisements

Section 10: OSPF Advance

Lecture 73 OSPF Network Types

Lecture 74 OSPF Broadcast Types - DR - BDR

Lecture 75 DR- BDR Elections

Lecture 76 OSPF DR-BDR - LAB

Lecture 77 OSPF Poiint to Point Links

Section 11: IPv6

Lecture 78 IPv6-Introduction

Lecture 79 IPv6 Addressing

Lecture 80 IPv6 Address Types

Lecture 81 IPv6 Static Addressing

Lecture 82 IPv6 Static - Default Routing

Lecture 83 OSPFv3 - IPv6 OSPF

Lecture 84 EIGRP - IPv6

Section 12: ISIS Routing - Basics

Lecture 85 ISIS Introduction - Level Types

Lecture 86 ISIS Adjacency - L1-L2

Lecture 87 NSAP Addressing

Lecture 88 ISIS Configuration - IPv4 - IPv6

Lecture 89 ISIS Configuration - IPv4 - IPv6 - LAB

Section 13: ISIS Routing - Advance

Lecture 90 Tuning ISIS Levels

Lecture 91 Tuning ISIS Levels - Continued

Lecture 92 Designated Intermediate System - DIS

Lecture 93 ISIS Metric

Lecture 94 ISIS Authentication

Section 14: Border Gateway Protocol

Lecture 95 BGP Introduction

Lecture 96 When BGP is More Appropriate

Lecture 97 BGP Options - Connecting to Internet

Section 15: BGP Neighbors

Lecture 98 UNderstanding BGP Neighbors - Internal - External

Lecture 99 IBGP Neighbors - LAB

Lecture 100 BGP Split Horizon Rule

Lecture 101 IBGP Neighbors -with Loopback Interface

Lecture 102 IBGP Neighbors -with Loopback Interface - Continued

Section 16: External BGP

Lecture 103 Basic EBGP Configuration

Lecture 104 BGP Using NextHop Self

Section 17: BGP Attributes

Lecture 105 BGP Attributes

Lecture 106 AS-PATH - ORigin - NExthop

Lecture 107 Weight & Local Preference

Section 18: Weight & Local Preference

Lecture 108 Path Manipulation - Weight Attribute - PART 1

Lecture 109 Path Manipulation - Weight Attribute - PART 2

Lecture 110 Weight Using Route-maps - LAB

Lecture 111 Understand IN - OUT Directions

Lecture 112 Local Preference - BGP Attribute

Lecture 113 Local Preference - with Route-Maps

Lecture 114 BGP Path Selection Process

Lecture 115 Clear IP BGP Sessions

Section 19: Virtual Private Networks

Lecture 116 VPN - Introduction

Lecture 117 VPN Models - OVerview

Lecture 118 VPN Models - Advantages-DisAdvantages

Lecture 119 Cisco Express Forwarding - CEF

Lecture 120 MPLS VPN - OVerview

Section 20: MPLS Label Distribution Protocol

Lecture 121 MPLS - Introduction

Lecture 122 MPLS Labels - MPLS Stacks

Lecture 123 Sharing Label Information

Lecture 124 MPLS LDP Configuration

Lecture 125 MPLS LDP Configuration - Continued

Lecture 126 MPLS Label Forwarding

Lecture 127 Penultimate Hop Popping

Lecture 128 MPLS LDP Troubleshooting

Section 21: MPLS Layer 3 VPN

Lecture 129 MPLS Layer 3 VPN

Lecture 130 Steps to Configure MPLS L3 VPN

Lecture 131 Virtual Route Forwarding -VRF - Route Distinguisher(RD) - Route Target(RT)

Lecture 132 VRF Configuration

Lecture 133 MPLS Layer 3 VPN - Static-Default Routing

Lecture 134 VPNv4 Peering - PE-PE Routers

Lecture 135 VPNv4 Redistribution under VRF

Section 22: MPLS L3 VPN - RIP-EIGRP-OSPF

Lecture 136 MPLS L3 VPN - RIPv2

Lecture 137 MPLS L3 VPN - EIGRP

Lecture 138 MPLS L3 VPN - OSPF

Lecture 139 MPLS L3 VPN - OSPF - Continued

Lecture 140 MPLS L3 VPN - EBGP

Lecture 141 MPLS L3 VPN - EBGP Continued

Section 23: MPLS L3 VPN - Advance

Lecture 142 OVerlapping VPN

Lecture 143 OVerlapping VPN - Continued

Lecture 144 OVerlapping VPN - Advance

Lecture 145 Layer 2 MPLS VPN - Overview

Lecture 146 IPv6 Support for MPLS

Lecture 147 MPLS traffic Engineering

Lecture 148 INter AS MPLS L3 VPN

Section 24: MPLS L3 VPN - Troubleshooting

Lecture 149 MPLS L3 VPN - Troubleshooting - PART 1

Lecture 150 MPLS L3 VPN - Troubleshooting - PART 2

Section 25: IP Multicasting

Lecture 151 Multicasting - Introduction

Lecture 152 Multicasting - Benefits

Lecture 153 How Multicast Works

Lecture 154 Multicast IP ranges

Section 26: IGMP - PIM Protocols

Lecture 155 IGMP Protocol and Versions

Lecture 156 Protocol Independent Mutlcast-PIM

Lecture 157 PIM Modes - Trees

Lecture 158 Dense Mode Configuration

Lecture 159 RPF Check - Loop Prevention

Section 27: PIM Sparse Mode - RP

Lecture 160 PIM Sparse Mode - Operation

Lecture 161 Sparse Mode - Configuration

Lecture 162 Static RP

Lecture 163 Auto RP

Lecture 164 Auto RP Configuration

Lecture 165 Auto-RP Redundancy

Lecture 166 Auto-RP Load Sharing

Lecture 167 PIM Bootstrap Router

Section 28: Quality of Service (QoS)

Lecture 168 Quality of Service (QOS )

Lecture 169 Qos Mechanisms

Lecture 170 QoS Models

Lecture 171 Qos - MQC Configuration

Section 29: Classification & Marking

Lecture 172 Classification & Marking

Lecture 173 Layer 2 - Layer 3 Marking

Lecture 174 Classification & Marking - Configuration

Section 30: Congestion Management - Queuing

Lecture 175 Queuing Basics

Lecture 176 Legacy Queing Mechanisms

Lecture 177 Weighted Fair Queueing

Lecture 178 Class Based Weighted Fair Queing

Lecture 179 Low Latency Queueing

Section 31: Congestion Avoidance - Traffic Policing-Shaping

Lecture 180 Congestion Avoidance

Lecture 181 WRED - CBWRED

Lecture 182 CBWRED - Configuration

Lecture 183 Traffic Policing-Shaping

Section 32: Network Infrastructure Protection

Lecture 184 Network Infrastructure Protection

Lecture 185 Identify Network Device Planes

Lecture 186 Data Plane

Lecture 187 Control Plane

Lecture 188 Management Plane

Section 33: Remote Management- TELNET - SSH

Lecture 189 Inband Vs OutBand Management

Lecture 190 Remote Access - TELNET

Lecture 191 Remote Access - SSH

Section 34: Authentication, Authorization, Accounting - AAA

Lecture 192 AAA - Network Security

Lecture 193 AAA - Components

Lecture 194 AAA Protocols - TACACS - RADIUS

Lecture 195 AAA - Cisco Authentication Servers

Section 35: AAA Authentication

Lecture 196 AAA Authentication - Device Access

Lecture 197 Authentication - Local Database

Lecture 198 AAA - External Servers

Lecture 199 Authentication - External server (TACACS)

Section 36: Control Plane Security

Lecture 200 Control Plane Security - Possible Threats

Lecture 201 Routing Protocol Authentication

Lecture 202 Control Plane Policing - CoPP

Lecture 203 Class-Map - Policy Map - Hierarchy

Lecture 204 CoPP - Configuration Examples

Section 37: IOS-XR - ASR

Lecture 205 Cisco IOS-IOS-XE-IOS-XR

Lecture 206 Cisco IOS-XR Architecture

Lecture 207 Cisco IOS-XR PLatforms

Lecture 208 Cisco ASR 9000 Routers

Lecture 209 ASR 9000 Components

Lecture 210 GNS - XRv Integration

Section 38: IOS-XR Configuration - Routing

Lecture 211 IOS-XR Access-Prompt-Modes

Lecture 212 XR-Basic Configuration Commands

Lecture 213 OSPFv2 Same Area

Lecture 214 OSPFv2 - Different Area

Lecture 215 OSPFv3 - On IOS-XR

Lecture 216 ISIS IPv4-IPv6 - Same Area

Lecture 217 ISIS IPv4-IPv6 - Different Area

Lecture 218 EIGRP IPv4

Lecture 219 EIGRP- IPv6

Lecture 220 XR- Static Routing

Section 39: Network Management

Lecture 221 What is Network Management

Lecture 222 Past-Present Methods of Network Mangement- PART 1

Lecture 223 Past-Present Methods of Network Mangement- PART 2

Lecture 224 SNMP- Simple Network Mangement Protocol

Section 40: Network Automation

Lecture 225 Challenges - Traditional Management

Lecture 226 Network Automation - Goals

Lecture 227 Types of Network Automation

Lecture 228 What can be Automated - PART 1

Lecture 229 What can be Automated - PART 2

Lecture 230 Impact of Network Automation

Section 41: Software Defined Networking -SDN

Lecture 231 Automation Origination Points

Lecture 232 SDN-Software Defined Networking

Lecture 233 SDN Controllers

Lecture 234 Networks Managed by SDN Controllers

Section 42: SDN-Control-MGMT-DATA Plane

Lecture 235 Identify Network Device Planes

Lecture 236 Data Plane

Lecture 237 Control Plane

Lecture 238 Management Plane

Lecture 239 SDN-Management Plane

Lecture 240 SDN-Control Plane - Data Plane

Section 43: SDN Models - Architecture

Lecture 241 SDN- Imperative Model

Lecture 242 SDN- Declarative Model

Lecture 243 SDN - Network Design Requirments

Lecture 244 UNderlaY Networks

Lecture 245 Overlay Networks

Lecture 246 SDN Fabric

Section 44: Application Programming Interface - API

Lecture 247 Application Programming Interface - API

Lecture 248 API Types

Lecture 249 API - With SDN Networks

Lecture 250 NorthBound API

Lecture 251 SouthBound API

Section 45: Web Service API - REST API

Lecture 252 Web Service API

Lecture 253 Web Service API - Commonly Used

Lecture 254 REST API

Section 46: Network Automation Tools

Lecture 255 Configuration Management Tools

Lecture 256 Config Management Tools - Capabilities

Lecture 257 Configuration Management Tools - Similarities

Lecture 258 Master-Agent

Lecture 259 Agent Based vs Agentless

Lecture 260 Push-Pull Model

Lecture 261 Configuration Files

Section 47: PUPPET - Config MGMT Tool

Lecture 262 PUPPET - Config MGMT Tool

Lecture 263 PUPPET-Master Agent Database

Lecture 264 PUPPET - Manifest

Lecture 265 PUPPET-Module-Forge

Lecture 266 PUPPET-PULL Model Steps

Lecture 267 PUPPET-Agent- Agentless

Section 48: CHEF- Config MGMT Tool

Lecture 268 CHEF- Config MGMT Tool

Lecture 269 CHEF- Terminology

Section 49: ANSIBLE- COnfig MGMT Tool

Lecture 270 ANSIBLE- COnfig MGMT Tool

Lecture 271 ANSIBLE- Control Station

Lecture 272 ANSIBLE- PlayBook-Inventory

Lecture 273 ANSIBLE- Templates-Variables

Section 50: JSON Data Encoding

Lecture 274 API Data Formats

Lecture 275 JSON Overview

Lecture 276 JSON Data Types

Lecture 277 JSON Syntax Rules

Lecture 278 JSON Data Interpretation

Service Provider Engineers