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Get started with Right Click Tools today: download for free. Privacy policy. In this topic, you will learn how to configure the Windows Preinstallation Environment Windows PE to include the network drivers required to connect to the deployment share and the storage drivers required to see the local storage on machines.
Even though the Windows PE boot image and the Windows 10 operating system contain many out-of-the-box drivers, it is likely you will have to add new or updated drivers to support all your hardware.
In this section, you import drivers for both Windows PE and the full Windows 10 operating system. An existing Configuration Manager infrastructure that is integrated with MDT is used for the following procedures. For more information about the setup for this article, see Prepare for Zero Touch Installation of Windows 10 with Configuration Manager.
Windows PE usually has a fairly comprehensive set of drivers out of the box, assuming that you are using a recent version of the Windows ADK. This is different than the full Windows OS which will often require drivers. To automate a dynamic process for these settings, use the related task sequence variables.
Stand-alone media can't use the Auto Apply Drivers step. The task sequence has no connection to the Configuration Manager site in this scenario. To add this step in the task sequence editor, select Add , select Drivers , and select Auto Apply Drivers.
For an overview of drivers in Configuration Manager, see Use task sequences to install drivers. Send the list of devices and their plug-and-play IDs to the management point.
The management point returns a list of compatible drivers from the driver catalog for each hardware device. The list includes all enabled drivers regardless of what driver package they are in, and drivers tagged with the specified driver category. For each hardware device, the task sequence picks the best driver.
This driver is appropriate for the deployed OS, and is on an accessible distribution point. The task sequence downloads the selected drivers from a distribution point, and stages the drivers on the target OS. When using an OS upgrade package as an original installation source, the task sequence configures Windows Setup with the drivers' location.
During the Setup Windows and ConfigMgr step in the task sequence, Windows Setup finds the drivers staged by this step. Specifies that the task sequence step installs only the best matched driver for each hardware device detected. The task sequence installs all drivers compatible for each detected hardware device.
Windows Setup then chooses the best driver. This option takes more network bandwidth and disk space. The task sequence downloads more drivers, but Windows can select a better driver. The task sequence searches in the specified driver categories for the appropriate device drivers. If you select multiple categories, it returns all matching drivers that are present in any of the categories.
It's equivalent to an OR operation. Use this step to capture Microsoft network settings from the computer running the task sequence. The task sequence saves these settings in task sequence variables. These settings override the default settings you configure on the Apply Network Settings step.
To add this step in the task sequence editor, select Add , select Settings , and select Capture Network Settings. Captures the network adapter configuration of the destination computer.
It captures the following information:. This step captures one or more images from a reference computer. The task sequence creates a Windows image. Configuration Manager captures each volume drive from the reference computer to a separate image within the. If the referenced computer has multiple volumes, the resulting. It skips volumes with other formats, and USB volumes. The installed OS on the reference computer must be a version of Windows that Configuration Manager supports.
Use the SysPrep tool to prepare the OS on the reference computer. The installed OS volume and the boot volume must be the same volume. Specify an account with write permissions to the selected network share.
For more information on the capture OS image account, see Accounts. File system path to the location that Configuration Manager uses when storing the captured OS image. An optional user-defined version number to assign to the captured OS image. This value can be any combination of letters and numbers. It's stored in the image file. Enter the Windows account that has permissions to the specified network share. Select Set to specify the name of the Windows account.
This task sequence step is used in conjunction with the Restore User State task sequence step. This step always encrypts the USMT state store by using an encryption key that Configuration Manager generates and manages. Starting in version , this step and the Restore User State step use the current highest supported encryption algorithm, AES If you have any active user state migrations, before you update the Configuration Manager client on those devices, restore the user state.
Otherwise, the updated client will fail to restore the user state when it tries to use a different encryption algorithm. For more information about managing the user state when deploying operating systems, see Manage user state. If you want to save and restore user state settings from a state migration point, use this step with the Request State Store and Release State Store steps.
This step provides control over a limited subset of the most commonly used USMT options. The task sequence uses this version of USMT to capture the user state and settings. This package doesn't require a program. Specify a package containing the bit or bit version of USMT. If you select this option, but don't select Restore local computer user profiles in the Restore User State step, the task sequence fails.
Configuration Manager can't migrate the new accounts without assigning them passwords. When you use the Install an existing image package option of the New Task Sequence wizard, the resulting task sequence defaults to Capture all user profiles with standard options.
This default task sequence doesn't select the option to Restore local computer user profiles , or non-domain user accounts. Select Restore local computer user profiles and provide a password for the account to migrate. In a manually created task sequence, this setting is found under the Restore User State step.
In a task sequence created by the New Task Sequence wizard, this setting is found under the step Restore User Files and Settings wizard page. Select this option to specify a custom profile file for migration. Specify a custom.
Choose this option and select Files to select the configuration files in the USMT package you want to use to capture user profiles. To add a configuration file, enter the Filename and select Add. Enable this option to generate more detailed log file information.
When capturing state, the task sequence by default generates ScanState. These files include user profile files. For more information, see the USMT documentation.
Continue if some files cannot be captured : Enable this setting to continue the migration process even if it can't capture some files. If you disable this option, and a file can't be captured, then this step fails. This option is enabled by default. Capture locally by using links instead of by copying files : Enable this setting to use NTFS hard-links to capture files.
For more information about migrating data using hard-links, see Hard-Link Migration Store. This option allows you to capture files even if they're locked for editing by another application. Use this step to capture the Windows settings from the computer running the task sequence.
These captured settings override the default settings that you configure on the Apply Windows Settings step. To add this step in the task sequence editor, select Add , select Settings , and select Capture Windows Settings. Use this step to verify that the target computer meets the specified deployment prerequisite conditions. To add this step in the task sequence editor, select Add , select General , and select Check Readiness.
None of the following checks are selected by default in new or existing instances of the step. For more information on each check, see the specific sections below. Starting in version , the task sequence progress displays more information about readiness checks. If a task sequence fails because the client doesn't meet the requirements of this step, the user can select an option to Inspect. This action shows the checks that failed on the device. For more information, see User experiences for OS deployment.
Starting in version , this step includes checks for TPM 2. These checks can help you better deploy Windows To take advantage of this new Configuration Manager feature, after you update the site, also update clients to the latest version. While new functionality appears in the Configuration Manager console when you update the site and console, the complete scenario isn't functional until the client version is also the latest. The smsts. If one check fails, the task sequence engine continues to evaluate the other checks.
The step doesn't fail until all checks are complete. If at least one check fails, the step fails, and it returns error code This error code translates to "The resource required for this operation does not exist. Verify that the amount of memory, in megabytes MB , meets or exceeds the specified amount. The step enables this setting by default. Verify that the speed of the processor, in megahertz MHz , meets or exceeds the specified amount. Verify that the amount of free disk space, in megabytes MB , meets or exceeds the specified amount.
Verify that the OS installed on the target computer meets the specified requirement. Verify that the current OS is running a version later than specified. Specify the version with major version, minor version, and build number.
For example, Verify that the current OS is running a version earlier than specified. Verify that the Configuration Manager client version is at least the specified version. Specify the client version in the following format: 5. Verify that the current OS language matches what you specify. Select the language name, and the step compares the associated language code. Verify that the device has a network adapter that's connected to the network. You can also select the dependent check to verify that the Network adapter is not wireless.
Starting in version , checks whether the device that's running the task sequence has a TPM 2. If you enable the Continue on error setting on the Options tab of this step, it only logs the readiness check results. If a check fails, the task sequence doesn't stop. Select Browse to specify the network folder path. Select Set to specify the user account with permissions to connect to this network folder.
For more information on the task sequence network folder connection account, see Accounts. Use this step to disable BitLocker encryption on the current OS drive, or on a specific drive. This action leaves the key protectors visible in clear text on the hard drive. It doesn't decrypt the contents of the drive. This action completes almost instantly. If you have multiple encrypted drives, disable BitLocker on any data drives before disabling BitLocker on the OS drive.
To add this step in the task sequence editor, select Add , select Disks , and select Disable BitLocker. Disables BitLocker on a specific drive. Use the drop-down list to specify the drive where BitLocker is disabled. Use this option to specify the number of restarts to keep BitLocker disabled. Instead of adding multiple instances of this step, set a value between 1 default and To use a single upgrade task sequence that can work with both x86 and x64 platforms.
Specify conditions on the Options tab to detect the client architecture, and download only the appropriate OS upgrade package. Configure each Download Package Content step to use the same variable.
Use the variable for the media path on the Upgrade Operating System step. To dynamically download an applicable driver package, use two Download Package Content steps with conditions to detect the appropriate hardware type for each driver package. Use the variable for the Staged content value in the Drivers section of the Upgrade Operating System step. When you deploy a task sequence that contains this step, don't select Download all content locally before starting the task sequence or Access content directly from a distribution point for Deployment options on the Distribution Points page of the Deploy Software Wizard.
The option to save the package in the Configuration Manager client cache isn't supported in Windows PE. The Download Package Content task isn't supported for use with stand-alone media.
For more information, see Unsupported actions for stand-alone media. To add this step in the task sequence editor, select Add , select Software , and select Download Package Content. Select the icon to choose the package to download. After you choose one package, select the icon again to choose another package.
Task sequence working directory : This location is also referred to as the task sequence cache. Configuration Manager client cache : Use this option to store the content in the client cache.
Custom path : The task sequence engine first downloads the package to the task sequence working directory. It then moves the content to this path you specify. The task sequence engine appends the path with the package ID. Save the package's path into a custom task sequence variable. Then use this variable in another task sequence step. Configuration Manager adds a numerical suffix to the variable name. It's the root for where the task sequence stores all referenced content for this step.
This content may contain multiple packages. When you refer to the variable, add a numerical suffix. If the task sequence fails to download a package, it starts to download the next package in the list.
This behavior applies to all packages in the step. The task sequence ignores download failures for any referenced package. If you configure the task sequence properties to Use a boot image , then adding a boot image to this step is redundant.
Only add a boot image to this step if it's not specified on the properties of the task sequence. BitLocker drive encryption provides low-level encryption of the contents of a disk volume. Use this step to enable BitLocker encryption on at least two partitions on the hard drive. The first active partition contains the Windows bootstrap code.
Another partition contains the OS. The bootstrap partition must remain unencrypted. To add this step in the task sequence editor, select Add , select Disks , and select Enable BitLocker.
A new setting makes it easier to manage the task sequence behavior on devices that can't fully support BitLocker. This step completes any remaining TPM initialization. The remaining actions don't require physical presence or reboots. If you want the task sequence to wait for the Enable BitLocker step to complete the drive encryption process, then select the Wait option.
If you don't select the Wait option, the drive encryption process happens in the background. The task sequence immediately proceeds to the next step. BitLocker can be used to encrypt multiple drives on a computer system, both OS and data drives.
To encrypt a data drive, first encrypt the OS drive and complete the encryption process. This requirement is because the OS drive stores the key protectors for the data drives. If the hard drive is already encrypted, but BitLocker is disabled, then the Enable BitLocker step re-enables the key protectors and completes quickly. Re-encryption of the hard drive isn't necessary in this case. Specifies the drive to encrypt. To encrypt the current OS drive, select Current operating system drive. Then configure one of the following options for key management:.
When you select this option, BitLocker locks the normal boot process until a USB device that contains a BitLocker startup key is attached to the computer. When you select this option, BitLocker locks the normal boot process until the user provides the PIN. To encrypt a specific, non-OS data drive, select Specific drive. Then select the drive from the list. By default or if not specified, the step continues to use the default encryption method for the OS version.
If the step runs on a version of Windows that doesn't support the specified algorithm, it falls back to the OS default. In this circumstance, the task sequence engine sends status message By default, this step only encrypts used space on the drive. This default behavior is recommended, as it's faster and more efficient. If your organization requires encrypting the entire drive during setup, then enable this option.
Windows Setup waits for the entire drive to encrypt, which takes a long time, especially on large drives.
You can also use Configuration Manager to create and deploy BitLocker management policies. These policies use full disk encryption. To manage BitLocker on devices after the task sequence deploys the OS, enable this option. For more information, see Plan for BitLocker management. This option requires that you extend Active Directory for BitLocker key escrow.
BitLocker can then save the associated recovery information in Active Directory. Select Do not create recovery key to not create a password. Creating a password is the recommended option. Select this option to allow BitLocker drive encryption to complete prior to running the next step in the task sequence. If you select this option, BitLocker encrypts the entire disk volume before the user is able to sign in to the computer.
The encryption process can take hours to complete when encrypting a large hard drive. Not selecting this option allows the task sequence to proceed immediately. Starting in version , select this option to skip drive encryption on a computer that doesn't contain a supported or enabled TPM.
For example, use this option when you deploy an OS to a virtual machine. By default, this setting is disabled for the Enable BitLocker step.
If you enable this setting, and the device doesn't have a functional TPM, the task sequence engine logs an error to smsts.
The task sequence continues past this step. Thursday, April 8, PM. Wednesday, April 14, AM. Hi the ts applies the reserved partition to c: and the OS to D: then a script hidd the partition and assign c: to the OS partition.
I haven't done the build and capture i have captured with imagex the wims. I have tried also without the query but with the same error.
Ok i'm doing it beacuse i need to have a wim personalized with some software on it for example Office and some personalization on the OS. Wednesday, April 14, PM. I have tried also without the script but the error is the same. I have made a mistake in my response. I'm blocked with the deploy of windows 7!!!!! Monday, April 19, AM. Tuesday, April 20, AM. It's possible i post the wrong log? Where do i have to find it? I have sent you maybe the right log file Thanks.
Thanks it seems to be ok now i'll try with all of our hardwares.
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