
Learn to build a full vSphere environment inside a workstation with auto lab, configure networking and storage, and create VMs with templates, clones, and snapshots.
Prepare for the vSphere 6.0 VCP lab with VMware Workstation by meeting dual-core 64-bit, 16 GB RAM, 200 GB hard drive; download an evaluation version; expect four to six hours.
Understand what a virtual machine is, how it enables server consolidation, hardware independence, mobility, and backups, and how bare metal and hosted hypervisors impact downtime.
Build a vSphere 6.0 lab using AutoLab on VMware Workstation to quickly create a nested environment with pre-built virtual machines, shared storage, and services such as Active Directory and DNS.
Download the necessary software packages for the vSphere 6.0 lab with VMware Workstation, including deployment guides and Windows Server 2012 evaluations, and prepare the lab files for ESXi deployment.
Move required prebuilt VMs into a lab folder and configure a host-only VMnet network. Adjust workstation memory and mount Windows Server 2012 and SQL Server Management Studio ISOs.
Power on the domain controller VM, run the unattended install via Windows PowerShell, and validate the domain controller with the DC promo script after resolving lab guide issues.
Install ESXi hosts and vCenter Server using automated builds, assign unique host numbers and IPs, then build the virtual server to complete the lab setup.
Access the ESXi host console in a lab, view IP, hostname, MAC address, configure network and passwords, and enable SSH for remote management.
Connect to the ESX host with the windows vSphere client, log in as root, install the host certificate, and review storage, networking, time, DNS, and firewall settings.
learn to use the web client to access vSphere 6.0 resources in VMware Workstation, log in, and navigate hosts, clusters, VMs, templates, inventory, and networking with refresh and reset tips.
Create a lab data center, add ESXi hosts to vCenter using hostname or fully qualified domain name, verify the thumbprint, and configure networking for storage and VM communication.
Configure vSphere networking basics by adjusting switches, physical adapters, and board groups; manage mtu, promiscuous mode, mac address changes, forged transmits, and traffic shaping with load balancing and failover.
Configure lab networking by adding a physical adapter, creating two vmnic interfaces and a vmkernel interface for motion traffic, and building standard switches and port groups for hosts and workstations.
Explore vSphere storage basics by configuring and managing storage adapters, selecting iSCSI for the lab, understanding VMFS-formatted datastores, and creating or renaming datastores on an ESXi host.
Configure iSCSI by creating a network boot binding across two adapters, set IPs, perform dynamic discovery of the iSCSI target, and rescan storage to reveal devices.
Rename the three ESXi hosts and create three shared data stores in the lab data center, configure them for all hosts, and verify storage presence before managing virtual machines.
Create and configure a Windows 2012 64-bit virtual machine in a vSphere 6.0 lab, including folder organization, hardware settings, and thin-provisioned disk from an ISO.
Learn to power on a virtual machine, install the operating system, and install or upgrade VMware tools to improve mouse performance and driver support in a lab.
Create a guest OS customization specification for Windows or Linux, configure VM naming, password, time zone, domain join, network, and post-OS run scripts to prepare cloned or template-based VMs.
Learn to clone virtual machines from templates in vSphere, configure host placement and storage, and apply guest customization and domain join to ready a clean new machine.
Convert a prepared virtual machine into a template to create multiple identical virtual machines quickly; then deploy new virtual machines from the template using a customization specification and OS settings.
Execute a vMotion migration to move a powered virtual machine from one ESXi host to another, verifying shared storage, identical resources, and matching port groups and networks.
Explore creating and managing snapshots in vSphere 6.0 with VMware Workstation, including memory-enabled options and reverting to prior states; remember they are not backups.
Virtualization and cloud computing are the future of our IT infrastructure. It's important for system administrators who want to succeed to have a strong foundation in virtualization technologies, particularly in the popular virtual environment VMware vSphere, including the ESXi hypervisor and vCenter Server. With vSphere, you can create virtual machines that bypass the need for additional expensive hardware and provide features not available on a physical system a perfect setup for exploring new technologies and setting up test environments. This course teaches the basics of installing, configuring, and maintaining vSphere 6, including installation of the ESXi hypervisor and vCenter Server using a pre-created environment called AutoLab. Following lab creation, in this course introduces the core components of vSphere (ESXi and vCenter) and shows how to configure storage and networking. Finally, he runs through some typical virtual-machine management tasks, such as creating a virtual machine manually vs. creating one with templates and clones, working with snapshots, and performing a vMotion migration.
The following topics will be Covered