CCIE Data Center (v3.0) Technical Classes

CCIE Data Center (v3.0) – Technical Classes, available at $49.99, has an average rating of 4.25, with 258 lectures, based on 74 reviews, and has 712 subscribers.

You will learn about Implement routing and switching protocols in Data Center environment Implement overlay networks in data center Introduce high-level Cisco Application Centric Infrastructure (Cisco ACI&) concepts and Cisco Virtual Machine manager (VMM) domain integration Describe Cisco Cloud Service and deployment models Implement Fibre Channel fabric Implement Fibre Channel over Ethernet (FCoE) unified fabric Implement software management and infrastructure monitoring Implement Cisco UCS Fabric Interconnect and Server abstraction Implement SAN connectivity for Cisco Unified Computing System& (Cisco UCS?) Describe Cisco HyperFlex& infrastDescribe Cisco HyperFlex& infrastructure concepts and benefitsructure concepts and benefits Describe Cisco HyperFlex& infrastructure concepts and benefits Implement Cisco automation and scripting tools in data center This course is ideal for individuals who are Network designers or Network administrators or Network engineers or Systems engineers or Data center engineers or Consulting systems engineers or Technical solutions architects or Field engineers or Cisco integrators and partners or Server administrator or Network manager It is particularly useful for Network designers or Network administrators or Network engineers or Systems engineers or Data center engineers or Consulting systems engineers or Technical solutions architects or Field engineers or Cisco integrators and partners or Server administrator or Network manager.

Enroll now: CCIE Data Center (v3.0) – Technical Classes

Summary

Title: CCIE Data Center (v3.0) – Technical Classes

Price: $49.99

Average Rating: 4.25

Number of Lectures: 258

Number of Published Lectures: 258

Number of Curriculum Items: 258

Number of Published Curriculum Objects: 258

Original Price: $199.99

Quality Status: approved

Status: Live

What You Will Learn

Implement routing and switching protocols in Data Center environment

Implement overlay networks in data center

Introduce high-level Cisco Application Centric Infrastructure (Cisco ACI&) concepts and Cisco Virtual Machine manager (VMM) domain integration

Describe Cisco Cloud Service and deployment models

Implement Fibre Channel fabric

Implement Fibre Channel over Ethernet (FCoE) unified fabric

Implement software management and infrastructure monitoring

Implement Cisco UCS Fabric Interconnect and Server abstraction

Implement SAN connectivity for Cisco Unified Computing System& (Cisco UCS?)

Describe Cisco HyperFlex& infrastDescribe Cisco HyperFlex& infrastructure concepts and benefitsructure concepts and benefits

Describe Cisco HyperFlex& infrastructure concepts and benefits

Implement Cisco automation and scripting tools in data center

Who Should Attend

Network designers

Network administrators

Network engineers

Systems engineers

Data center engineers

Consulting systems engineers

Technical solutions architects

Field engineers

Cisco integrators and partners

Server administrator

Network manager

Target Audiences

Network designers

Network administrators

Network engineers

Systems engineers

Data center engineers

Consulting systems engineers

Technical solutions architects

Field engineers

Cisco integrators and partners

Server administrator

Network manager

Exam Description: The Cisco CCIE Data Center (v3.0) Practical

Exam is an eight-hour, hands-on exam that requires a candidate

to plan, design, deploy, operate, and optimize complex Data

Center networks.

Candidates are expected to program and automate the network

within their exam, as per exam topics below.

The following topics are general guidelines for the content likely

to be included on the exam. Your knowledge, skills and abilities on

these topics will be tested throughout the entire network lifecycle,

unless explicitly specified otherwise within this document.

The exam is closed book and no outside reference materials are allowed.

1. Data Center L2/L3 Connectivity (20%)

1.1 Layer 2 technologies

1.1.a Link Aggregation

1.1.a i vPC

1.1.a ii PortChannel

1.1.b Tagging/Trunking

1.1.c Static Path binding

1.1.d Spanning Tree Protocol

1.1.d i PVST

1.1.d ii MST

1.2 Routing Protocols and features

1.2.a OSPF (v2 and v3)

1.2.a i Authentication

1.2.a ii Adjacencies

1.2.a iii Network types and Area Types

1.2.a iv LSA Types

1.2.a v Route Aggregation/Summarization

1.2.a vi Route Redistribution

1.2.b ISIS

1.2.b i Adjacencies

1.2.b.i.1. Single area, single topology

1.2.b ii Network types, Levels and Router types

1.2.b.ii.1. NSAP addressing

1.2.b.ii.2. Point-to-point, broadcast

1.2.c BGP

1.2.c i Path Selection

1.2.c ii External and Internal Peering

1.2.c iii Route reflectors and Route Server

1.2.c iv Peer Templates

1.2.c v Multi-Hop EBGP

1.2.c vi Route Aggregation/Summarization

1.2.c vii Route Redistribution

1.2.d BFD

1.2.e FHRP

1.3 Multicast protocols

1.3.a PIM

1.3.a i Sparse Mode

1.3.a ii BiDir

1.3.a iii Static RP, BSR, AutoRP, PhantomRP

1.3.a iv IPv4 PIM Anycast

1.3.a v IPv4 Anycast RP using MSDP

1.3.b IGMP

1.3.b i IGMPv2, IGMPv3

1.3.b ii IGMP Snooping

1.3.b iii IGMP Querier

2. Data Center Fabric Infrastructure (15%)

2.1 Physical fabric components

2.1.a Fabric Discovery

2.1.b Controllers/Network Managers

2.1.c Switches

2.2 Fabric policies

2.2.a Access Policies

2.2.b Multi Tenancy

2.2.c Monitoring Policies

2.3 Tenant Policies

2.3.a Application profiles and EPGs

2.3.b Networking

2.3.c Security

2.4 Fabric Monitoring

2.4.a Faults

2.4.b Events

2.4.c Health indicators

2.4.d Audit Logs

2.5 Virtual Networking

2.5.a vSphere VDS

3. Data Center Fabric Connectivity (15%)

3.1 VRF lite

3.2 L3Out

3.2.a OSPF

3.2.a i Authentication

3.2.a ii Adjacencies

3.2.a iii Network types and Area Types

3.2.a iv Route Redistribution

3.2.b BGP

3.2.b i AS manipulation

3.2.b ii External and Internal Peering

3.2.b iii Route reflectors

3.2.b iv Route Redistribution

3.2.c Transit Routing

3.3 Inter Fabric connectivity

3.3.a Multi-Pod

3.3.b Multi-Site

3.3.c Virtual POD

3.3.d remote Leaf

3.4 Overlays

3.4.a VXLAN EVPN

4. Data Center Compute (15%)

4.1 Compute Resources

4.1.a UCSM Policies, Profiles and Templates

4.1.b Hyperflex

4.2 Compute Connectivity

4.2.a SAN/LAN uplinks

4.2.b Rack server integration

4.2.c Port Modes

5. Data Center Storage Protocols and Features (10%)

5.1 FC and FCoE

5.1.a Zoning

5.1.b NPV/NPIV

5.1.c Trunking

5.1.d Portchannel

5.1.e Load Balancing

5.2 iSCSI

5.2.a Authentication

5.2.b Multipathing

5.3 RoCE v2 over IP Networks

6. Data Center Security and Network Services (10%)

6.1 Security features

6.1.a ACL’s

6.1.b First Hop Security

6.1.c Port security

6.1.d Private VLANs

6.1.e Contracts

6.2 RBAC

6.2.a Radius

6.2.b TACACS+

6.2.c LDAP

6.2.d AAA

6.3 Network Services Insertion and Redirection

6.3.a Policy Based Routing

6.3.b Policy Based Redirection

6.3.c Inter VRF communication

6.3.d Route Targets

6.3.e Prefix Lists

6.4 Services

6.4.a Flow/Telemetry Export

6.4.b SPAN

6.4.c SNMP

6.4.d Syslog

6.4.e DHCP

6.4.f NTP/PTP

6.5 Traffic management

6.5.a Queueing

6.5.b Policing

6.5.c Classification/Marking

6.5.d Scheduling

6.5.e CoPP

7. Data Center Automation and Orchestration (15%)

7.1 Data center tasks using scripts (Python and Ansible)

7.1.a Create, Read, Update, Delete using RESTful APIs

7.1.b Deploy and modify configurations

7.1.c Statistics, Data Collection

7.2 Data Center Automation and Orchestration using tools

7.2.a DCNM

7.2.b UCSD

7.2.b i Tasks

Course Curriculum

Chapter 1: Introduction – Start your CCIE Jouney

Lecture 1: Introduction

Lecture 2: Hire the talent – CCNA to CCIE Journey

Lecture 3: market expectation 01

Lecture 4: market expectation 02

Lecture 5: CCIE DC Starts

Chapter 2: Pre CCIE DC Videos Cloud & Virtualization

Lecture 1: CCIE DC Cloud & Virtualization

Lecture 2: What is Cloud Computing

Lecture 3: 03 Physical Cloud Data Center

Lecture 4: Common Cloud Characteristics

Lecture 5: Measured Services

Lecture 6: Around the Corner Agile, Cloud-Scale Applications, and DevOps

Lecture 7: Chapter 02 Service Providers and Information Technology

Lecture 8: Service-Level Agreement

Lecture 9: Infrastructure as a Service

Lecture 10: Platform as a Service

Lecture 11: SaaS & XaaS

Lecture 12: Chapter 03 Public Clouds

Lecture 13: Private Cloud

Lecture 14: Community & Hybrid Clouds

Lecture 15: Cisco Intercloud

Lecture 16: Chapter 4 Cloud Portal Cisco Prime Service Catalog

Lecture 17: Cloud Orchestrator

Lecture 18: Cloud Meter

Lecture 19: Cloud Journey , Consolidation , Virtualization , Standardization & Automation

Lecture 20: Orchestration, Application Programming Interfaces , RESTful APIs

Lecture 21: Around the Corner OpenStack

Lecture 22: What is Server

Lecture 23: What is Virtualization

Lecture 24: Types of Hypervisors

Lecture 25: Virtual Machine Properties

Lecture 26: Hypervisor Architecture

Lecture 27: Server Virtualization Features

Lecture 28: Virtual Machine Installation

Lecture 29: Cloning Virtual Machines and Using Templates

Lecture 30: Search & Delete Option

Lecture 31: What is vSphere Availability

Lecture 32: vSphere High Availability Lab

Lecture 33: Enable Distributed Resource Scheduler DRS

Lecture 34: vSphere Monitoring and Performance Slides

Lecture 35: vSphere Monitoring and Performance Lab

Lecture 36: Virtual Machines Networking

Lecture 37: VMware vSphere Port Group & vSS

Lecture 38: vSwitch0 or Standard Switch Lab

Lecture 39: Port Group Properties

Lecture 40: Introduction to Distributed Virtual Switch

Lecture 41: Distributed Virtual Switch Walkthrough

Lecture 42: Create Distributed Port Group

Chapter 3: Data Center L2 / L3 Connectivity 20 %

Lecture 1: 00 a Section 01 introduction

Lecture 2: 00 link aggregation

Lecture 3: 01 Nexus vPC

Lecture 4: 02 -nexus-vpc-part-01

Lecture 5: 03 -nexus-vpc-part-02-configuration1

Lecture 6: 04 -nexus-vpc-part-03-configuration

Lecture 7: 05 -nexus-vpc-part-04-configuration

Lecture 8: Etherchannel theory – LACP

Lecture 9: Etherchannel Lab LACP

Lecture 10: 1.1 b Trunk | static bindings | RSTP | MSTP

Lecture 11: Vlan & trunk Part01

Lecture 12: Vlan & trunk Part02

Lecture 13: DTP Dynamic Trunking Protocol

Lecture 14: ACI L2 Connectivity

Lecture 15: Bare Metal Lab part 01

Lecture 16: Bare Metal Lab part 02

Lecture 17: RSTP Rapid Spanning Tree Protocol

Lecture 18: RSTP TCN

Lecture 19: RSTP Lab

Lecture 20: MST Multiple Spanning Tree theory

Lecture 21: MST Multiple Spanning Tree Lab

Lecture 22: 1.1.a OSPFv2, OSPFv3 Introduction

Lecture 23: OSPF Basics

Lecture 24: OSPF LSA Types-

Lecture 25: OSPF DR BDR & Lab-

Lecture 26: OSPF Network Types Metric Passive-interface Theory –

Lecture 27: OSPF Network Types Metric Passive-interface Lab-

Lecture 28: OSPF Authentication & Virtual Link Theory

Lecture 29: OSPF Authentication & Virtual Link Lab

Lecture 30: OSPF Summary Area Types & Default Route 01

Lecture 31: OSPF Summary Area Types & Default Route 02

Lecture 32: OSPFv3 Part 01

Lecture 33: OSPFv3 Part 02

Lecture 34: isis part 01

Lecture 35: isis part 02

Lecture 36: isis paert 3

Lecture 37: isis lab task

Lecture 38: bgp intro

Lecture 39: Border Gateway Protocol BGP

Lecture 40: BGP Basic Lab iBGP vs eBGP

Lecture 41: BGP Basic Lab iBGP vs eBGP Continue

Lecture 42: BGP Neighbor & Synchronization

Lecture 43: BGP Neighbor & Synchronization Lab

Lecture 44: BGP Route Reflector Confederation & Peer Groups

Lecture 45: BGP Route Reflector Confederation & Peer Groups Lab

Lecture 46: BGP Best Path Selection

Lecture 47: BGP Best Path Selection Lab

Lecture 48: BGP Best Path Selection Lab Continue

Lecture 49: BGP AS Prepend & MED

Lecture 50: BFD FHRP Multicast starts

Instructors

Giga networkers
Co-Founder CCIE as a Service {CaaS]

Rating Distribution

1 stars: 3 votes

2 stars: 3 votes

3 stars: 12 votes

4 stars: 25 votes

5 stars: 31 votes

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