VMware Data Center Virtualization: Core Technical Skills (DCVCTS)

Course Objectives:

Upon completing this course, the learner will be able to meet these overall objectives:

• Describe virtualization and virtual machines
• Describe vSphere components and the software-defined data center (SDDC)
• Explain the concepts of server, network, and storage virtualization
• Monitor network and datastore configurations in VMware vSphere Client
• Deploy, configure, and clone virtual machines
• Migrate, monitor, and manage virtual machines
• Monitor tasks and events in VMware vSphere Client
• Recognize how vSphere DRS and VMware vSphere High Availability improve performance and availability of a vSphere cluster

Course Outline

Module 1: Course Introduction

• Introductions and course logistics
• Course objectives

Module 2: Virtualization and vSphere Concepts

• Describe how virtual machines (VMs) work
• Recognize the purpose of a hypervisor
• Describe how VMs share resources in a virtualized environment
• Recognize the components of an SDDC
• Describe the relationship between vSphere, the SDDC, and cloud computing
• Recognize the functions of the components in a vSphere environment
• Access and view vSphere graphical user interfaces
• Identify VMware solutions that integrate with vSphere in the SDDC

Module 3: Navigating the vSphere Client

• View and organize the inventory objects managed by vCenter Server
• Add and assign vSphere licenses
• Change the log level of vCenter Server
• Edit the startup policy of ESXi services
• Describe how vCenter Server roles and permissions work
• Add permissions to virtual machines

Module 4: Lifecycle of Virtual Machines

• Add and remove VM virtual hardware components
• Identify the purpose of different VM files
• Configure VM settings
• Create and delete virtual machines
• Recognize the benefits of installing VMware Tools™
• Install VMware Tools into a guest operating system
• Upgrade VMware Tools and VM hardware compatibility

Module 5: vSphere Networking

• Describe virtual networking
• Recognize ways that virtual switches connect VMs and ESXi hosts to the network
• View components and properties of a vSphere standard switch configuration
• View a vSphere distributed switch configuration in vSphere Client
• Recognize when and how to use the settings for the security networking policy
• Recognize when and how to use the settings for the traffic shaping networking policy
• Describe how the NIC teaming and failover policy helps maintain network connectivity
• Perform basic checks to diagnose VM connectivity issues

Module 6: vSphere Storage

• Describe the function of a datastore
• Recognize types of vSphere datastores
• View datastore information in vSphere Client
• Monitor datastore usage in vSphere Client

Module 7: Virtual Machine Management

• Recognize the benefits of using VM templates
• Create and update a VM template
• Deploy a VM from an existing template
• Clone a virtual machine
• Recognize how to use guest OS customization specifications
• Deploy VMs from a content library
• Deploy a virtual appliance from an OVF template
• Perform a hot and cold migrations of VMs
• Identify requirements for using VMware vSphere^® Storage vMotion^®
• Perform a vSphere Storage vMotion migration
• Identify use cases for VM snapshots
• Create and manage snapshots of a virtual machine

Module 8: Resource Monitoring

• Recognize the purpose of each type of VM resource control
• Configure the resource allocation settings of a VM
• Observe the behavior of virtual machines with different share values
• Manage and acknowledge vSphere alarms
• Use performance charts to monitor VM CPU and memory usage
• Monitor tasks and events in vSphere Client

Module 9: vSphere Clusters

• View information about the services that a vSphere cluster offers
• Recognize how vSphere HA responds to different types of failures
• Monitor vSphere HA during a host failure
• Describe how vSphere DRS works
• Interpret DRS scores given to VMs
• Recognize how to apply the appropriate vSphere DRS automation and migration threshold levels
• Describe how vSphere Fault Tolerance works
• Recognize how Enhanced vMotion Compatibility works