1. Recover Windows To First Partition Only File
2. Recover Windows To First Partition Only Asus
3. Recover Windows To First Partition Only Drive

Aug 02, 2019 Recover Windows to first partition only. This option deletes only the first partition and allows you to keep other partitions, and to create a new system partition as drive “C”. Notebook PC User Manual 19 Recover Windows to entire HD.

Learn methods of deploying Windows to different drives, including hard drives, solid-state drives (SSDs), or virtual hard drives (VHDs), and with different partition layouts, including with data and utility partitions.

1. To recover a deleted or lost partition in Windows with this recovery tool, follow the given steps: Install, and run Stellar Data Recovery Professional on the affected PC. From Select What to Recover screen, select Everything and click Next.
2. ) Recover windows to first partition only.-you will recovered the file but it only occupied the first partition of your disk. (if you have 2 partition it used the first 1 partition) 2) Recover.
3. In this case, if there is a need to return to the factory settings, you will need an installation disk. In some cases, computer manufacturers initially install the OS and, so that there are no problems later, create a hidden recovery partition. It helps users restore factory settings.

What's new in Windows 10

• Use Compact OS and single-sourcing to save more space on the hard drive: Compact OS, single-sourcing, and image optimization.

• Use the FFU image format to apply images faster to your devices: Deploy Windows using Full Flash Update (FFU)

• In Windows 10 for desktop editions (Home, Pro, Enterprise, and Education), we've changed the partition layout. While we still use a separate recovery tools image, Windows no longer needs a separate full-system recovery image to use push-button reset features. This can save several GB of drive space.

  We now recommend that you place the Windows recovery tools partition immediately after the Windows partition. This allows Windows to modify and recreate the partition later if future updates require a larger recovery image.

  If you use scripts to deploy Windows, check out the sample scripts we've created for different device firmware types (the newer UEFI-based BIOS, or the legacy BIOS). To learn more, see UEFI/GPT-based hard drive partitions and BIOS/MBR-based hard drive partitions.

• It's no longer necessary to run the Windows System Assessment Tests (WinSAT) on SSD drives. Windows detects SSD drives and tunes itself accordingly.

• On UEFI/GPT-based drives, we've reduced the recommended size of the MSR partition from 128MB to 16MB.

Drive types

You can install Windows to a hard drive, such as a hard disk drive or a solid-state drive. For additional security, you can use hard drives that the factory has pre-encrypted. A single computer may contain multiple drives.

Solid-state drives

A solid-state drive (SSD) is a hard drive that uses solid-state memory to store persistent data. An SSD must have a minimum of 16 gigabytes (GB) of space to install Windows. For more information about drive space and RAM considerations, see Compact OS, single-sourcing, and image optimization.

Note It's no longer necessary to run the Windows System Assessment Tests (WinSAT) on SSD drives. Windows now detects SSD drives and will tune itself accordingly.

Advanced format drives

You can use some Advanced Format Drives to provide additional drive space.

Advanced Format 512 emulation (512e) drives are supported on either BIOS-based or UEFI-based computers.

Advanced Format 4K Native (4Kn) drives are supported on UEFI-based computers only.

Warning For Advanced Format 4K Native drives (4-KB-per-sector) drives, the minimum partition size is 260 MB, due to a limitation of the FAT32 file format. The minimum partition size of FAT32 drives is calculated as sector size (4KB) x 65527 = 256 MB. For more information, see Configure UEFI/GPT-Based hard drive partitions.

Factory-encrypted hard drives

To help protect your deployment environment, you can use a factory pre-encrypted hard drive to prevent unauthorized access before you install Windows or any other software. For more information, see Factory Encrypted Drives.

Multiple hard drives

If you install Windows on a device that has multiple hard drives, you can use the disk location path to make sure that your images are applied to the intended drives.

To do this, use the diskpart SELECT DISK=<disk location path> command to select each drive. For example:

SELECT DISK=PCIROOT(0)#PCI(0100)#ATA(C00T00L00)

Recover Windows To First Partition Only File

Note The system drive might not appear as disk 0 in the DiskPart tool. The system might assign different numbers to drives when you reboot. Different computers that have the same drive configuration can have different disk numbers.

Recover Windows To First Partition Only Asus

To learn more, see Configure multiple hard drives and Hard disk location path format.

Partitions

You can divide your hard drive into multiple partitions. You can create separate system, recovery, Windows, or data partitions.

To enhance the security of the Windows partition or a data partition, you can use BitLocker to encrypt the partition. For more information, see BitLocker Drive Encryption.

The partition types must match the firmware of the computer. You can install Windows on hard drives that are based on any of the following types of firmware:

• Basic Input/Output System (BIOS). Uses the Master Boot Record (MBR) partition structure.

• Extensible Firmware Interface (EFI) (Class 1): Uses the GUID Partition Table (GPT) partition structure.

• Unified Extensible Firmware Interface (UEFI) Class 2: Uses the GPT partition structure. Also includes a compatibility support module (CSM) that enables you to use BIOS functions, including the MBR partition structure. This module can be enabled or disabled in the firmware.

• Unified Extensible Firmware Interface (UEFI) Class 3: Uses the GPT partition structure.

To determine your system type, consult your hardware manufacturer.

System and utility partitions

A system partition is a partition that contains the hardware-specific files that are needed to load Windows.

By default, during Windows Setup, Windows stores these hardware-specific files in a separate partition. This enables the computer to use the following:

• Security tools. Some security tools, such as BitLocker, require a separate system partition.

• Recovery tools. Some recovery tools, such as Windows Recovery Environment (Windows RE), require a separate system partition.

• Multiple operating systems. If a computer has multiple operating systems, such as Windows 10 for desktop editions and Windows 7, the computer displays a list of operating systems. The user can then select which operating system to boot. When the system boot files are on a separate partition, it is easier to remove a Windows partition or replace the partition with a new copy of Windows.

Recover Windows To First Partition Only Drive

We recommend adding system utility partitions before the Windows partition, because in the event that a full-system recovery is needed, this partition order helps to prevent the recovery tools from overwriting the system and utility partitions.

For information about how to configure system partitions while you apply images, see Capture and Apply Windows, System, and Recovery Partitions.

Microsoft reserved partition (MSR)

The MSR is used on UEFI/GPT systems, to support software components that formerly used hidden sectors.

For more information about configuring MSR partitions, see Configure UEFI/GPT-Based Hard Drive Partitions.

For more information about MSR partitions, see Windows and GPT FAQ

Recovery partitions

Add a separate partition for the Windows Recovery Environment (Windows RE) at the end of the hard drive, just after the Windows partition. With this partition order, if future updates require adding to or replacing the Windows RE tools partition, Windows will be able to manage the partition size automatically.

For BIOS/MBR-based systems, it's still possible to combine the Windows RE tools partition with the system partition. To save drive space, consider creating logical partitions to get around the four-partition limit. For more info, see Configure more than four partitions on a BIOS/MBR-based hard disk.

For Windows 10 for desktop editions, it's no longer necessary to create and maintain a separate full-system recovery image. Windows can perform a push-button reset using built-in tools.

Data partitions

You can include a separate data partition to enable easier maintenance for situations where either the primary operating system is likely to be replaced, or when multiple operating systems exist on the same device, such as Windows 10 and Windows 7. When a device has multiple hard drives, a data partition may be stored on another drive.

Warning For typical single-drive configurations, we do not recommend that you use a separate data partition. There are two main reasons:

• The partition may not automatically protect data that is stored outside the user profile folders. For example, a guest user might have access to files in an unprotected data partition.
• If you change the default location of the user profile folders to any volume other than the system volume, you cannot service your image. The computer may not apply updates, fixes, or service packs to the installation. For a list of known issues related to changing the default folder locations, see Description of known issues with the FolderLocation settings.

See also

Using Recovery Partition

The Recovery Partition quickly restores your Notebook PC’s software
to its original working state. Before using the Recovery Partition, copy
your data files (such as Outlook PST files) to USB storage devices or
to a network drive and make note of any customized configuration
settings (such as network settings).

About the Recovery Partition

The Recovery Partition is a reserved space on your hard disk drive
used to restore the operating system, drivers, and utilities installed
on your Notebook PC at the factory.

IMPORTANT! DO NOT delete the partition named RECOVERY.
The Recovery Partition is created at the factory and cannot be
restored if deleted. Take
your Notebook PC to an
authorized ASUS service
center if you have problems
with the recovery process.

Using the Recovery Partition:

1. Press [F9] during bootup.
2. Press [Enter] to select Windows Setup [EMS Enabled].
3. Select the language you want to recover and click Next.
4. Read the ASUS Preload Wizard messages and click Next.
5. Select a partition option and click Next. Partition options:

Recover Windows to first partition only.

This option deletes only the first partition and allows you to keep other
partitions, and to create a new system partition as drive “C”.
Recover Windows to entire HD.

This option deletes all partitions from your hard disk drive and creates
a new system partition as drive “C”.

Notebook PC User Manual

A-17

Recover Windows to entire HD with two partitions.

This option deletes all partitions from your hard drive and creates two
new partitions “C” (40%) and “D” (60%).

6. Follow the onscreen instructions to complete the recovery

process.

Visit the ASUS website at www.asus.com for updated drivers and
utilities.