Ccna Service Provider

Last updated 8/2018
MP4 | Video: h264, 1280×720 | Audio: AAC, 44.1 KHz
Language: English | Size: 8.57 GB | Duration: 14h 13m

Routing IPv4-IPv6 , EIGRP, OSPF, BGP,IOS-XR, SP routing Technologies

What you’ll learn
Deploy, maintain and improve carrier-grade network infrastructures.
Configure, implement, and troubleshoot baseline Cisco Service Provider Next-Generation networks

Requirements
Skills and knowledge equivalent to those learned in CCNA Routing & Switching knowledge
Working knowledge of the Windows operating system
Working knowledge of Cisco IOS networking and concepts
No formal prerequisites certification needed

Description
This Course isdesigned to prepare CCNA Service Provider Candidates for the exam topics covered in two exams SPNG1(640-875) and SPNG2 (640-878) .This is Secondpartof 4partsof the Complete CCNAService Provider Exam (2 Papers)Customers then access the network through their ISP’s last-mile infrastructureISP connects to the NSP’s backbone.An ISP can purchase wholesale bandwidth from an NSP, which provides connectivity for their customers.Cisco offers dedicated Track on understanding service provider TechnologiesIn this course you will get introduced to Cisco Service Provider networks on how they work, configure, implement, Troubleshoot.Trained by expert Triple CCIE certified with 15 + years of training and working experience in production networks.This course start do covers fromhe Basics of Networking.Although I do recommend if you have already done CCNARouting &Switching will help to finish this course in no time as there are more than 50% of the topics overlap with CCNARouting &SwitchingTrack.Service Provider introduces new devices like understanding IOS-XR(used in ASRrouters)and Metro-EthernetSwitches

Overview
Section 1: Routing Basics

Lecture 1 Routing – Introduction

Lecture 2 Static Routing

Lecture 3 LAB – Static Routing – Example 1

Lecture 4 LAB – Static Routing – Example 2

Lecture 5 Routing Table Lookup

Lecture 6 Default Routing

Lecture 7 LAB – Default Routing

Section 2: Dynamic Routing – RIPv2

Lecture 8 Dynamic Routing – Introduction

Lecture 9 Dynamic Routing Protocols

Lecture 10 RIP version 2

Lecture 11 LAB – RIPv2 Configuration

Lecture 12 Administrative Distance

Lecture 13 Autonomous System

Section 3: Lab Setup – Virtual GNS3

Lecture 14 Cisco Lab Options

Lecture 15 About GNS3

Lecture 16 Installing GNS3 – Windows

Lecture 17 Adding IOS Images to GNS3

Lecture 18 Default Topology – IOS Routers – Initial Configurations

Lecture 19 Default Topology – IOS

Lecture 20 Connecting GNS3 – Host Computer

Lecture 21 GNS3 VMware Integration

Lecture 22 GNS3 IOSv L2/L3

Lecture 23 GNS3 IOU L2/L3

Lecture 24 GNS3- XRv Integration

Section 4: Dynamic Routing – EIGRP

Lecture 25 EIGRP Introduction

Lecture 26 EIGRP Metric

Lecture 27 EIGRP Configuration

Lecture 28 Feasible Distance – Advertise Distance

Lecture 29 Feasibility Condition

Lecture 30 EIGRP Load Balancing _ Equal Cost

Lecture 31 EIGRP Load Balancing _ UnEqual Cost

Section 5: Dynamic Routing – OSPF

Lecture 32 OSPF Introduction

Lecture 33 OSPF Process Stages 1 – 5

Lecture 34 OSPF Process Stages 6-7

Lecture 35 LAB – Basic OSPF Process – Verification

Lecture 36 OSPF Concept of Areas

Lecture 37 LAB1 – OSPF Configuration Single Area

Lecture 38 LAB 2- OSPF Configuration Multiple Area

Lecture 39 LAB 3 – Multi Area OSPF

Section 6: Redistribution

Lecture 40 Redistribution

Lecture 41 EIGRP – RIP Redistribution

Lecture 42 OSPF – RIP Redistribution

Lecture 43 EIGRP – OSPF Redistribution

Lecture 44 Redistribution Mock Lab

Section 7: Summarization

Lecture 45 Summarization

Lecture 46 Summarization Types – Auto and Manual

Lecture 47 Calculate Summary Address

Lecture 48 Calculate Summary Address – shortcuts

Lecture 49 LAB – Summarization – EIGRP

Section 8: IPv6 Addressing

Lecture 50 Why do we need IPv6

Lecture 51 IPv6 Addressing – How it looks

Lecture 52 IPv6 Address Types

Section 9: IPv6 Routing

Lecture 53 Assigning IPv6 address on Router interface

Lecture 54 IPv6 Static Routing & Default Routing

Lecture 55 RIPng

Lecture 56 Configure OSPFv3

Lecture 57 Configure EIGRP6

Section 10: IPv6 Layer 2

Lecture 58 IPv6 Layer 2 Options

Lecture 59 IPv6 EUI-64 Format

Lecture 60 IPv6 stateless Address Autoconfig – SLAAC

Section 11: ISIS Routing Protocol

Lecture 61 ISIS Introduction – ISIS levels

Lecture 62 ISIS Adjacency – L1/L2

Lecture 63 ISIS NSAP Addressing

Lecture 64 ISIS Configuration IPv4-IPv6

Lecture 65 LAB – ISIS Configuration IPv4-IPv6

Section 12: Border Gateway Protocol ( BGP )

Lecture 66 BGP – Border Gateway protocol

Lecture 67 When BGP is more Appropriate

Lecture 68 BGP Options to Connecting Internet

Lecture 69 Understand BGP neighbors

Lecture 70 LAB – Internal BGP neighbors

Lecture 71 BGP Split Horizon Rule

Lecture 72 IBGP neighbors using Loopbacks

Lecture 73 IBGP neighbors using Loopbacks _ part 2

Service Provider Engineer who need to understand how ISP and NSP works,CCNA SP certification is for service provider network engineers, technicians and designers who focus on the latest in Service Provider industry core networking technologies and trends,Cisco Channel Partners

HomePage: https://www.udemy.com/course/ccnasp222/