Associated Certifications

ECS – Data Center VDX – VCS Fabric Configuration and Implementation

Course Duration

5 Days

Delivery Method

• Traditional Instructor-Led
• Virtual Instructor-Led

Who should attend

This course is designed for network administrators, system administrators, network architects, systems engineers, and technical support engineers involved with installation, configuration, maintenance, and basic troubleshooting of VDX products.

Prerequisite

Before taking this course, students should have working knowledge of:

• VDX products
• Networking Foundations or equivalent knowledge
• Acquired 80% or more knowledge self-assessment on Networking Foundations Course
• Working knowledge of Layer 2 and Layer 3 protocols

Course Overview

This course introduces the deployment of Layer 2 and Layer 3 features in a VDX switch Ethernet fabric. It is designed to help an administrator configure and manage the layer 3 capabilities of an Ethernet fabric-based network.

Course objectives

Upon successful completion of this course, the student should be able to:

• Install and configure a VCS Fabric
• Configure the VCS parameters to create a VCS Fabric
• Configure features such as VLANs, Spanning Tree, vLAGs, breakout ports
• Configure other features such as SNMP, NTP, sFLOW, AAA, 802.1x and syslog
• Explain VCS Fabric features such as TRILL, DCB, ETS, PFC and FSPF
• Explain traffic flow through a VCS Fabric
• Explain the steps to upgrade firmware
• Explain the Layer 3 processing and forwarding of traffic within a VCS fabric
• Describe and configure Automatic Migration of Port Profiles (AMPP) in a VCS fabric
• Describe the Layer 3 protocols supported in NOS and the various VDX switches
• Describe and configure Layer 3 protocols in a VCS fabric using VDX switches
• Discuss and deploy Layer 3 security and traffic control features in a VCS fabric
• Discuss and deploy Layer 3 redundancy and dynamic routing protocols in a VCS fabric
• Describe additional Layer 3 features including multitenancy and flow control
• Explain and configure fault detection protocols in a VCS fabric
• Identify the concepts and protocols used to deploy an IP Fabric on VDX switches
• Discuss best practices when deploying a Layer 3 solution in a VCS fabric
• Hands on labs to reinforce lecture material

Course Overview

This course introduces the deployment of Layer 2 and Layer 3 features in a VDX switch Ethernet fabric. It is designed to help an administrator configure and manage the layer 3 capabilities of an Ethernet fabric-based network

Course Contents

Module 1: Course Introduction
Module 2: Introduction to VCS Fabric

• Ethernet Fabrics
• Distributed Intelligence
• Logical Chassis

Module 3: VDX Hardware

• VDX Switch Models
• License Options

Module 4: VCS Fabric Technology

• TRILL
• TRILL Implementation in VCS Fabric
• VCS Fabric Formation

Module 5: Firmware Upgrade

• Software Versions
• Upgrade and Downgrade procedures

Module 6: Configuring VCS Fabrics

• VCS Fabric Modes
• VCS Fabric Configuration
• ISLs and Trunks
• Principal Switch
• Multicast Root
• QSFP Breakout

Module 7: Layer 2 Forwarding

• FSPF
• ECMP
• Prioritisation
• eNS
• DCB
• ETS
• PFC
• Multicast traffic in VCS

Module 8: VLAN and Edge Port Configurations

• Configuring VLANS
• Configuration of edge ports

Module 9: Spanning Tree

• STP on VCS Fabric Edge Ports
• RSTP, MSTP,PVST+, RPVST+ Support
• Edge Loop Detection
• BPDU Drop

Module 10: Virtual Link Aggregation Groups (vLAGs)

• vLAG configuration
• Port Speed Settings
• vLAG scalability

Module 11: Monitoring, Logging, and Authentication

• Configuring sFLOW
• SNMP
• Syslog
• Radius, TACACS+, LADAP/AD
• 802.1X
• NTP

Module 12: VDX – VCS Architecture

• ASICS
• Packet Flow

Module 13: AMPP

• VM Mobility Challenges
• Port Profiles
• Port Profile states and Migration
• AMPP Provisioning steps
• vCentre Integration

Module 14: Security and Traffic Control

• Standard and Extended ACLS
• L2 and L3 ACLs
• PBR
• DAI

Module 15: Layer 3 Forwarding

• IP Forwarding in VCS
• L3 traffic flow in vcs Fabric

Module 16: Layer 3 Addressing

• IPV4 and IPv6 support
• Configuring L3 interfaces
• Port channel configuration
• Configuring Static Routes
• Configuring DHCP Helper

Module 17: Gateway Redundancy

• VRRP vs VRRPe
• Shortest Path Forwarding
• Configuring VRRP and VRRPe
• Configuring Fabric virtual Gateway

Module 18: OSPF

• Configuring OSPF
• Configuring advanced features of OSPF
• Monitoring commands

Module 19: BGP

• Configuring BGP
• Configuring advanced BGP Features
• Implementing BGP Policy Changes
• BGP Attributes

Module 20: Bidirectional Forwarding Detection

• BFD Support for OSPF
• BFD Support for BGP
• BFD Support for Static Routes
• Configuring BFD

Module 21: Multitenancy

• VxLAN
• Virtual Fabric and FGL
• VRF configuration
• Routing Protocol configuration in VRF Instance
• Route leaking configuration in VRFs
• Route Distinguisher
• Route Target

Module 22: QoS

• QoS Remarking
• DSCP to COS Mapping
• Flow Based Qos Configuration

Module 23: IP Fabric

• Datacentre trends
• Creating IP Fabric
• ARP/ND Management
• VCS vs IP Fabrics

Module 24: Multicasting

• IGMP Configuration
• PIM Configuration
• Snooping Configuration

Module 25: Troubleshooting

• Troubleshooting concepts
• Data gathering