VMware vSphere 6.HTML5 based client is in, but not with all functions.This version will be fully supported within the 6.New network and storage options in Windows Server 2012 make HyperV a much more attractive option for organizations that might not have considered it before.How-to-install-the-Hyper-V-role-in-Windows-Server.png' alt='Install Hyper V Under Vmware Training Books' title='Install Hyper V Under Vmware Training Books' />Install Hyper V Under Vmware Training VideosInstall Hyper V Under Vmware Training ClassesHow to Install VCSA 6.VMware Workstation LABThis is lab time.Normally you dont do that on your production deployment.This is a guide on How to install VCSA 6.VMware Workstation and see the different configuration options within the VMware v.Center Server Appliance VCSA 6.Yes, As you know, we have VMware v.Sphere 6. 5 in GA state General Availability, so it is available for download.It is the RTM code No beta so why not to test the installation in VMware Workstation For production environments, you wont do that.To deploy VCSA 6.ESXi running on physical hardware.Not within VMware Workstation.We will be running VCSA 6.VMware Workstation, which adds some overhead, but It is a test deployment.The appliance, VCSA 6.Workstation with some tweaks.But we can also fool the appliance and let it think that we have an ESXi running.We will deploy nested ESXi 6.VCSA 6. 5 on the top of the ESXi And the performance is pretty OK.Youll see it in the video.Note that were doing it on a whitebox with hexacore CPU and 6.Gb of RAM. How to Install VCSA 6.VMware Workstation LABIn this post well show you two ways of doing it First Option The first way is to import an OVF file into a VMware Workstation Tweak the file with some additional options then boot the VM.Second Option To do the deployment of VCSA 6.ESXi 6. 5 which is running as a VM in VMware Workstation You may wonder whyTo simulate production environment without having one and because you dont need to tweak VMX file of the VCSA.A thing you normally dont do anyway.So well show you both ways, but the second one will be more like what you would do in the production environment.No tweaking of VMX files.I know that many folks dont have too much money and runs a Whitebox with WindowsLinux OS and uses Desktop virtualization products like VMware Workstation to create a nested lab.It is a convenient way to learn more about virtualization.Ive done that, Ive been there.Even if now I have decent lab, which is evolutive at least from the storage and RAM perspective.So what do you need to get started Youll need to download the VMware v.Center Server Appliance VCSA 6.ISO from VMware and mount it.Then there is a folder there which has the OVA file VMware v.Center Server Appliance 6.OVF1. 0. ova and this file need to be imported into Workstation by double clicking.Youll be asked to accept the CLUF.Update You no longer need to use those tweaks.Just download the latest VMware Workstation 2.Tech Preview and you can do that without any tweaks of VMX files.Check Deploy VMware v.CSA 6. 5 in VMware Workstation 2.Tech PreviewThen before powering ON the VM just modify the VMX file with following lines please adapt this to match your environment.Mysuperpassword. 00.True quot guestinfo.True quot guestinfo.Mysuperpassword. 00.Huston quot guestinfo.Note, that an example of this config has been adapted to fit my environment from enterprisedaddy.Append the lines at the end of the VMX file.Like thisNote that the quotation marks should look like on the image above.Not kind of Italic or deformedThen Power On the VM and have a cup of coffee.The VM will do the config by its ownDuring the process there will be prompts for a login, there will be the UI showing uninitialized, but you should not touch anything as many processes are working behind the scenes and both parts of the deployment phases are executing deployment AND configuration.Youll see it in the video as well An example of a screen which you may seeOr this one.Just wait, and waitThis is the final screen image below you should see when the deployment process finishes.So, you should have your VCSA 6.VMware Workstation.Option 2 Double Nested way.Here we will do the following, and Im sure that everyone pretty knows their way.Installation and configuration of ESXi 6.VMware Workstation first part of the video highly accelerated.I have done many posts on my blog explaining this.Its no brainer now.Not necessary to tweak configs, no VMX tweaks necessary.Simply point this to the VCSA 6.ISO file and Workstation automatically recognizes which VM you want to create, and pick the right template.Check this How To Install VMware VCSA 6 in VMware Workstation.Deployment and Configuration phase of VCSA we point to the IP address of our nested ESXi and then start the deployment process.Youll see everything in the video.Its quite self explanatory.Yes, there are two phases phase 1 is deployment and phase 2 is configuration.Here is the video from the process Make sure to watch in a Full screen it is 1.Enjoy VMware v. Sphere 6.Stay tuned through RSS, and social media channels Twitter, FB, You.TubeHow to Install VCSA 6.VMware Workstation LAB5 1.Introduction To Windows Server 2.R2 Virtualization Introduction to Virtualization.Virtualization is an abstraction layer that creates separate distinct virtual environments allowing the operation of different operating systems, desktops and applications under the same or combined pool of resources.In the past couple of years, virtualization has gained an incredible rate of adoption as companies consolidate their existing server and network infrastructure, in hope to create a more efficient infrastructure that can keep up with their growing needs while at the same time keep the running and administration costs as low as possible.Our readers can visit our dedicated Windows Server 2.Server section to read more on Windows Hyper V Virtualization and Windows Server 2.When we hear the word Virtualization, most think about server virtualization which of course is the most widely applied scenario, however today the term virtualization also applies to a number of concepts including Server virtualization Server virtualization allows multiple operating systems to be installed on top of single physical server.Desktop virtualization Desktop virtualization allows deployment of multiple instances of virtual desktops to users through the LAN network or Internet.Users can access virtual desktops by using thin clients, laptops, or tablets.Network virtualization Network virtualization also known as Software Defined Networking SDN is a software version of network technologies like switches, routers, and firewalls.The SDN makes intelligent decisions while the physical networking device forwards traffic.Application virtualization Application virtualization allows an application to be streamed to many desktop users.Hosted application virtualization allows the users to access applications from their local computers that are physically running on a server somewhere else on the network.This article will be focusing on the Server virtualization platform, which is currently the most active segment of the virtualization industry.As noted previously, with server virtualization a physical machine is divided into many virtual servers each virtual server having its own operating system.The core element of server virtualization is the Hypervisor a thin layer of software that sits between the hardware layer and the multiple operating systems virtual servers that run on the physical machine.The Hypervisor provides the virtual CPUs, memory and other components and intercepts virtual servers requests to the hardware.Currently, there are two types of Hypervisors Type 1 Hypervisor This is the type of hypervisor used for bare metal servers.These hypervisors run directly on the physical servers hardware and the operating systems run on top of it.Examples of Type 1 Hypervisors are Microsofts Hyper V, VMware ESX, Citrix Xen.Server. Type 2 Hypervisor This is the type of hypervisor that runs on top of existing operating systems.Examples of Type 2 Hypervisors are VMware Workstation, SWSofts Parallels Desktop and others.Microsoft Server Virtualization Hyper V Basics.Microsoft introduced its server virtualization platform Hyper V with the release of Windows Server 2.Hyper V is a server role that can be installed from Server Manager or Power.Shell in Windows Server 2.With the release of Windows Server 2.Windows Server 2.R2, Microsoft has made lot of improvements in their Hyper V virtualization platform.Features like live migration, dynamic memory, network virtualization, remote.FX, Hyper V Replica, etc.Hyper V 3. 0 in Server 2.Hyper V is a type 1 hypervisor that operates right above the hardware layer.The Windows Server 2.Hyper V role is installed from within the Windows Server operating system.The physical server where Hypervisor or Hyper V server role is installed is called the host machine or virtualization server.Similarly, the virtual machines installed on Hyper V are called guest machines.Understanding Traditional vs Modern Server Deployment Models.Lets take a look at the traditional way of server configuration.The figure below shows the typical traditional server deployment scenario where one server per application model is applied.In this deployment model, each application has its own dedicated physical server.Traditional Server Deployment.This traditional model of server deployment has many disadvantages such as increased setup costs, management backup overhead, increased physical space and power requirements, plus many more.Resource utilization of this type of server consolidation is usually below 1.Practically, this means that we have 5 underutilized servers.Virtualization comes to dramatically change the above scenario.Using Microsofts Windows Server 2.Hyper V role installed, our traditional server deployment model is transformed into a single physical server with a generous amount of resources CPU, Memory, Storage space, etc ready to undertake the load of all virtual servers.The figure below shows how the traditional model of server deployment is now virtualized with Microsofts Hyper V server Hyper V Server Consolidation.As shown in the figure above, all the five servers are now virtualized into single physical server.It is important to note that even though these virtual machines run on top of the same hardware platform, each virtual server is completely isolated from other virtual machines.There are many benefits of this type of virtualized server consolidation.A few important benefits are reduced management overhead, faster server deployment, efficient resource utilization, reduced power consumption and so on.Network Virtualization with Hyper VWith the power of network virtualization you can create multi tenant environment and assign virtual machines or group of virtual machines to different organizations or different departments.In a traditional network, you would simply create different VLANs on physical switches to isolate them from the rest of the networks.Likewise, in Hyper V, you can also create VLANs and virtual switches to isolate them from the network in the same way.Readers can also refer to our VLAN section that analyses the concept of VLANs and their characteristics. 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For example, you can configure a group of virtual machines on the 1.Each virtual machine can have more than one virtual network adapter assigned to it.Like regular physical network adapters, the virtual network adapters can be configured with IP addresses, MAC addresses, NIC teaming and so on.These virtual network adapters are connected to a virtual switch.A Virtual switch is a software version of physical switch that is capable of forwarding traffic, VLAN traffic, and so on.The virtual switch is created from within the Hyper VManager and is then connected to one or more available physical network adapters of the host machine.The physical network adapters on the host machine are then connected to physical switch on the network.As shown in figure 1.VLANs are created under same virtual switch.The host is then connected to the physical switch by usually combining the multiple physical network cards into one also called LAG Link Aggregation Group or Ether.Channel Ciscos implementation of LAG interface.LAG or Ether. Channel combines the speed of both physical network adapters.If for example we have two 1.Gbps physical network cards, with the use of LAG or Ether.Channel, these are combine into a single 2.Gbps network card.Microsofts Hyper V supports the creation of three different types of virtual switches Internal The internal virtualswitch can communicate only between virtual machines.A common example is a cluster based system where virtual servers connect with each other through a dedicated network connection.Internal virtual switches do not connect to the physical network infrastructure e.External The external virtual switch can communicate directly with the physical network infrastructure.The virtual switch is used to for the seamless communication between the virtual machines and the physical network.Private The private virtual switch can communicate between virtual machines and the physical host only physical hardware server.Virtual Deployment Infrastructure VDI Deployment with Hyper VVDI is a new way of delivering desktops to end users.
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