
The author brings over ten years of IT experience in service providers designing cloud solutions and on-premises projects, including a public cloud based on VMware vSphere, managing large ESXi environments.
Choose this course to build a reproducible vSphere lab for testing and learning, extendable with NSX or VSAN, on any hardware or a home PC using a dedicated server.
Explore the VMware vSphere 6.5 lab setup, including virtual machines, ESX networking, virtual switches and port groups, and the IP address plan for shared storage and management networks.
Prepare a lab with dedicated servers in a data center and plan resources. Set up a virtual router with NAT for internet access, supporting VMware and Microsoft products.
Download and evaluate Microsoft trial software from TechNet, obtain Windows Server 2012 ISO images, and prepare lab-ready virtual machines using VM and Hyper-V.
Install the ESXi hypervisor on a dedicated server, use the management portal and remote console, and mount media to troubleshoot hardware compatibility and driver issues.
Understand the hardware compatibility list and why vendor support matters for ESX deployments. Navigate the HCO database to verify hardware, drivers, and custom installation images.
Create a custom ESX installation image by integrating specific drivers for network and storage adapters. Build a golden image and export a final ESX 6.5 ISO with a PowerShell script.
Learn basic configuration of VMware vSphere 6.5 ESX server, including storage setup with data stores, uploading software, network configuration, time synchronization, and deploying a management VM for remote access.
Learn to fix storage performance in VMware vSphere 6.5 by reverting to the older HCI driver, disabling the new driver via SSH, and rebooting, then verify in storage adapter tab.
Upload ISO installation files to a dedicated data store folder to centralize access, then upload four images and prepare a virtual router for internet access.
Join the management station to the active directory domain by updating dns and changing from a workgroup to a domain, then enable centralized management and storage for ESX servers.
Create a new virtual machine for the ESXi hypervisor, configuring ESXi 6.5, hardware virtualization, increased vcpus and memory, SSD storage, and multiple network adapters for management and production traffic.
Configure a virtual router to manage traffic for virtual machines by adding a NIC, standard vSwitch with a port group, DHCP, firewall rules, and NAT.
Overview
VMware vSphere is the most popular platform for deploying virtualized workloads. In this course you will learn how to setup your own advanced vSphere LAB that you can utilize for learning about VMware vSphere, testing advanced products like VMware vSAN or NSX or you can use this lab for preparation to your VCP exam.
Is this a right course for me? (Please click blue Full details link below)
Have you ever wondered how to set-up your own VMware vSphere infrastructure? What components are necessary for building advanced vSphere LAB? I have designed this course to cover all aspects of your LAB deployment from the scratch.
What is covered?
We will start with basic information regarding hardware for your LAB. I will use dedicated server from third-party service provider to support our LAB. We will deploy virtual router that will be used for connecting your LAB to outside, public network and provide several networking features for our LBA. You will also learn how to setup your supporting Microsoft environment for your LAB where you will learn how to setup your Active Directory and iSCSI storage server that will host our shared storage. Then we will work on the configuration of our master ESXi server in terms of advanced networking and storage. And finally, we will setup several virtualized ESXi servers that will together with VMware vCenter server forms your advanced LAB.
Am I going to be bored?
I have tried to be as practical as possible. I will show you everything in real world. No PowerPoint how-to but real hands-on experience with the configuration itself.