I start with nothing – no ESX, no domain controllers, SQL or vCenter. And everything is done with virtual machines,...
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apart from the ESX host(s) which are physical boxes. If your new to VMware start with the first video and work you way through each one. If you have familiarity with VMware products then by all means skip videos where see it appropriate.
If you click at the links the videos will open in a separate window.
Chapter01: Part 01: Install ESX4 Classic
This video covers how to install ESX4 “Classic” to local storage. I begin by stopping access to external storage such as fibre-channel SAN by disabling the PCI cards.
Chapter01: Part 02: Create a VM and Install Windows/VMware Tools
This videos covers how to install a VM on local storage, and how to upload an .ISO image. This “master VM” will become the basis of my first 3 primary VMs – a domain controller, a MS SQL 2005 and vCenter.
Chapter01: Part 03: Clone a VM from the Command-Line
In this case I assume you don’t have vCenter yet, so I show you how to duplicate a VM just with command-line tools. Later on after installing vCenter and sorting out the networking/storage – I will be showing how to duplicate a VM with vCenter templates
Chapter02: Part 01: Install SQL 2005 Ready for vCenter and Update Manager
This video shows you how to quickly install Microsoft SQL 2005 in state good for vCenter4
Chapter02: Part 02: Install vCenter4 (Windows Authentication)
In this video I create the user account required for install of VMware vCenter and VMware Update Manager (VUM) using Windows Authentication. It shows me granting the correct SQL and Windows rights in order to make vCenter with Windows Authentication work. Finally, after installing the Native SQL 2005 Drivers to the vCenter VM and creating a System DSN – I take you through an installation of vCenter
In this video I will show how to license both vCenter and ESX hosts. Then how create the two main objects in vCenter – folders and datacenters. Finally, I will walk you through adding your first ESX host.
Chapter02: Part 04: Install ESXi and Adding to vCenter
In this video I will demo how to install ESXi to a 2GB memory stick, and carry out some post-install tasks such as setting up the IP configuration. After doing that I will add the ESXi host into the vCenter created earlier in the video series
Chapter03: Part 01: Standard vSwitches (SvSwitches)
In this video I will show how to create the 3 main types of Standard vSwitch (internal, outbound, teamed). I will also handle vLAN configuration – and set up the VMkernel networking to work for VMotion.
Chapter03: Part 02: Standard vSwitches Settings (SvSwitches)
This video walks you through the main dialog boxes for Standard vSwitches and quickly explains some of the key settings
Chapter03: Part 03: Distributed vSwitches (DvSwitches)
Well, its not really “advanced” as such – DvSwitches are just as easy (in fact easier) to create and get working. The trouble is you might not have access them because they are currently an Enterprise+ feature only. So if your using Foundation, Standard, Enterprise (and not upgraded to Enterprise+) then you won’t have access to them. For this reason I’m keeping the video short and sweet – more or less showing you how to get started with DvSwitches, doing the same configuration you could achieve with SvSwitches
Chapter04: Part 01: Fibre-Channel SAN and VMFS
In this video I will be creating a new LUN/Volume for holding VMs using an EMC Clarrion and NaviSphere. I will also format the VMFS volume with VMFS. I then use Storage VMotion to move VMs off my local storage and put the VMs on Shared Storage – in preparation for things like VMware DRS, HA, and FT
Chapter04: Part 02: VMFS Volume Grow & VMFS Extents
In this video I will demonstrate VMFS volume grow and extents
Chapter04: Part 03: VMware Software iSCSI Configuration
In this video I will be enabling VMware’s software iSCSI support and connecting to a pre-configured iSCSI system. I’ve labelled this video as advanced, as I’m assuming you know all about Standard and Distributed vSwitches – and I take it for granted you just know about these, but like with everything with VMware its a lot easier than people think!
Chapter04: Part 03: NAS and NFS Storage
In this video I will be connecting to a NFS datastore. I only call this “advanced” because I’ve already handled the networking side of things. In truth setting up NAS is easier than FC-SAN or iSCSI-SAN…
Chapter 5 - Part 1: Creating a Template amd Deploy from a Template
This quick little demo covers the 3 mains ways of duplicating VMs – clone, clone to template and convert-to-template. I then show you how to copy Sysprep to the vCenter Server, and then use the templates to quickly deploy new VMs
Chapter05: Part 2-6: Managing the VM
These selection of videos cover some small neat features of the VM. To be honest its a bit show-boating which demonstrates how easy and flexible VMware VMs are:
- Increasing the size of virtual disks, hot-add of disks, Raw-Device Mappings (RDMs) (Part 2)
- Setting a Static MAC Address (Part 3)
- Enabling advanced features (Hot-add RAM/CPU,NPIV, ParaVirtualization, MMU) (Part 4)
- Setting a boot delay (Part 5)
- Virtualize ESX! (Part 6)
Well, is it really advanced? Actually, enabling VMotion is incredibly easy and so is resolving errors.
Chapter06: Part 01-04: DRS Clusters
These chapters cover the initial setup of the DRS clusters – and demo of the 3 operating modes. It also covers features like affinity and anti-affinity rules and maintenance mode.
- Enabling DRS for the first time with Manual Mode (Part 1)
- DRS Partial or Fully-Automated mode (Part 2)
- Affinity/Anti-Affinity Rules (Part 3)
- Maintenance Mode (Part 4)
Chapter 7 - Part 1-2: Advanced DRS Features [Audience: Advanced] These chapters cover to additional enhancements of the core DRS product. DPM and EVC. DPM stands for Distributed Power Management, it’s intention together with DRS is put ESX host in powered-down “standby” mode if it regards the load on the overall cluster, that doesn’t need ALL the ESX hosts running. The goal is to save power in test and DR environments where you only run the ESX hosts you need. EVC stands for Enhanced VMotion Compatability. This system creates a baseline from your ESX hosts to make sure incompatabile ESX host cannot be added to the cluster – it can also downgrade the CPU spec of modern ESX host with the latest CPUs (such as Intel FlexMigrate) forcing them to be compatible with older ESX hosts.
- Enabling DPM (Distributed Power Management) (Part 1)
- Enabling EVC (Enhanced VMotion Compatibility) (Part 2)