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How to Set up RAID in Windows 11

With Windows 11 being the latest Windows OS version, it automatic becomes the favorite for many PC users. Why not? It’d come with newer features, better interface, support for more system-level integrations, and much more.

Just like the older versions, you can create RAIDs on Windows 11; whether it’s hardware RAID or software RAID. It seems more people are beginning to adopt RAID storage technology, and this article explains everything you should know about RAID setup on Windows 11 OS.

This guide will walk you through:

  • 🔍 The basics of RAID levels supported on Windows 11
  • 🛠️ Step‑by‑step setup instructions for both hardware and software RAID
  • 📊 Performance and redundancy trade‑offs to help you choose the right RAID level
  • 🏢 Best practices for data safety, including why RAID should always be paired with backups

By the end, you’ll have a clear understanding of how to configure RAID on Windows 11, ensuring your storage system is optimized for speed, reliability, and resilience in today’s computing environment.

What is RAID?

Redundant Array of Independent Disks (RAID) is a type of data storage technique that combines multiple “independent” hard drives and turns them into a single logical storage. This technique is achieved in different configurations referred to as RAID Levels. Actually, there are more than 10 different RAID levels, but only a few of them are being actively used.

The most common types of RAID levels are RAID 0, RAID 1, RAID 5, RAID 6, and RAID 10. Even so, among these RAID levels, RAID 5 is the most widely adopted RAID level. These RAID levels are differentiated by their data storage technique, which is mainly: mirroring and stripping. Setting up these RAID levels follows a similar procedure; the RAID level/type is indicated through the RAID controller or your PC’s motherboard.

1. RAID 0

This RAID type is preferred in data centers or applications where faster read and write performance is required. It allows you to utilize more storage space and requires a minimum of two drives for set up. RAID 0 storage data by “striping” the block data into bits and distributing the bits uniquely across all drives in the array. Because of this data storing technique, RAID 0 does not support fault tolerance, which implies that one drive failure will lead to fatal data loss.

2. RAID 1

This RAID level is best for environments where data reliability and availability are highly required. It is the safest RAID type that exist, but at the expense of storage space. RAID 1 gives you 50% of all the storage capacities of the disks used due to its data storage technique – mirroring. Data mirroring means that RAID 2 would save the same data blocks on every disks in the array – so, until the last drive in the array fails, all your files would remain accessible.

3. RAID 5

Here’s the most commonly used RAID level, thanks to its advanced data storage technique. RAID 5 improves on RAID 0’s data striping technique and integrates a dedicated parity drive. You need a minimum of three hard drives to set up a RAID 5. This RAID level supports redundancy, decent read/write speeds, and automatic rebuild if only one drive fails at a time (thanks to the dedicated parity drive).

4. RAID 6

In the real sense, RAID 6 is the same as RAID 5, but integrates dual parity drives and can survive up to two drive simultaneous drive failures. It is preferred for data environments where faster data reading is essential. The high redundancy and automatic rebuild if two drives fail are some awesome features to entice you. However, this RAID level is expensive to set up, since you need a minimum of four disks for the setup.

5. RAID 1+0 (RAID 10)

It’s not RAID 10 (ten), instead, it’s RAID 1 + RAID 0, which makes it RAID 10. This is a nested RAID level, meaning it is two RAID levels configured to operate as though they are one. So, this is RAID 1 nested into RAID 0; it supports both data mirroring (as with RAID 1) and data striping (as with RAID 0). To set up this RAID level, you need a minimum of four drives – all drives would be used as data blocks, no parity drive is needed.

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Benefits of RAID

There are a number of reasons why IT admins are making a switch to RAID storage technology from single-drive setups. Hereunder are some of the commonest reasons:

  • Faster Speeds and Performance: RAIDs offer faster speeds since there are multiple drives connected together. Also, they typically offer better performance (higher read/write speeds) over single-drive setups.
  • Fault Tolerance: This is the major reason why many would choose RAID – particularly RAID 1, RAID 5, or RAID 10, over single-drive storage. These aforementioned RAID levels can contain single drive failures without any loss of files.
  • Redundancy: Similar to fault tolerance, most RAID levels offer high redundancy, so you can access your files on other drives in the array, even when one drive is faulty or inaccessible.

More Storage Space: Although this is dependent on the RAID level you choose, aside from RAID 1, other RAID levels allow you to get more storage space from the data drives.

How to Set Up RAID in Windows 11

Alright, enough explanations have been made on RAID, now it’s time to discuss how you can set up one on a Windows 11 PC.

Preparations

  • You need a hardware RAID controller (unless you’re setting up a software RAID, then you don’t need to buy an external controller).
  • Your PC’s motherboard must be RAID-compatible before you can set up software RAID; otherwise, you should purchase an external controller for hardware RAID set up.
  • Purchase the minimum number of hard drives required for the RAID level you want to set up.
  • Make sure your system and NAS are connected to a steady power source.
  • Confirm hardware compatibility for the RAID level you’re setting up.
  • Finally, back up your existing data to an external drive or cloud storage. This is very important, so that if things go wrong, you will have a source to fall back on and retrieve your important files.

Check Hardware Compatibility

1. Motherboard Compatibility

  • Check RAID Support: Ensure your motherboard supports RAID configurations. Consult the user manual or the manufacturer’s website.
  • RAID Controller: If your motherboard doesn’t support RAID natively, you might need a dedicated RAID controller card.

2. Disk Requirements

  • Number of Disks: RAID typically requires a minimum of two disks.
  • Disk Type and Size: Use identical disks in terms of type (HDD or SSD) and size for optimal performance and compatibility.
  • Interface: Ensure all disks use the same interface, such as SATA or NVMe.

3. BIOS/UEFI Settings

  • RAID Mode: Enter BIOS/UEFI and enable RAID mode for the storage controller. This setting is usually found in the advanced or storage configuration menu.

4. Power Supply

  • Sufficient Power: Ensure your power supply unit (PSU) has enough capacity and the necessary connectors to support all the disks.

5. Cables and Connectors

  • SATA Cables: Have enough SATA cables for each disk if you are using SATA drives.
  • Power Connectors: Ensure you have enough power connectors from the PSU for each drive.

6. Cooling and Airflow

  • Adequate Cooling: Ensure your case has sufficient cooling and airflow to prevent the disks from overheating.

7. Backup Data

  • Important Data: Backup any important data from your existing drives as the RAID setup process can erase all data on the disks.

8. Firmware and Drivers

  • Latest Firmware: Update the firmware for your motherboard and RAID controller.
  • RAID Drivers: Download the latest RAID drivers from the manufacturer’s website, as you may need to install them during the operating system installation.

9. Operating System

  • RAID Support: Ensure your version of Windows 11 supports RAID configurations. Professional and higher editions typically offer better RAID support.

Back Up Data

Backing up your data is a crucial step before setting up RAID, as the process can erase all existing data on the drives. Follow these steps to ensure your data is safely backed up:

1. Identify Important Data

  • Documents: Identify and list all essential documents, spreadsheets, and text files.
  • Media Files: Include photos, videos, and music files in your backup plan.
  • Application Data: Consider data from applications that might be needed later.
  • System Files: If needed, back up system files and settings, though a fresh RAID setup is an excellent opportunity for a clean start.

2. Choose Backup Destination

  • External Hard Drive: Use an external HDD or SSD with sufficient storage capacity.
  • Network Attached Storage (NAS): If available, a NAS device is an excellent option for backups.
  • Cloud Storage: Use cloud storage services like Google Drive, OneDrive, or Dropbox for critical files.
  • USB Flash Drive: For smaller amounts of data, a USB flash drive can be convenient.

3. Backup Methods

  • Manual Copy: Manually copy and paste files to the backup destination.
  • Backup Software: Use backup software for automated backups and to create system images. Popular options include Acronis True Image, EaseUS Todo Backup, and Macrium Reflect.
  • Windows Backup: Utilize the built-in Windows Backup feature for a more integrated solution.

4. Verify Backup Integrity

  • Check Files: Verify that all files have been correctly copied by opening a few at random.
  • Backup Logs: If using backup software, review the logs to ensure the backup completed without errors.

5. Create a Recovery Drive

  • Windows Recovery: Create a Windows recovery drive on a USB flash drive. This can be useful for troubleshooting if something goes wrong during the RAID setup.

6. Store Backup Safely

  • Physical Safety: Store the backup drive in a safe location, away from potential hazards like water, heat, or dust.
  • Accessibility: Ensure the backup drive is easily accessible if you need to restore data quickly.

Prepare Disks

Properly preparing your disks is essential for a successful RAID setup. Follow these steps to ensure your disks are ready:

1. Identify Disks for RAID

  • Number of Disks: Ensure you have at least four disks, as RAID typically requires a minimum of two.
  • Disk Specifications: Use identical disks in terms of capacity, speed, and type (HDD or SSD) for optimal performance.

2. Connect Disks

  • Physical Connection: Connect all disks to your motherboard or RAID controller using the appropriate cables (SATA, NVMe, etc.).
  • Power Supply: Ensure each disk is connected to the power supply unit (PSU) with the necessary power connectors.

3. Check Disk Health

  • SMART Status: Check the Self-Monitoring, Analysis, and Reporting Technology (SMART) status of each disk using software like CrystalDiskInfo. Replace any disks showing signs of failure.
  • Surface Scan: Perform a surface scan to detect and repair bad sectors using tools like HD Tune or the built-in Windows Error Checking tool.

4. Update Firmware

  • Disk Firmware: Check for and install any available firmware updates for your disks. Firmware updates can improve performance and compatibility.

5. Initialize Disks

  • Disk Management: Open Disk Management in Windows. Right-click each new disk and choose “Initialize Disk.” Select the appropriate partition style (MBR or GPT) based on your system’s requirements.
  • Delete Existing Partitions: If the disks have existing partitions, delete them to ensure a clean setup. Right-click each partition and select “Delete Volume.”

6. Label and Organize Disks

  • Physical Labels: Label each disk physically if possible to keep track of them during the setup process.
  • Logical Names: Assign clear and descriptive names to each disk in the Disk Management utility for easy identification.

7. Set Disks to Non-RAID (If Previously Used in RAID)

  • RAID Utility: If the disks were previously used in a different RAID setup, use the RAID controller’s utility to set them to non-RAID or single disk mode.
  • BIOS/UEFI Settings: Enter BIOS/UEFI and ensure the disks are recognized and set to the correct mode (RAID/AHCI).

RAID Setup Process

Access BIOS/UEFI

To set up RAID, you first need to access the BIOS/UEFI settings on your computer. Follow these steps to access and configure the necessary settings:

1. Restart Your Computer

  • Reboot: Restart your computer to begin the process of accessing BIOS/UEFI.

2. Enter BIOS/UEFI

  • Key Press: During the initial boot sequence, press the appropriate key to enter BIOS/UEFI. Common keys include Delete, F2, F10, Esc, or F12. The specific key is usually indicated on the screen during the boot process.
  • Manufacturer Specific: Check your motherboard or computer manual if you are unsure which key to press.

3. Navigate to Storage Configuration

  • Menu Navigation: Use the arrow keys to navigate through the BIOS/UEFI menu. Look for a tab or section labeled Advanced, Storage, Peripherals, or SATA Configuration.
  • RAID Configuration: Find the section that deals with RAID settings, often called RAID Configuration, SATA Mode, Storage Configuration, or something similar.

4. Enable RAID Mode

  • SATA Mode: Change the SATA mode to RAID from AHCI or IDE. This setting is typically found under SATA Configuration or a similar menu.
  • RAID Controller: If your motherboard has an integrated RAID controller, ensure it is enabled.

5. Save and Exit BIOS/UEFI

  • Save Changes: Press the appropriate key to save changes and exit BIOS/UEFI. This is often F10, but check the on-screen instructions for the correct key.
  • Reboot: Your computer will restart with the new settings applied.

6. Access RAID Configuration Utility

  • Boot Sequence: During the reboot, enter the RAID configuration utility. This usually requires pressing a specific key combination such as Ctrl+I, Ctrl+R, or a key indicated on the boot screen (e.g., F12 or another function key).

Enable RAID Mode

Enabling RAID mode in BIOS/UEFI is a critical step in setting up RAID. Follow these detailed steps to enable RAID mode on your system:

1. Restart Your Computer

  • Reboot: Restart your computer to initiate the process of accessing BIOS/UEFI settings.

2. Enter BIOS/UEFI

  • Key Press: During the initial boot sequence, press the appropriate key to enter BIOS/UEFI. Common keys include Delete, F2, F10, Esc, or F12. The specific key is usually displayed on the screen during the boot process.
  • Manufacturer Specific: Refer to your motherboard or computer manual if you are unsure which key to press.

3. Navigate to the Storage Configuration Section

  • Menu Navigation: Use the arrow keys to navigate through the BIOS/UEFI menu. Look for a tab or section labeled Advanced, Storage, Peripherals, or SATA Configuration.
  • Storage Settings: Find the sub-menu that handles storage settings, which might be labeled as SATA Configuration, Integrated Peripherals, or similar.

4. Change SATA Mode to RAID

  • SATA Mode Option: Locate the option for SATA Mode or SATA Configuration. This setting is typically under the Advanced or Storage tab.
  • Set to RAID: Change the SATA mode from AHCI or IDE to RAID. This setting tells your system to use the RAID controller to manage the connected drives.

5. Enable RAID for the Required Ports

  • Port Configuration: Ensure that RAID is enabled for the specific SATA or NVMe ports where your drives are connected. This option is usually found in the same section or a sub-menu.

6. Save and Exit BIOS/UEFI

  • Save Changes: Press the appropriate key to save changes and exit BIOS/UEFI. This is often F10, but refer to the on-screen instructions for the exact key.
  • Confirmation: Confirm that you want to save changes and exit. Your computer will restart with the new settings applied.

7. Access the RAID Configuration Utility

  • Boot Sequence: During the reboot, enter the RAID configuration utility. This typically requires pressing a specific key combination such as Ctrl+I, Ctrl+R, or a key indicated on the boot screen (e.g., F12 or another function key).

Create RAID Array

After enabling RAID mode in BIOS/UEFI, the next step is to create the RAID array. Follow these steps to configure RAID:

1. Access the RAID Configuration Utility

  • Reboot and Enter Utility: Restart your computer. During the boot sequence, press the appropriate key combination to enter the RAID configuration utility. Common key combinations include Ctrl+I, Ctrl+R, or another key indicated on the boot screen.

2. Select RAID Level

  • Choose RAID: In the RAID configuration utility, choose to create a new RAID array. Select RAID (if supported) or the closest available RAID configuration that suits your needs. Note that RAID is not a standard RAID level and might refer to a specific nested RAID setup such as RAID 1+1.

3. Select Drives

  • Choose Drives: Select the drives you want to include in the RAID array. Ensure you select the correct number of drives required for RAID (typically four).

4. Configure Array Settings

  • Array Name: Give the RAID array a name if prompted.
  • Stripe Size: Select the stripe size if applicable. The stripe size can affect performance, with larger stripe sizes typically benefiting large file transfers and smaller sizes benefiting small, random file access.
  • Capacity: Confirm the total capacity of the RAID array, which should reflect the combined storage of the selected drives minus any redundancy.

5. Initialize and Create the Array

  • Initialization: Choose the option to initialize the array. This process will prepare the drives and may erase all existing data.
  • Create Array: Confirm and create the RAID array. The utility will process your request and set up the array.

6. Save Configuration

  • Save Changes: Save the RAID configuration settings. This step ensures the array is recognized and used by your operating system.

7. Exit RAID Configuration Utility

  • Exit: Exit the RAID configuration utility. Your computer will restart.

8. Install RAID Drivers

  • Driver Installation: During the Windows 11 installation or within the existing system, you may need to install RAID drivers. These drivers are often available on the motherboard or RAID controller manufacturer's website.
  • Load Drivers: If installing a new OS, there will be an option to load drivers during the installation process. Select the RAID drivers from the provided media (USB drive, CD, etc.).

9. Partition and Format the Array

  • Disk Management: Once the RAID array is recognized by Windows 11, open Disk Management (type diskmgmt.msc in the Run dialog).
  • Initialize Disk: If prompted, initialize the new disk (RAID array) as either MBR or GPT.
  • Create Partition: Right-click on the unallocated space and select New Simple Volume to create a partition.
  • Format Partition: Format the partition with your desired file system (typically NTFS) and assign a drive letter.

Install Windows 11 on RAID

Installing Windows 11 on a RAID array involves several steps to ensure proper configuration and performance. Follow these instructions:

1. Prepare Installation Media

  • USB Drive: Create a Windows 11 installation USB drive using the Media Creation Tool from Microsoft's website.
  • Drivers: Download the RAID drivers from your motherboard or RAID controller manufacturer’s website and save them to the USB drive.

2. Boot from Installation Media

  • Insert USB Drive: Insert the Windows 11 installation USB drive into your computer.
  • Restart and Boot: Restart your computer and boot from the USB drive. You may need to press a key (such as F12, Esc, F8, or another key depending on your system) to access the boot menu and select the USB drive.

3. Begin Windows 11 Installation

  • Language and Preferences: Select your language, time, and keyboard preferences, then click Next.
  • Install Now: Click Install Now to begin the installation process.

4. Load RAID Drivers

  • Driver Load Screen: On the screen asking where to install Windows, you might not see your RAID array listed. Click Load Driver.
  • Browse for Drivers: Insert the USB drive containing the RAID drivers. Browse to the location of the drivers and select them. Click Next to load the drivers.

5. Select RAID Array

  • Select Drive: Once the RAID drivers are loaded, your RAID array should appear in the list of available drives. Select the RAID array as the destination for the Windows installation.
  • Partitioning: If necessary, create a new partition on the RAID array. The Windows installer will usually create the required partitions automatically.

6. Install Windows 11

  • Begin Installation: Click Next to begin the installation of Windows 11 on the RAID array. The process will copy files and install the operating system.

7. Complete Setup

  • Restart: The computer will restart several times during the installation process. Ensure it boots from the RAID array (you may need to change the boot order in BIOS/UEFI if it doesn’t automatically do so).
  • Personalize Settings: Follow the on-screen prompts to personalize your settings, including setting up a user account, choosing privacy settings, and connecting to a network.

8. Install Remaining Drivers

  • Device Manager: After installation, open Device Manager to check for any missing drivers. Install any additional drivers required for your hardware.
  • Windows Update: Run Windows Update to ensure you have the latest updates and drivers for your system.

9. Configure and Optimize

  • Performance Settings: Adjust performance settings and power options as needed.
  • Backup: Set up a regular backup routine to protect your data on the RAID array.

Manage RAID via Disk Management

After setting up and installing Windows 11 on your RAID array, you can manage your RAID configuration using Disk Management. Follow these steps to effectively manage your RAID setup:

1. Access Disk Management

  • Open Run Dialog: Press Win + R to open the Run dialog.
  • Type Command: Type diskmgmt.msc and press Enter to open Disk Management.

2. View RAID Array

  • Disk List: In Disk Management, you should see your RAID array listed as a single disk. It will appear with the capacity reflecting your RAID configuration.
  • Volume Information: The RAID array will show as a single volume, with any partitions and file systems displayed.

3. Create and Manage Partitions

  • Create New Volume: If there is unallocated space on your RAID array, you can create a new volume. Right-click the unallocated space and select New Simple Volume.
    • New Simple Volume Wizard: Follow the wizard to specify the volume size, assign a drive letter, and format the partition with a file system (typically NTFS).
  • Extend Volume: To extend an existing volume, right-click the volume and select Extend Volume. Follow the wizard to add unallocated space to the volume.
  • Shrink Volume: To shrink a volume, right-click the volume and select Shrink Volume. Enter the amount of space to shrink, and the remaining space will become unallocated.

4. Format Volumes

  • Format Volume: To format a volume, right-click the volume and select Format. Choose the file system and allocation unit size, and enter a volume label if desired.
  • Quick Format: You can choose to perform a quick format for faster formatting, but a full format is recommended for thorough preparation.

5. Change Drive Letter and Paths

  • Assign Drive Letter: To change the drive letter, right-click the volume and select Change Drive Letter and Paths. Click Change to select a new drive letter or Add to assign a letter to a volume without one.
  • Remove Drive Letter: To remove a drive letter, click Remove in the same menu. This can be useful for volumes you don’t want accessible via a drive letter.

6. Delete Volumes

  • Delete Volume: To delete a volume, right-click the volume and select Delete Volume. This action will erase all data on the volume and convert the space to unallocated.
  • Unallocated Space: The deleted volume space will become unallocated and can be used to create new volumes or extend existing ones.

7. Check Volume Health

  • Properties: Right-click the volume and select Properties to view details about the volume, including its health status, capacity, and file system.
  • Tools Tab: Use the Tools tab to check the volume for errors and perform maintenance tasks like defragmentation and optimization.

8. Backup and Restore

  • Backup Settings: Set up a regular backup routine using Windows Backup or third-party backup software to protect data on your RAID array.
  • Restore Points: Create system restore points regularly to revert to a previous state if needed.

To manage your RAID setup via Disk Management in Windows 11, access the tool by typing diskmgmt.msc in the Run dialog. You can create, extend, shrink, format, and delete volumes on your RAID array. Additionally, you can change drive letters, check volume health, and set up backups to ensure your RAID configuration is maintained and your data is protected. This comprehensive management approach helps optimize the use and performance of your RAID array.

Maintain and Recover RAID

Need to repair software or hardware RAID? DiskInternals RAID Recovery is a powerful tool designed to help recover data from RAID drives. Follow these steps to recover your RAID array using DiskInternals RAID Recovery:

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1. Download and Install DiskInternals RAID Recovery

  • Download: Download the RAID Recovery software.
  • Install: Follow the installation instructions to install the software on your computer. Ensure it is installed on a different drive than the one you are trying to recover.

2. Launch DiskInternals RAID Recovery

  • Open Software: Launch DiskInternals RAID Recovery from your desktop or start menu.
  • Run as Administrator: If needed, run the program as an administrator for full access to system resources.

3. Scan for RAID Arrays

  • Automatic Detection: The software will automatically detect any RAID arrays connected to your system. If your RAID array is not detected, you can manually add it.
  • Manual Configuration: If automatic detection fails, use the manual configuration option to specify the RAID parameters, such as RAID level, stripe size, and the order of disks.

4. Analyze RAID Array

  • Select RAID Array: Choose the RAID array you want to recover from the list of detected arrays.
  • Analyze: Click on the Analyze button to start scanning the RAID array for lost or damaged files. The analysis process may take some time depending on the size of the array and the extent of the damage.

5. Preview and Recover Files

  • File Preview: Once the analysis is complete, you can preview the recoverable files. Navigate through the file structure to find the files you need.
  • Select Files: Select the files and folders you want to recover.
  • Recovery Destination: Choose a safe location (different from the RAID array) to save the recovered files. Ensure you have enough storage space to accommodate the recovered data.

6. Recover Data

  • Start Recovery: Click on the Recover button to start the data recovery process. The software will copy the selected files to the specified location.
  • Monitor Progress: Monitor the recovery progress. The time taken will depend on the amount of data being recovered.

7. Verify Recovered Data

  • Check Files: After recovery, verify the integrity of the recovered files. Open a few files to ensure they are not corrupted and are accessible.

Conclusion

Setting up and managing a RAID array in Windows 11 can significantly enhance your system's performance, data redundancy, and storage efficiency. By following the outlined steps, you can ensure a successful and secure RAID configuration and recovery process:

  • Preparation for RAID Setup: Begin by checking hardware compatibility, backing up all essential data, and preparing the disks for RAID configuration. These initial steps are crucial to prevent data loss and ensure a smooth setup process.
  • RAID Configuration: Access your BIOS/UEFI settings to enable RAID mode and configure your RAID array using the RAID configuration utility. Properly setting up the RAID array lays the foundation for reliable data storage and performance.
  • Installing Windows 11 on RAID: Create installation media, load RAID drivers, and install Windows 11 on the RAID array. This ensures that your operating system is optimized for the RAID configuration, providing improved performance and data management.
  • Managing RAID via Disk Management: Use Disk Management in Windows 11 to create, manage, and optimize partitions on your RAID array. This tool helps you efficiently utilize your RAID setup and maintain its performance.
  • Recovering RAID with DiskInternals RAID Recovery: In case of data loss or RAID failure, use RAID repair utility to retrieve your important files. This powerful recovery tool can help you restore data from damaged or corrupted RAID arrays, ensuring data integrity and availability.

By meticulously following these steps, you can set up, manage, and recover a RAID array in Windows 11, providing a robust solution for your storage needs. Regular maintenance, including updating firmware, checking disk health, and backing up data, will ensure the longevity and reliability of your RAID system. Whether you're a beginner or a tech enthusiast, these guidelines offer a comprehensive approach to leveraging the full potential of RAID technology in Windows 11.

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