This is normally used for factory installations but can also be used in an enterprise environment. Litetouch OEM Task Sequence Preloads operating system images onto the computer.
The difference between this template and the client template is that the server template does not use USMT.
Standard Server Task Sequence Has default sequence for deploying server operating systems. It has one default task, which is for an application installation. Custom Task Sequence Can be customized to meet your requirements. This sequence can also be used to perform a secure wipe of a computer that will be removed from the network. #Mdt microsoft full
Standard Client Replace Task Sequence Runs the User State Migration Tool (USMT) backup and the optional full Windows Images backup actions. Standard Client Task Sequence Creates and deploys reference images for computers. Sysprep and Capture Runs Sysprep on a reference computer and then captures the image of that computer. MDT 2013 has the following nine default task sequence templates: A custom image file that has been deployed and capturedĪll existing images available on the WDS serverįIGURE 2-27 New Task Sequence Wizard, General Settings page. A full set of source files such as those found on the installation media. When adding an operating system in MDT, as shown in Figure 2-21, you have a few choices for the type of operating system that you are adding: 
In the MDT Deployment Share Properties window, on the General tab, click Enable Multicast For This Deployment Share (requires Windows Server 2008 R2 Windows Deployment Services).
Right-click the MDT Deployment Share in the left pane and then click Properties. If you plan to perform multicast deployments by using MDT and WDS, enable multicast for the deployment share. Description "MDT Deployment Share" -Force -Verbose | Add-MDTPersistentDrive -VerboseįIGURE 2-20 Open Deployment Share Wizard, Path pageĪfter a deployment share has been created or opened within the Deployment Workbench, your next steps include copying data to the share, such as: The following command is an example of a Windows PowerShell method to configure both a drive and a deployment share: New-PSDrive -Name "DS001" -PSProvider "MDTProvider" -Root "C:\DeploymentShare" Deployment shares that are configured through Windows PowerShell are stored in a user’s profile and will automatically be opened by the Deployment Workbench. The cmdlet to use to create a deployment share manually, Add-MDTPersistentDrive, requires a Windows PowerShell drive to exist, which can then be used from the Deployment Workbench. Business Desktop Deployment (BDD) is the original name for early versions of MDT, and its name is still displayed in a few places in the MDT product. However, before using Windows PowerShell, add the BDD snapin manually by running the Add-PSSnapIn command. If a network path is specified, a UNC path must be used.įIGURE 2-19 MDT New Deployment Share Wizard, Options pageĪlternatively, if a shared folder already exists, you can use Windows PowerShell to create a deployment share. If a local path is specified, the share name can also be customized. The wizard will ask for the path that the folder should reside in and accepts local and network paths, as shown in Figure 2-18. By default, the share will be hidden and thus end with a dollar sign. First, after MDT has been installed, you can use the Deployment Workbench, which has a built-in wizard that creates a shared folder as a deployment share. There are two methods of creating a deployment share. Standalone Distributed File System (DFS) folderĭeployment shares hold data that is needed for part of the deployment process, including:. Deployment shares can be located in a variety of locations, including: Deployment shares are folders that contain images and files such as drivers, applications, and scripts for use in an LTI deployment.
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