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Starus RAID Restore 1.7 All Edition Multilingual | Windows x86/x64 | File size: 41.11 MB This program recovers data from non-operational RAID systems or from disks within such systems. It reads all the information about the controller, the motherboard or the software used to create a disk array. Our product can rebuild the crashed RAID and it lets you copy all critical information from there. The integrated constructor wizard helps you recover a failing RAID in a step-by-step mode. You can use one of the presets or chose the required data in the damaged array, and RAID Recovery will collect the disks together to provide you with access to the data. Why RAID gets damaged Recover software or hardware RAID of any type: JBOD, RAID 0, RAID 1, RAID 10, RAID 5, RAID 50, RAID 6, RAID 60, etc. Hard disk failure Both hard disk types, HDD and SSD, have a limited operational life. Certainly, server-type NAS or SCSI disks can last longer than their SATA counterparts intended for home use only, but there is no such thing as a hard disk that works endlessly. For most RAID arrays, the day when one or two disks fail means loss of all information, from all disks within this array. Reliability of the entire array decreases with every disk which is added to it. Accidental array rebuilding Mistakes when replacing one of the disks within the storage system, accidental rebuilding of the array instead of restoring it, disconnecting and reconnecting the disks in a wrong order, incorrect RAID initialization or rebuild any of these things will certainly result in the loss of information. After such errors, RAID cant restore itself automatically. A controller bug or failure A controller is the element containing information of critical importance which is vital for building a disk array and gaining access to all of the files stored on the disks. A controller failure may both result in losing service data and cause several disks to fail. The most expensive controllers use an additional battery and non-volatile memory. Such elements improve the whole systems reliability and are supposed to help save data even if a power interruption occurs. A motherboard failure Creating a RAID based on specific motherboard features is a cheaper (though less reliable) solution in comparison with buying an expensive controller. Motherboard failures, botched BIOS updates, low CMOS battery, power surges, disconnecting or reconnecting disks all these things may cause your RAID to crash. As the entire system is very sensitive to all kinds of power issues, problems with your power supply unit may cause crashes as well. A system crash Software RAID systems based on the functionality offered by an operating system Windows, macOS, Linux, FreeBSD, Ubuntu depend largely on the health of that operating system. Upgrading your hardware, or updating other software may cause errors that prevent the computer from booting and make the data inside such array inaccessible. Unlike hardware RAID systems, the software-based arrays are made of logical partitions rather than physical disks. Operations that involve formatting or removing partitions can easily destroy such array. Edition:Home, Office, Commercial, Unlimited What's new official site does not provide any info about changes in this version What's new official site does not provide any info about changes in this version Homepage http://anonymz.com/...usrecovery.com/ DOWNLOAD (Buy premium account for maximum speed and resuming ability) https://nitroflare.com/view/54D1547E6487529/5a73j.Starus.RAID.Restore.1.7.All.Edition.Multilingual.rar https://rapidgator.net/file/55328d955578ccbc6f88259f3d300d64/5a73j.Starus.RAID.Restore.1.7.All.Edition.Multilingual.rar

Windows x86/x64 | All Edition | File size: 41.11 MB This program recovers data from non-operational RAID systems or from disks within such systems. It reads all the information about the controller, the motherboard or the software used to create a disk array. Our product can rebuild the crashed RAID and it lets you copy all critical information from there. The integrated constructor wizard helps you recover a failing RAID in a step-by-step mode. You can use one of the presets or chose the required data in the damaged array, and RAID Recovery will collect the disks together to provide you with access to the data. Recover software or hardware RAID of any type: JBOD, RAID 0, RAID 1, RAID 10, RAID 5, RAID 50, RAID 6, RAID 60, etc. Both hard disk types, HDD and SSD, have a limited operational life. Certainly, server-type NAS or SCSI disks can last longer than their SATA counterparts intended for home use only, but there is no such thing as a hard disk that works endlessly. For most RAID arrays, the day when one or two disks fail means loss of all information, from all disks within this array. Reliability of the entire array decreases with every disk which is added to it. Mistakes when replacing one of the disks within the storage system, accidental "rebuilding" of the array instead of "restoring" it, disconnecting and reconnecting the disks in a wrong order, incorrect RAID initialization or rebuild - any of these things will certainly result in the loss of information. After such errors, RAID can't restore itself automatically. A controller is the element containing information of critical importance which is vital for building a disk array and gaining access to all of the files stored on the disks. A controller failure may both result in losing service data and cause several disks to fail. The most expensive controllers use an additional battery and non-volatile memory. Such elements improve the whole system's reliability and are supposed to help save data even if a power interruption occurs. Creating a RAID based on specific motherboard features is a cheaper (though less reliable) solution in comparison with buying an expensive controller. Motherboard failures, botched BIOS updates, low CMOS battery, power surges, disconnecting or reconnecting disks - all these things may cause your RAID to crash. As the entire system is very sensitive to all kinds of power issues, problems with your power supply unit may cause crashes as well. Software RAID systems based on the functionality offered by an operating system - Windows, macOS, Linux, FreeBSD, Ubuntu - depend largely on the health of that operating system. Upgrading your hardware, or updating other software may cause errors that prevent the computer from booting and make the data inside such array inaccessible. Unlike hardware RAID systems, the software-based arrays are made of logical partitions rather than physical disks. Operations that involve formatting or removing partitions can easily destroy such array. Home, Office, Commercial, Unlimited official site does not provide any info about changes in this version DOWNLOAD (Buy premium account for maximum speed and resuming ability) https://nitroflare.com/view/FE4A6AECC6A7AD3/ouvxx.Starus.RAID.Restore.1.7.rar https://rapidgator.net/file/de474d313c1bd7a85c5bcd58f3122e67/ouvxx.Starus.RAID.Restore.1.7.rar

Starus RAID Restore 1.7 Multilingual 41.1 Mb Data stored on a broken NAS unit or RAID array with a failed controller can be difficult to recover - but not if you use RS RAID Retrieve! The tool can automatically repair many types of RAID arrays, allowing to recover files and folders from multi-disk volumes without the original RAID controller. Whether your disks were installed in a NAS unit, in a computer with a hardware RAID controller, or managed with mdadm in a Linux box, RS RAID Retrieve can reassemble and repair the storage spaces and recover your files and folders in just a few clicks. Retrieves Data from Degraded RAID Arrays RS RAID Retrieve prioritizes your data against anything else. While out-of-the-box NAS devices will try to repair the degraded array, often causing yet another disk to fail, RS RAID Retrieve will try to recover your data instead. No lengthy RAID rebuilds and no resilvering, just straight off data recovery. Recover Data from Corrupted Volumes Storage space corruption is just as likely as a RAID failure. A perfectly healthy multi-disk array may hold a corrupted logical volume. RS RAID Retrieve can automatically repair corrupted volumes spanned across multiple disks, repairing partition tables and file system structures if necessary to allow you safely extracting the original files and folders. RAID and NAS Devices There are more NAS devices than personal computers with multiple disk arrays, and RS RAID Retrieve certainly takes that fact into account. If your hard drives were used in a NAS box manufactured by Synology, QNAP, ASUSTOR, Western Digital, Thecus, TerraMaster, Buffalo or one of the other popular makers, RS RAID Retrieve can automatically detect, reassemble and repair the storage spaces, mount logical disk volumes and recover your data. Simply attach the hard drives directly to your computer and let RS RAID Retrieve do its job! Fault Tolerance and Beyond Several types of multi-disk arrays use striping and checksums to ensure data integrity even if a certain number of disks fail. A RAID 5 array can tolerate a single disk failure without losing a bit of your data. A RAID 6 can lose up to two disks and still hold all the data intact. RS RAID Retrieve will mount degraded RAID arrays and recover the files and folders. But what if the number of failed hard drives exceeds the fault tolerance threshold? If this happens, your NAS or RAID controller will fail to mount the storage space, effectively locking you out. RS RAID Retrieve will perform complex math to attempt partial data recovery from such arrays. How much is recoverable and whether the recovery is at all possible will depend on the original RAID configuration, the number of failed hard drives and several other parameters such as stipe size. Disks with Bad Blocks A single bad block may throw an otherwise healthy hard drive out of the array, causing subsequent rebuild attempts to fail. RS RAID Retrieve is designed to work around bad blocks graciously, recovering everything that's still recoverable and only skipping the bits in the bad blocks. Supported File Systems Each OS supports a few native and maybe a few non-native file systems, but no single OS supports more than just a few. RS RAID Retrieve does! The tool recognizes file systems used in Windows (NTFS, ReFS, FAT, exFAT), macOS (APFS, HFS+), Linux (Ext2/3/4, XFS, ReiserFS), and Unix-like operating systems (UFS 1/2). RAID, mdadm and Storage Spaces RS RAID Retrieve supports many types of RAID arrays managed with dedicated controllers, Linux mdadm and Windows Storage Spaces. The tool recognizes RAID 0, RAID 1, RAID 4, RAID 5, and RAID 6 arrays including some rarely used configurations (RAID 1E, RAID 5E, RAID 5EE) and composite arrays (RAID 01, RAID 10, RAID 50, RAID 60). Single-disk volumes and JBOD arrays are also supported. Built-in and Dedicated RAID Controllers RS RAID Retrieve supports a wide range of dedicated RAID controllers manufactured by HP, Dell, Adaptec and many others, including server models. In addition, the tool supports multi-disk configurations maintained by the RAID controllers built into most Intel motherboards. Please note that you will need to temporarily disable the built-in RAID controller in your computer's BIOS when using RS RAID Retrieve to repair the array. Automatic RAID detection In full auto mode, RS RAID Retrieve will scan all connected media when launched. The essential configuration parameters of the RAID array will be detected automatically. By the time you see the main window, the tool will display all recognized multi-disk configurations and storage spaces, allowing you to start repairing the RAID or recovering files and folders. Advanced Manual Mode Advanced users will enjoy the ability to specify all or some parameters of the RAID array manually. You can fill in just those parameters you are absolutely sure about (such as the number of disks and the type of the array), while RS RAID Retrieve will automatically detect the rest of the parameters. Features at a Glance Automatically detects and reassembles multi-disk volumes; Detects and rebuilds corrupted RAID arrays created in Windows, Linux and NAS devices; Supports RAID 0, RAID 1, RAID 4, RAID 5, and RAID 6; Supports RAID 1E, RAID 5E, RAID 5EE and composite arrays such as RAID 01, RAID 10, RAID 50, and RAID 60; Mounts multi-disk storage spaces even if the original RAID controller is unavailable; Recovers files and folders from healthy and corrupted multi-disk arrays; Recognizes most common file systems including NTFS, ReFS, FAT, exFAT, APFS, HFS+, Ext2/3/4, XFS, ReiserFS, and UFS 1/2; Automatically detects disk order and RAID parameters; Advanced manual mode offers fully manual or semi-automatic operation; Partial data recovery from RAID 5 and RAID 6 arrays crashed beyond fault tolerance threshold; Recovers data from single-disk volumes and JBOD arrays; Avoids array rebuild and resilvering for mirrored and checksum arrays; Operating System:supports Microsoft Windows XP, 2003, Vista, and 2008 Server, Windows 7-8 and Windows 10 DOWNLOAD (Buy premium account for maximum speed and resuming ability) https://nitroflare.com/view/792EA7B0E44D5D3/twy0n.Starus.RAID.Restore.1.7.Multilingual.rar https://rapidgator.net/file/bf9d5629d59835aa16db836b119084e0/twy0n.Starus.RAID.Restore.1.7.Multilingual.rar

File size: 42 MB Repair corrupted RAID 0, RAID 1, RAID 4, RAID 5, RAID 6 and many other types of arrays by connecting the disks to your computer. Recover data from single-disk and multi-disk attached storage devices and NAS servers. Extract data from hard drives used in Synology, QNAP, ASUSTOR, Western Digital, Thecus, TerraMaster and Buffalo NAS systems. Features and Benefits Magic RAID Recovery by East Imperial Soft is designed to help users repair many types of corrupted RAID arrays and recover information from single-disk and multiple-disk volumes created in popular DAS and NAS devices as well as a wide range of RAID controllers manufactured by HP, Dell, Adaptec, IBM, Intel, Fujitsu, Silicon Image, LSI, ASMedia, Broadcom, and many others. Rebuild Corrupted RAID Arrays Rebuild and repair corrupted RAID arrays created in Windows, Linux, macOS and NAS devices; Mount multiple-disk volumes if the original storage device or RAID controller is broken or unavailable; Supports RAID 0, RAID 1, RAID 4, RAID 5, and RAID 6; Supports RAID 1E, RAID 5E, RAID 5EE and many types of composite arrays including RAID 01, RAID 10, RAID 50, and RAID 60. Recovering Data from NAS and DAS Devices Mount multi-disk volumes and RAID arrays regardless of the type of RAID controller; Automatic detection of disk order and array configuration parameters; Recover data from logical volumes spanned across multiple disks; Recover data from corrupted single-disk volumes and JBOD arrays; Extract files and folders from degraded and corrupted arrays without a lengthy rebuild/resilvering (for mirrored or checksum-based arrays). Recover Data from NAS Devices Synology, QNAP, ASUSTOR, Western Digital, Thecus, TerraMaster, Buffalo and many other Network Attached Storage (NAS) devices are readily available. However, the limited system resources and restrictive user interfaces of many pre-build NAS solutions may render the data inaccessible should one of the hard drives in multiple-disk volumes fail even for redundant arrays. Magic RAID Recovery makes it possible to save your files and folders by connecting the remaining disks directly to your computer and extracting the data without the lengthy and unreliable rebuilding/resilvering. Extract Data from Failing and Corrupted Disks A NAS device is not always about RAID or disk volumes spanned across multiple hard drives. Sometimes it's just a single disk or a JBOD array formatted in a file system not recognized by your computer. Magic RAID Recovery can help you extract your files and folders by automatically detecting the type of the file system and making the data accessible on your Windows PC. All major file systems used in Windows (NTFS, ReFS, FAT, exFAT), macOS (APFS, HFS+), Linux (Ext2/3/4, XFS, ReiserFS), and Unix (UFS 1/2) are supported. All Types of Single-Disk and Multi-Disk Volumes Magic RAID Recovery was tested on hundreds of single-disk and multiple-disk storage configurations. The tool supports all types of RAID arrays including those managed by mdadm (all common NAS units), software and hardware RAID controllers. Magic RAID Recovery recognizes RAID 0, RAID 1, RAID 4, RAID 5, and RAID 6 arrays including exotic configurations (RAID 1E, RAID 5E, RAID 5EE) and composite arrays (RAID 01, RAID 10, RAID 50, RAID 60). Single-disk volumes and JBOD arrays are also supported. Partial Data Extraction Depending on the type of the RAID array, it may tolerate one or more faulty hard drives. However, it is common for parity-based arrays to have another disk fail when recovering from a single-disk failure. You can reduce the possibility of the second failure by using Magic RAID Recovery to quickly recover the data instead of performing the full resilvering. If the second disk had already failed, Magic RAID Recovery will apply complex algorithms to attempt recovering the files that are still accessible on the remaining disks. Needless to say that Magic RAID Recovery will recover 100% of the data if the remaining disks were enough for complete recovery. Wide Range of RAID Controllers While many controllers advertise support for the various RAID levels, the devil is in the detail. Manufacturers of the different RAID controllers have their own preferences on how to configure non-essential parameters of the array. As a result, one cannot make assumptions about the stripe size or parity. Magic RAID Recovery supports a wide range of RAID controllers including those built into Intel-based motherboards, as well as those manufactured by HP, Dell, Adaptec and many others, including server models. Extract Data from Degraded Arrays From time to time, a NAS device or RAID controller may throw the disk out for various reasons, immediately putting the array into degraded state. In certain cases, re-adding the disk only leads to the same problem repeated after many hours of resilvering. The disk may be perfectly readable outside the enclosure with longer than expected timeouts (which is often the case for SMR drives), or there might be just a few bad blocks not affecting the majority of the data. Magic RAID Recovery allows remounting such arrays and extracting the data without the lengthy synchronization. Recover Data from Corrupted Volumes A perfectly healthy RAID might be unreadable because of corrupted file system structures. Rebuilding or resilvering such arrays would be a waste of time, while inaccessible volumes can be repaired by reconstructing their file system structures. Magic RAID Recovery can check the volume and safely extract the original files and folders. Advanced Manual Mode Fully automated performance has its benefits, but it has its drawbacks. If you are an advanced user and know your RAID, or if you work in a data recovery lab, you may achieve a higher recovery rate by manually specifying the correct RAID parameters. Should you know only some characteristics of the RAID array, Magic RAID Recovery will help identify the remaining parameters automatically. What's new official site does not provide any info about changes in this version. 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Hetman RAID Recovery 1.5 Multilingual | 43.6 Mb This program recovers data from non-operational RAID systems or from disks within such systems. It reads all the information about the controller, the motherboard or the software used to create a disk array. Our product can rebuild the crashed RAID and it lets you copy all critical information from there. The integrated constructor wizard helps you recover a failing RAID in a step-by-step mode. You can use one of the presets or chose the required data in the damaged array, and RAID Recovery will collect the disks together to provide you with access to the data. Why RAID gets damaged Recover software or hardware RAID of any type: JBOD, RAID 0, RAID 1, RAID 10, RAID 5, RAID 50, RAID 6, RAID 60, etc. Hard disk failure Both hard disk types, HDD and SSD, have a limited operational life. Certainly, server-type NAS or SCSI disks can last longer than their SATA counterparts intended for home use only, but there is no such thing as a hard disk that works endlessly. For most RAID arrays, the day when one or two disks fail means loss of all information, from all disks within this array. Reliability of the entire array decreases with every disk which is added to it. Accidental array rebuilding Mistakes when replacing one of the disks within the storage system, accidental "rebuilding" of the array instead of "restoring" it, disconnecting and reconnecting the disks in a wrong order, incorrect RAID initialization or rebuild - any of these things will certainly result in the loss of information. After such errors, RAID can't restore itself automatically. A controller bug or failure A controller is the element containing information of critical importance which is vital for building a disk array and gaining access to all of the files stored on the disks. A controller failure may both result in losing service data and cause several disks to fail. The most expensive controllers use an additional battery and non-volatile memory. Such elements improve the whole system's reliability and are supposed to help save data even if a power interruption occurs. A motherboard failure Creating a RAID based on specific motherboard features is a cheaper (though less reliable) solution in comparison with buying an expensive controller. Motherboard failures, botched BIOS updates, low CMOS battery, power surges, disconnecting or reconnecting disks - all these things may cause your RAID to crash. As the entire system is very sensitive to all kinds of power issues, problems with your power supply unit may cause crashes as well. A system crash Software RAID systems based on the functionality offered by an operating system - Windows, macOS, Linux, FreeBSD, Ubuntu - depend largely on the health of that operating system. Upgrading your hardware, or updating other software may cause errors that prevent the computer from booting and make the data inside such array inaccessible. Unlike hardware RAID systems, the software-based arrays are made of logical partitions rather than physical disks. Operations that involve formatting or removing partitions can easily destroy such array. A virus attack Both software and hardware solutions store information about the RAID structure on every disk within the array. A virus attack may not only damage system files and prevent the operating system from booting, but also modify the disk partition table or overwrite the disk area which stores data vitally important for the RAID to work properly. Any of these nasty things will make the array inoperable. Bad sectors Usually, when there is an attempt to write information to a faulty sector, RAID will enter the data on such sector into a special table so that it doesn't get used any longer, and will use a free sector for writing. However, everything changes when one of the disks within the array breaks down. To continue work, you need to replace the disk and rebuild the array. The process of automatic recovery reads all the data from the remaining disks to recreate the data from the missing disk. Such recovery can't be accomplished when there is at least one bad sector. Upgrading the storage system or other equipment Unfortunately, not all manufacturers give you the opportunity to move to new hardware without having to rebuild your RAID. To prevent loss of data, you have to copy all of that from the old array, then create an array with the new hardware, and finally transfer the data to this new RAID. This procedure applies to situations when you are upgrading controllers, motherboards, hard disks - and even operating systems, if you prefer using a software-based RAID. Initializing RAID without disks, and connecting a disk to another system When one of the disks within the array is connected to another piece of equipment or computer, it may cause its service information to be overwritten. When such disk is reconnected to your RAID again, the system doesn't start and it just fails. Disks should be connected and disconnected only with the storage system powered off. If you attempt to start a computer with some of its disks missing, RAID will switch into an emergency mode, and reconnecting the disks to the array will not help to restore the situation back to normal. Operating System:Windows XP, Vista, 7, 8/8.1, 10 Home Page -https://hetmanrecovery.com/ DOWNLOAD (Buy premium account for maximum speed and resuming ability) http://nitroflare.com/view/CBD7D1039750919/174ge.Hetman.RAID.Recovery.1.5.Multilingual.rar https://rapidgator.net/file/c9ccd8ce29f6f55f8f77c7587d4f2bce/174ge.Hetman.RAID.Recovery.1.5.Multilingual.rar

East Imperial Magic RAID Recovery 1.5 Multilingual | 42.7 Mb Repair corrupted RAID 0, RAID 1, RAID 4, RAID 5, RAID 6 and many other types of arrays by connecting the disks to your computer. Recover data from single-disk and multi-disk attached storage devices and NAS servers. Extract data from hard drives used in Synology, QNAP, ASUSTOR, Western Digital, Thecus, TerraMaster and Buffalo NAS systems. Features and Benefits Magic RAID Recovery by East Imperial Soft is designed to help users repair many types of corrupted RAID arrays and recover information from single-disk and multiple-disk volumes created in popular DAS and NAS devices as well as a wide range of RAID controllers manufactured by HP, Dell, Adaptec, IBM, Intel, Fujitsu, Silicon Image, LSI, ASMedia, Broadcom, and many others. Rebuild Corrupted RAID Arrays Rebuild and repair corrupted RAID arrays created in Windows, Linux, macOS and NAS devices; Mount multiple-disk volumes if the original storage device or RAID controller is broken or unavailable; Supports RAID 0, RAID 1, RAID 4, RAID 5, and RAID 6; Supports RAID 1E, RAID 5E, RAID 5EE and many types of composite arrays including RAID 01, RAID 10, RAID 50, and RAID 60. Recovering Data from NAS and DAS Devices Mount multi-disk volumes and RAID arrays regardless of the type of RAID controller; Automatic detection of disk order and array configuration parameters; Recover data from logical volumes spanned across multiple disks; Recover data from corrupted single-disk volumes and JBOD arrays; Extract files and folders from degraded and corrupted arrays without a lengthy rebuild/resilvering (for mirrored or checksum-based arrays). Operating System:Windows XP, Vista, 7, 8/8.1, 10 Home Page -https://www.magicuneraser.com/ DOWNLOAD (Buy premium account for maximum speed and resuming ability) http://nitroflare.com/view/3E53D8EB8D06A62/6hnek.East.Imperial.Magic.RAID.Recovery.1.5.Multilingual.rar https://rapidgator.net/file/c52920f54499221ca25616df72e24cff/6hnek.East.Imperial.Magic.RAID.Recovery.1.5.Multilingual.rar

Starus RAID Restore 2.0 Multilingual All Editions | 40.4 Mb Data stored on a broken NAS unit or RAID array with a failed controller can be difficult to recover - but not if you use RS RAID Retrieve! The tool can automatically repair many types of RAID arrays, allowing to recover files and folders from multi-disk volumes without the original RAID controller. Whether your disks were installed in a NAS unit, in a computer with a hardware RAID controller, or managed with mdadm in a Linux box, RS RAID Retrieve can reassemble and repair the storage spaces and recover your files and folders in just a few clicks. Retrieves Data from Degraded RAID Arrays RS RAID Retrieve prioritizes your data against anything else. While out-of-the-box NAS devices will try to repair the degraded array, often causing yet another disk to fail, RS RAID Retrieve will try to recover your data instead. No lengthy RAID rebuilds and no resilvering, just straight off data recovery. Recover Data from Corrupted Volumes Storage space corruption is just as likely as a RAID failure. A perfectly healthy multi-disk array may hold a corrupted logical volume. RS RAID Retrieve can automatically repair corrupted volumes spanned across multiple disks, repairing partition tables and file system structures if necessary to allow you safely extracting the original files and folders. RAID and NAS Devices There are more NAS devices than personal computers with multiple disk arrays, and RS RAID Retrieve certainly takes that fact into account. If your hard drives were used in a NAS box manufactured by Synology, QNAP, ASUSTOR, Western Digital, Thecus, TerraMaster, Buffalo or one of the other popular makers, RS RAID Retrieve can automatically detect, reassemble and repair the storage spaces, mount logical disk volumes and recover your data. Simply attach the hard drives directly to your computer and let RS RAID Retrieve do its job! Fault Tolerance and Beyond Several types of multi-disk arrays use striping and checksums to ensure data integrity even if a certain number of disks fail. A RAID 5 array can tolerate a single disk failure without losing a bit of your data. A RAID 6 can lose up to two disks and still hold all the data intact. RS RAID Retrieve will mount degraded RAID arrays and recover the files and folders. But what if the number of failed hard drives exceeds the fault tolerance threshold? If this happens, your NAS or RAID controller will fail to mount the storage space, effectively locking you out. RS RAID Retrieve will perform complex math to attempt partial data recovery from such arrays. How much is recoverable and whether the recovery is at all possible will depend on the original RAID configuration, the number of failed hard drives and several other parameters such as stipe size. Disks with Bad Blocks A single bad block may throw an otherwise healthy hard drive out of the array, causing subsequent rebuild attempts to fail. RS RAID Retrieve is designed to work around bad blocks graciously, recovering everything that's still recoverable and only skipping the bits in the bad blocks. Supported File Systems Each OS supports a few native and maybe a few non-native file systems, but no single OS supports more than just a few. RS RAID Retrieve does! The tool recognizes file systems used in Windows (NTFS, ReFS, FAT, exFAT), macOS (APFS, HFS+), Linux (Ext2/3/4, XFS, ReiserFS), and Unix-like operating systems (UFS 1/2). RAID, mdadm and Storage Spaces RS RAID Retrieve supports many types of RAID arrays managed with dedicated controllers, Linux mdadm and Windows Storage Spaces. The tool recognizes RAID 0, RAID 1, RAID 4, RAID 5, and RAID 6 arrays including some rarely used configurations (RAID 1E, RAID 5E, RAID 5EE) and composite arrays (RAID 01, RAID 10, RAID 50, RAID 60). Single-disk volumes and JBOD arrays are also supported. Built-in and Dedicated RAID Controllers RS RAID Retrieve supports a wide range of dedicated RAID controllers manufactured by HP, Dell, Adaptec and many others, including server models. In addition, the tool supports multi-disk configurations maintained by the RAID controllers built into most Intel motherboards. Please note that you will need to temporarily disable the built-in RAID controller in your computer's BIOS when using RS RAID Retrieve to repair the array. Automatic RAID detection In full auto mode, RS RAID Retrieve will scan all connected media when launched. The essential configuration parameters of the RAID array will be detected automatically. By the time you see the main window, the tool will display all recognized multi-disk configurations and storage spaces, allowing you to start repairing the RAID or recovering files and folders. Advanced Manual Mode Advanced users will enjoy the ability to specify all or some parameters of the RAID array manually. You can fill in just those parameters you are absolutely sure about (such as the number of disks and the type of the array), while RS RAID Retrieve will automatically detect the rest of the parameters. Features at a Glance Automatically detects and reassembles multi-disk volumes; Detects and rebuilds corrupted RAID arrays created in Windows, Linux and NAS devices; Supports RAID 0, RAID 1, RAID 4, RAID 5, and RAID 6; Supports RAID 1E, RAID 5E, RAID 5EE and composite arrays such as RAID 01, RAID 10, RAID 50, and RAID 60; Mounts multi-disk storage spaces even if the original RAID controller is unavailable; Recovers files and folders from healthy and corrupted multi-disk arrays; Recognizes most common file systems including NTFS, ReFS, FAT, exFAT, APFS, HFS+, Ext2/3/4, XFS, ReiserFS, and UFS 1/2; Automatically detects disk order and RAID parameters; Advanced manual mode offers fully manual or semi-automatic operation; Partial data recovery from RAID 5 and RAID 6 arrays crashed beyond fault tolerance threshold; Recovers data from single-disk volumes and JBOD arrays; Avoids array rebuild and resilvering for mirrored and checksum arrays; Operating System:supports Microsoft Windows XP, 2003, Vista, and 2008 Server, Windows 7-8 and Windows 10, 11 Home Page-https://www.starusrecovery.com/ DOWNLOAD (Buy premium account for maximum speed and resuming ability) https://nitroflare.com/view/48A4CFB03B8C849/ca212.Starus.RAID.Restore.2.0.Multilingual.rar https://rapidgator.net/file/b7c2b6b18b6aa22e2b0e56432efd014d/ca212.Starus.RAID.Restore.2.0.Multilingual.rar

Windows (x64) | Languages: Multilingual | File size: 47.7 MB Repair corrupted RAID 0, RAID 1, RAID 4, RAID 5, RAID 6 and many other types of arrays by connecting the disks to your computer. Recover data from single-disk and multi-disk attached storage devices and NAS servers. Extract data from hard drives used in Synology, QNAP, ASUSTOR, Western Digital, Thecus, TerraMaster and Buffalo NAS systems. Features and Benefits Magic RAID Recovery by East Imperial Soft is designed to help users repair many types of corrupted RAID arrays and recover information from single-disk and multiple-disk volumes created in popular DAS and NAS devices as well as a wide range of RAID controllers manufactured by HP, Dell, Adaptec, IBM, Intel, Fujitsu, Silicon Image, LSI, ASMedia, Broadcom, and many others. Rebuild Corrupted RAID Arrays Rebuild and repair corrupted RAID arrays created in Windows, Linux, macOS and NAS devices; Mount multiple-disk volumes if the original storage device or RAID controller is broken or unavailable; Supports RAID 0, RAID 1, RAID 4, RAID 5, and RAID 6; Supports RAID 1E, RAID 5E, RAID 5EE and many types of composite arrays including RAID 01, RAID 10, RAID 50, and RAID 60. Recovering Data from NAS and DAS Devices Mount multi-disk volumes and RAID arrays regardless of the type of RAID controller; Automatic detection of disk order and array configuration parameters; Recover data from logical volumes spanned across multiple disks; Recover data from corrupted single-disk volumes and JBOD arrays; Extract files and folders from degraded and corrupted arrays without a lengthy rebuild/resilvering (for mirrored or checksum-based arrays). Recover Data from NAS Devices Synology, QNAP, ASUSTOR, Western Digital, Thecus, TerraMaster, Buffalo and many other Network Attached Storage (NAS) devices are readily available. However, the limited system resources and restrictive user interfaces of many pre-build NAS solutions may render the data inaccessible should one of the hard drives in multiple-disk volumes fail even for redundant arrays. Magic RAID Recovery makes it possible to save your files and folders by connecting the remaining disks directly to your computer and extracting the data without the lengthy and unreliable rebuildiesilvering. Extract Data from Failing and Corrupted Disks A NAS device is not always about RAID or disk volumes spanned across multiple hard drives. Somes it's just a single disk or a JBOD array formatted in a file system not recognized by your computer. Magic RAID Recovery can help you extract your files and folders by automatically detecting the type of the file system and making the data accessible on your Windows PC. All major file systems used in Windows (NTFS, ReFS, FAT, exFAT), macOS (APFS, HFS+), Linux (Ext2/3/4, XFS, ReiserFS), and Unix (UFS 1/2) are supported. All Types of Single-Disk and Multi-Disk Volumes Magic RAID Recovery was tested on hundreds of single-disk and multiple-disk storage configurations. The tool supports all types of RAID arrays including those managed by mdadm (all common NAS units), software and hardware RAID controllers. Magic RAID Recovery recognizes RAID 0, RAID 1, RAID 4, RAID 5, and RAID 6 arrays including exotic configurations (RAID 1E, RAID 5E, RAID 5EE) and composite arrays (RAID 01, RAID 10, RAID 50, RAID 60). Single-disk volumes and JBOD arrays are also supported. Partial Data Extraction Depending on the type of the RAID array, it may tolerate one or more faulty hard drives. However, it is common for parity-based arrays to have another disk fail when recovering from a single-disk failure. You can reduce the possibility of the second failure by using Magic RAID Recovery to quickly recover the data instead of perfog the full resilvering. If the second disk had already failed, Magic RAID Recovery will apply complex algorithms to attempt recovering the files that are still accessible on the remaining disks. Needless to say that Magic RAID Recovery will recover 100% of the data if the remaining disks were enough for complete recovery. Wide Range of RAID Controllers While many controllers advertise support for the various RAID levels, the devil is in the detail. Manufacturers of the different RAID controllers have their own preferences on how to configure non-essential parameters of the array. As a result, one cannot make assumptions about the stripe size or parity. Magic RAID Recovery supports a wide range of RAID controllers including those built into Intel-based motherboards, as well as those manufactured by HP, Dell, Adaptec and many others, including server models. Extract Data from Degraded Arrays From to , a NAS device or RAID controller may throw the disk out for various reasons, immediately putting the array into degraded state. In certain cases, re-adding the disk only leads to the same problem repeated after many hours of resilvering. The disk may be perfectly readable outside the enclosure with longer than expected outs (which is often the case for SMR drives), or there might be just a few bad blocks not affecting the majority of the data. Magic RAID Recovery allows remounting such arrays and extracting the data without the lengthy synchronization. Recover Data from Corrupted Volumes A perfectly healthy RAID might be unreadable because of corrupted file system structures. Rebuilding or resilvering such arrays would be a waste of , while inaccessible volumes can be repaired by reconstructing their file system structures. Magic RAID Recovery can check the volume and safely extract the original files and folders. Advanced Manual Mode Fully automated performance has its benefits, but it has its drawbacks. If you are an advanced user and know your RAID, or if you work in a data recovery lab, you may achieve a higher recovery rate by manually specifying the correct RAID parameters. Should you know only some characteristics of the RAID array, Magic RAID Recovery will help identify the remaining parameters automatically. official site does not provide any info about changes in this version. DOWNLOAD http://nitroflare.com/view/EA6DC1195EB806E/c5uxe.East.Imperial.Magic.RAID.Recovery.1.2.x64.Multilingual.rar https://rapidgator.net/file/6da38b28ee611a856bb13cb640d4f2a7/c5uxe.East.Imperial.Magic.RAID.Recovery.1.2.x64.Multilingual.rar