How to fix recover SSD
| What SSD how it work? |
Components of an SSD?
Restore SSD data?
Symptoms Bad SSD?
Restore SSD Firmware?
Is it possible to recover SSD?
3 SSD Recovery Tools?
Toos Web - Errores
What is SSD and how does it work?
An SSD (Solid State Drive) Also called solid state drive or solid state drive, is a storage device that uses integrated circuits as memory to store data permanently. Like a traditional hard drive, an SSD functionally does everything a hard drive does, but the data is stored on attached flash memory chips instead of a magnetically-coated metal disk. So when reading and writing data to an SSD, there is no drive arm that needs to move through a rotating magnetic platter or any other moving parts. After accidentally deleting files from SSD, you must know how to recover data from SSD hard drive.
A solid state drive is a very fast drive that can handle work several times faster than a hard drive. This is due to a difference in design. A hard disk (HDD) is based on magnetic disks and a reading head, a solid state drive (SSD) works like a flash drive and is based on microchips.
Do SSDs have moving parts? With no moving parts in SSD design, they are considered more reliable than their mechanical counterparts. However, user errors, virus attacks, and operating system crashes also pose a certain threat to the integrity of data on these drives. Deleted files, accidentally formatted drives, corrupted data table partitions, and corrupted system files are just as common among SSD owners as they are with conventional hard drive owners.
SSDs are not a new product on the PC component market, but their popularity continues to grow rapidly every day. It will be useful for you to know what an SSD is, what is inside this non-mechanical storage device, how it works and what is the difference between an SSD and an HDD.
Modern SSD drives are a great option to replace traditional spinning hard drives, which themselves have been the primary storage medium for the last 50-60 years. This drive, the SSD, turned out to be less than promising when it comes to the speed competition between it and the computer's processor. It still lags behind when it comes to providing limited latency for data access.
On the other hand, the SSD has made an important attempt to compete with the low latency that various processors have, but it still falls behind. However, SSDs are at an advantage compared to HDDs. Normal hard drives are spinning magnetic disks that are used to store data, such as operating system files, music, movies, games, and more. A hard drive is a cheap storage option and its main disadvantage is that it is slow.
If we talk about the origin of SSDs, then we can assume that the first prototypes were tube computers that used capacitors to store information.<
Do we wonder?
What are SSDs?
How does an SSD work?
How reliable are they?
Is there any chance to recover deleted data from SSD?
What should I do if there are serious problems with the SSD and it is possible to recover the most important files?
Can I not lose everything if the SSD is damaged?
When is it possible to recover SSD?
Are SSDs the storage media of the future?
How to Recover Data on SSD with RS Partition Recovery?
How to Recover Data on SSD with Recuva?
How to Recover Data on SSD with Magic? Uneraser?
Components of an SSD?
How is the SDD component the Memory?Early versions of SSDs were based on volatile DRAM memory, which provided lower latency than HDDs. The only drawback was that data could not be stored in disk memory without a power supply. It was in 2009, when solid-state drives based on non-volatile NAND memory were introduced, which contributed to the widespread adoption of SSDs. Although they are slower than DRAM-based ones, they can still outperform conventional hard drives in terms of performance. The biggest advantage is that the data remains intact even in the event of a power outage.
NAND memory is made up of floating gate transistor cells that maintain a charged state in the absence of a power supply. Floating gates contain electrons, and the charged state is represented by bit 0 and the discharged state is 1. Bit 0 represents data stored in NAND memory. The cells are present in a grid known as Block. A single line in a block is called a page and supports sizes of 2K, 4K, 8K, and 16K. Each block contains from 128 to 256 pages, so its approximate size varies from 256Kb to 4Mb.
NAND Flash is a single level cell (SLC) that stores only one binary bit in a floating gate transistor and a multi-level cell (MLC) that stores two bits. It is clear that the latter has more storage capacity, but it is considerably more expensive and wears out faster. MLC NAND flash is cheaper than SLC and is used in industrial-grade SSDs that require more memory. Its only drawback is faster wear.
How is the SSD Flash Controller?
1.- For low duty cycle environments (flash drives, SD cards, cameras, etc.) where continuous reading or writing of information is not required.
2.- Large duty cycle that requires continuous reads or writes in the disk memory.
The flash controller acts as an intermediary between the media and the computer. This is the embedded processor responsible for the performance of the SSD. Every time the computer wants to access flash memory to perform a read or write operation, the controller starts its tasks.
One of the tasks of the controller is to manage the flash memory cells. Efficient cell processing is essential because SSDs support a large number of read and write cycles (around 10,000). It would be very reasonable to create something that would ensure even (equal) usage of all cells, thus extending the life of flash media. Otherwise, some cells will stop working, while others will not be used at all for the life of the drive. Manufacturers use a method known as Wear and Tear to ensure that media degrades evenly by programming the controller to evenly use all of its available resources.
Another task assigned to the controller is garbage collection and disposal. In this process, when the write operation for each block of memory is complete, the controller checks the blocks for pages that the computer will need to work with later. It then copies those pages into a new block, fills it with new data, and deletes the existing one (known as a stale block).
Another of the functions of the controller is to manage critical operations, How to enter an error correcting code (ECC), which is a sequence of bits of data stored and helps restore information in case of damage. A useful feature is that the controller can display bad sectors in flash memory caused by corresponding damage to the SSD. These can be either logical errors in recoverable sectors or physical disk damage, which is completely broken memory elements that cannot be repaired. The controller uses the ECC to perform a memory cleanup operation, which includes scanning and repairing corrupted data in different.
What is temporary caching?A small amount of volatile DRAM functions as a cache to store media wear stabilization data and to maintain a catalog of allocated blocks. This greatly improves SSD performance while increasing power consumption.
How does an SSD work?Inside your SSD are transistors, which in turn are arranged in a certain sequence. Initially, all of these items are set to 1 (downloaded). When the storage operation begins, the current begins to flow through the entire chain of transistors and the value of some changes to 0, since it is in them that the data is stored. In a grid, each intersection of rows and columns is called a cell.
Does an SSD have two transistors?1.- The first micro is the manager.
2.- The second micro is floating.
Current flows through thefloating gate and electrons enter the control channel. Thus, a positive charge is created which interrupts the flow of electrical current. Similarly, we can have a unique pattern of 1's and 0's by applying the correct voltage values.
How to restore SSD data?
A drive recovery depends mostly on two factors. The first factor determines whether it is worth trying to recover the lost files or just letting the partition containing the lost files remain empty. Some computers come preinstalled with software called data recovery tools that try very carefully to find the files before giving up hope completely and leaving the partition blank.Data recovery programs usually look through various options including scanning deleted drives within Windows operating systems.Unfortunately, when the disk volume disappears, it cannot be recovered.So you need to either purchase new disks, or buy external disks and scan for files there instead.
Data recovery involves the repair of damaged areas of a storage disk surface where digital data was written prior to damage. The primary functions of data recover software programs include reading and restoring files lost due to accidental deletion of documents, viruses and Trojan horse infection and hardware problems of corruptions. Data restoration helps restore deleted or accidentally erased valuable file content and data saved on an old floppy disks and CD/DVD media.Data recovery software works on all kinds of media containing files stored on computer systems, operating systems etc.When any file system becomes corrupted or inaccessible through virus attacks, malware or hardware failures, data recovery softwares come to rescue users as they effectively retrieve and reestablish the original files.Recovery efforts start immediately once you delete important folder contents, move them in bulk and then forget about it.
You can use a recovery tool to get data back from your damaged hard drive. However there are a lot of recovery tools that are available on the internet and you should be careful when choosing a recovery software. There is a risk of using a wrong recovery tool and this can make the process more difficult. Also, some recovery tools are not designed to work on a particular operating system, so you have to know what operating system you are using before you choose a recovery solution.
Solid state drives are becoming more and more popular due to the speed of data processing and, as a result, the instant loading of the operating system. However, SSDs, like hard drives, are also likely to suffer from damage and internal failure.
If there is a problem with the SSD, the consequences can be catastrophic. Additional scenario can go in different ways: personal data loss, system crash at startup or error will lead to complete loss of device performance.
Restore when SSD destroy data?If the contents of a file deleted from a hard drive, USB flash drive, or SSD card will not be available for use, but will not be permanently erased either. The operating system simply marks the file entry in the file system to declare available blocks of information. From then on, the operating system can store other data in these data blocks; however, the system will not deliberately clean, delete, or overwrite its contents until it has validated one or more blocks to store another file. This mechanism is exactly why we can use a data recovery tool to recover deleted files.
How do SSDs work?SSD drives work differently. On solid-state media, information can only be written to empty NAND memory cells. In order to write something to a flash cell, the controller must first clear the contents of that cell. Although this already slows down the device, it is only part of the problem. Because the capacity of a physical NAND cell is typically much larger than the minimum block size for writing data (or a disk sector depending on the operating system), writing to non-empty blocks involves a three-step effort. When writing to a non-empty data block, the SSD controller must read the content of the NAND memory cell, change its content in the disk cache, erase the cell, and then write the modified content back. This extremely slows down the write operation.
To prevent slowdowns, SSD manufacturers used a combination of smart technologies, such as background garbage collection and physical address mapping. These technologies allow an SSD to use different physical NAND cells to receive data, giving that cell the same logical address as the modified cell. The content of the original cell is treated as "garbage" and deleted (trimmed) in the background.
What happens when you delete a file on SSD?The operating system tells the SSD controller that a particular flash cell is running low by issuing a TRIM command to the SSD. As soon as the drive receives the "Delete" command, it knows that some data blocks are no longer usable. The disk then overwrites the contents of those data blocks in the background without warning. This mechanism makes it impossible to recover deleted files from an SSD drive.
How to restore SSD after formatting?There are two types of SSD format. The full format completely destroys the data, while the quick format works with the tables in the information section. Therefore, any popular recovery program would handle the second type of deletion. But then the solid state drive technology has changed. Now it will be difficult to cope with a quick format, let alone a full one.
This state of affairs is again related to the TRIM command. When the user selects format, it automatically initiates a complete data wipe. And there is virtually no delay between triggering TRIM and shredding documents from disk.
The moment a user formats an SSD, either using a full format or a quick format, the operating system issues a TRIM command and the SSD controller begins erasing the information contained in the data blocks. Again, this procedure is not instantaneous, but most controllers are designed to restore data as prompt How a TRIM command is issued. Except in some cases, formatted SSD data cannot be recovered even if quick format is selected.
Damaged SSD symptoms?
I wonder? What are the symptoms of a bad SSD?1.- The presence of defective sectors. As in the case of HDDs, for certain reasons, bad sectors can also appear on SSDs. This damage can lead to a significant increase in information processing time. Other manifestations of the problem may be intermittent error messages or "freezes" of applications and games.
2.- File system error. This crash can occur on both Mac and Windows devices. The main reason for its occurrence is the loss of a port connection due to the presence of bad sectors.
3.- Error when starting the operating system. This error indicates that your SSD has bad boot sectors. We recommend that you make an urgent backup of your data before the SSD stops working permanently.
4.- The unit is read alone. This error is quite rare, and if it occurs, the user loses the opportunity to write new files. However, the disk still retains the ability to read documents already installed.
Will the operating system ask you to format the partition? Don't. When you format a partition, you will effectively destroy whatever is left of the original file system, making subsequent recovery much more difficult. If this happens on an SSD, formatting the partition may destroy its contents using the SSD TRIM function. Do not try to write anything in this section; do not save files or install applications on it.
How to Repair a Damaged SSD?The following methods only work if the SSD firmware is corrupted.
A.- Recover damaged SSD drive with Starus Partition Recovery?
B.- Reconnection with a SATA cable?In some situations, the reason for the failure of the SSD may be an incorrect connection of the device to the computer. The solution to this question is very obvious and that is why it is not always immediately obvious.
Instructions to restore an SSD:1.- Turn off your computer.
2.- Disconnect the SATA cable from the SSD without disconnecting it from AC power.
3.- Turn on your computer and access the BIOS.
4.- Let the computer run for 30 minutes and then turn it off. Do not take any additional action while you wait.
5.- Reconnect the previously disconnected cable to the SSD.
6.- Turn on the computer in BIOS mode.
7.- Make sure the boot order of the disks is correct and start Windows.
If the cause of the SSD failure was an incorrect connection of the device, the method described above should probably solve the problem.
C.- Update the Windows driverAnother common reason for SSD error is outdated or corrupted drivers. To upgrade legacy software, see the following guide:
1.- Right-click on the Start menu icon.
2.- Find device manager and start this app.
3.- Expand the category Drives and update the software for all drives. To do this, right-click on the device and select the Update driver option.
4.- When the process is complete, restart your computer.
If the problem was caused by a driver conflict or driver corruption, after completing the instructions above, the SSD should be restored to full functionality.
D.- How to update the SSD firmware?Driver update is a very powerful tool to fix a number of hardware errors, however, in some situations it loses all of its effectiveness. One of them is a firmware failure of the device.
Instructions for upgrading SSD1.- Right-click on the Start menu icon.
2.- Find device manager and start this app.
3.- Expand the category Drives
4.- Right click on the damaged device and go to Properties
5.- Go to the Details section and look for the Hardware ID option in the dropdown box.
6.- Install and run the SSD firmware update tool. Please note that each manufacturer has its own applications.
7.- Select the latest device firmware and update the unit.
8.- Wait for the update to complete and check the operation of the device.
E.- With SSD System Repair?Often, in case of file system corruption, Windows will automatically warn the user about the corresponding failure. The easiest and fastest way to restore it is to use the command line.
How to repair SSD system?1.- Open a command prompt as an administrator.
2.- Type chkdsk / fe: and press Enter (replace e with your drive letter).
3.- When the process is complete, type the exit command to exit the command prompt.
How to recover SSD?
What is SSD recovery for? The hard drive may be corrupted by the system or damaged. Perhaps the device is no longer readable and the operating system cannot detect it. In this case, it will be very easy to return personal data. Just choose the right software and restore your files.
This is because the drive cannot activate TRIM. Because the command is not removing, the files in the blocks will not be removed. Consequently, they will be easy to restore.
Can you recover data from failed SSD?1.- Reading NAND flash dumps. The solution of the problem is what is called in the forehead. The logic is simple. User data is stored on NAND flash memory chips. The drive is faulty, but what if the chips themselves are fine? In the vast majority of cases, this is true, the microcircuits are operational. Some of the data stored on them may be damaged, but the microcircuits themselves are working normally. You can then desolder each chip from the drive's PCB and read its contents with the programmer. And then try to assemble a logical image of the drive from the received files.This approach is currently used for data recovery from USB flash drives and various memory cards. I must say right away that this work is not appreciated.
Difficulties may arise even at the reading stage. NAND flash memory chips are produced in different packages, and for a particular chip, the necessary adapter may not be included by the programmer. For such cases, there is usually some universal desoldering adapter in the kit. The engineer is forced, using thin wires and a soldering iron, to connect the necessary legs of the microcircuit to the corresponding contacts of the adapter.The task is quite solvable, but requires direct hands, certain skills and time. I myself am not familiar with a welder, so this work deserves respect.
Let's not forget that in an SSD there will most likely be 8 or 16 such microcircuits, and each one will have to be desoldered and counted. And the microcircuit reading process itself cannot be called fast either.
Then it only remains to assemble the image from the resulting dumps and voila! But here the most interesting begins. I will not go into details, I will only describe the main tasks that an engineer will solve and the software that they will use.
2.- Have bit errors. The nature of NAND flash memory chips is such that errors in stored data are likely to appear. Separate memory cells begin to read incorrectly and incorrectly. And this is considered the norm exactly until the number of errors within a certain range exceeds a certain threshold. To combat bit errors, correction codes (ECC) are used. When saving user data, the unit preliminarily divides the data block into several ranges and adds some redundant data to each range, allowing possible errors to be detected and corrected. The number of bugs that can be fixed is determined by the strength of the code.
The higher the code power, the longer the allocated byte sequence. The process of calculating and adding the above sequence is called encoding, and correcting bit errors is called decoding. The encoding and decoding schemes are usually implemented in hardware within the drive controller. When executing a read command, the drive performs bit error correction along with other operations. With the resulting dump files, you must perform the same decoding procedure. To do this, you must define the parameters of the code used.
3.- Memory chip page format. The reading and writing unit of memory chips is a unit called a page. For modern chips, the page size is about 8KB or 4KB. Also, this value is not a power of two, but a little more. That is, inside the page you can put 4 and 8 KB of user data and something else. The drives use this redundant part to store removal codes and some service data. Usually the page is divided into several ranges. Each range consists of a user data area (UA) and a service data area (SA). The latter only keeps inside the correction codes that protect this range.
All pages have the same format, and for successful retrieval it is necessary to determine which byte ranges correspond to the user's data and are suitable for the service.
4.- Coding VS Encryption. Most modern SSDs do not store user data in the clear, but rather are pre-encrypted or encrypted. The difference between these two concepts is quite arbitrary. Encoding is a reversible transformation. The main task of this transformation is to obtain something similar to a random sequence of bits from the source data. This transformation is not cryptographically secure. Knowing the transformation algorithm allows you to easily get the original data. In the case of encryption, knowing the algorithm alone does not give anything. You also need to know the decryption key. Therefore, if the drive uses hardware data recording and you do not know the recording settings, the data cannot be recovered from the read dumps. It is better not to even start this task.
Marketers have managed to turn this criminal functionality (in terms of data recovery) into an option that supposedly provides an additional competitive advantage over other drives. And that's fine, if there were separate models for the paranoid, in which protection against unauthorized access would be of high quality. But now, apparently, the time has come when the lack of encryption is considered bad form.
In the case of scrambling, it's not so sad. On units, it's implemented as a bitwise XOR operation (modulo 2 addition, exclusive "OR"), performed on the original data and some generated sequence of bits ( XOR pattern).
5.- Building an image. After performing all the preliminary transformations (correcting bit errors, removing scrambling, determining the page format, and possibly a few others), the final step is to assemble the image. Due to the fact that the number of write cycles for chip cells is limited, drives are forced to use wear leveling mechanisms to prolong chip life. The consequence of this is that user data is not stored sequentially, but is randomly scattered within the chips. Obviously, the drive needs to somehow remember where it saved the current block of data. To do this, it uses special tables and lists, which it also stores on memory chips. The set of these structures is called a translator. It would be more accurate to say that the translator is a kind of abstraction,
Consequently, to assemble a logical unit image, it is necessary to understand the format and purpose of all the translator structures, as well as how to find them. Some of the structures are large enough that the unit doesn't store them completely in one place, but they also end up scattered in pieces on different pages. In such cases, there must be a structure that describes this distribution. It turns out true translator for translator. This is usually where it stops, but you can go even further.
This approach to data recovery forces you to fully emulate the operation of a low-level drive. From this follows the pros and cons of this approach.
How do you restore SSD Firmware?
To restore the performance of a drive with failed firmware, you can try using a proprietary servicing utility that can be downloaded from the SSD manufacturer's website. You can search the Internet using the name of the problem device and the word firmware.
Updating the drive's firmware with a utility from the manufacturer usually does not cause problems. It recognizes the device connected to the computer and automatically offers the required firmware for the firmware. If the firmware crashed, the factory service program is missing, or you don't see the disk, an error message appears,
If we have an error in the firmware of the SSD, you can try another recovery method based on working with the controller and memory chips.
What should I do if I can't find the firmware?To restore the drive's firmware, you need to remove the board with memory chips and controller from its box, and then find out the brands of the controller and memory chips:
To disassemble the board, you can use a tool designed to disassemble mobile phones, a thin screwdriver, or other improvised tools. For example, on Silicon Power's S55 120GB model, you need to unscrew a screw on the side of the case and then remove the latches that hold the two parts of the case together. The plate is held inside the box with three screws and secured with a protruding stopper.
To later restore the damaged firmware of an SSD, you need to remove its board by unscrewing the fasteners. Then it is necessary to carefully check the printed circuit board and the electronic components located on it for burns, fallen and / or damaged parts and other obscenities. If there are none, then with a high degree of probability it can be assumed that the cause of the failure is a malfunction of the firmware that initializes the device (firmware).
In the case of an example, the SM2258XT AB chip is used as a controller, several modifications of which are widely used in other devices:
When searching for a firmware program on the Internet, you must select the program that corresponds to the controller and manufacturer of the memory installed on the board of the "recoverable" SSD. In the case at hand, it is microcircuits.29F64B2AMCTH2:
A Google search says that it is a 3D NAND TLC flash memory made by Intel. It is necessary to search for the required version of the flasher program by brute force, using information about the type of microcircuit controller and memory chips How initial data. Based on available information, the search for a suitable firmware can be narrowed down to SM2258XT AB controller with Intel 29F64B2AMCTH2 memory.
To find the right program, you have to review a large number of potentially suitable programs that are available on the Internet.
Tip.- Because of periodic firmware crashes on SSDs, as well as problems finding the right firmware on the Internet, it's worth backing them up on a separate medium, even before problems appear. This will help save time during the next "firmware lock" of the drive with the operating system.
Method to restore firmware on SSD?
Before turning on the computer, services must be switched to ROM mode
This is done by closing the corresponding contacts on the drive board, close the ROM mode control contacts, with a suitable cable.
The SSD connects to the computer (powered off) with the jumper above.
Since the boot disk does not work, you can use an emergency flash drive, for example, Win10PE SE, to start the computer (the SSD to be dissected must be connected in service mode Rom Mode).
After turning on the computer, the appropriate SMI MPTool program starts. If the disk is in service mode, the CrystalDiskInfo diagnostic program will detect it.
the flash drive was identified as a 1GB SM2258AB-80 media. In the main window of the flasher program, you need to press the Scan drive button, the program will detect the drive and then switch to Ready mode (ROMMode).
The firmware process with the jumper not removed can start, but it will continue for an infinite time (to interrupt the firmware process and exit the program, you must press the Exit button).
After flashing, the system should determine the disk completely, it will only need to be initialized / formatted and then used in normal mode.
Advice.- Sometimes it is not possible to flash an SSD connected to the SATA connector on the motherboard, because the program always gives a Non MPISP Mode error (1B). In this case, it may be helpful to enable Removable Disk mode in the motherboard BIOS, or use a USB-SATA adapter, for an external hard drive when connecting a drive.
When is it possible to recover SSD?
Did we just say that it is not possible to recover deleted files from an SSD due to background pruning, remapping and garbage collection? In fact, the request for the TRIM ("Delete") command is transmitted to the SSD controller and is not always fulfilled. On the Windows operating system, the TRIM command is only executed when the following conditions are met:
1.- The SSD drive is connected through a SATA link (or M.2 or similar interface).
2.- USB, FireWire and Ethernet SSD drives are never removed.
3.- The SSD is formatted with the NTFS file system.
4.- FAT32, exFAT and other file systems are not compatible with the Windows TRIM engine.
5.- You are running Windows 7, 8 or 10. Earlier versions of Windows do not support TRIM.
6.-The file system is correct. If you encounter a damaged file system or broken partition table, you will lose access to files and folders, but the TRIM command will not be executed.
If any of the conditions are not met, the TRIM operation will not start and you can still recover data from the SSD. To recover data, download and run the Starus Partition Recovery program. Select your SSD drive and start searching for available files and folders. Once the scan is complete, select the files you want to recover, specify the destination device to save the recovered data and click the "Save" button. Your data will be removed from the SSD and safely stored in a new location.
3 SSD Recovery Tools?
SSD recovery is a hot topic. There are many myths and misconceptions about SSDs in general. Users are confused as to whether they can recover files from an SSD. We will try to solve these problems and clarify the situation. But first, let's take a look at how SSDs compare to traditional mechanical storage devices.
1.- How to recover SDD with Data Recovery Software?Starus Partition Recovery comes with truly innovative and unique algorithms that allow you to repair severely damaged partitions. Most of the partition recovery tools on the market will analyze the existing system structures on the damaged disk, attempt to repair the volumes, and often fail if the system data on the disk is too corrupted. This is a quick but not always reliable way to deal with corrupted partitions. Starus Partition Recovery will only go the easy route if there is only minor damage to the disk system structures.
We recommend using Starus Partition Recovery application. The program is specifically designed to work under various conditions of damaged file systems and crashing hard drives. With it, you can even recover the oldest documents that you may have already forgotten.
Universal Data Recovery Software Starus Partition Recovery is our top of the line product for repairing broken partitions and recovering missing data. It offers the same step-by-step recovery for lost and deleted files as our simpler products, while adding comprehensive partition recovery options to make a perfect all-in-one solution.
Starus Partition Recovery features Quick and Full scan modes, allowing you to set your priorities. Files that were recently deleted from a healthy drive can be quickly recovered in just a few moments, while in comprehensive scan mode, the tool will scan data collected from your entire hard drive to recover anything that still has traces on it. your disk.
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How to use Data Recovery Software?1.- Download and Install Data Recovery Software.
2.- Specify the partition to recover data. At this point, you must select a source partition from the list of available partitions. If your partition does not appear as a drive letter, please select "physical device" as the source and then let Starus Partition Recovery scan your hard drive, detect and identify the partitions.
3.- Follow the instructions on the screen. Once you have selected the correct partition, you need to specify a drive to save the recovered data (make sure you have enough free space on that drive). Click the "next" button and Starus Partition Recovery will start scanning the partition for files and folders. After the search is complete, you will be able to view the restored file system, select files and folders to restore, view individual files, and save information to the target device.
Features Data Recovery Software?1.- Recovery almost instantly, the file is deleted.
2.- In an exhaustive way analysis of the data returns that can recover more than the competition.
3.- Secure file recovery, regardless of the type of file system or storage media.
4.- In exhaustive analysis mode of the location of the files according to their content, the entire surface disk is scanned.
5.- Modify the structure of the system on the disk is broken.
6.- Completely renewed, the partition is damaged.
7.- The reconstruction of the damaged system files and overwrites from the beginning.
8.- Recover the partition table and write the MBR.
9.- Recover files and folders since the disk is broken, you can't access the partition again.
10.- Works on all 32-bit and 64-bit versions of Windows 95 to Windows 7.
11.- FAT32 and NTFS5 compatibility.
12.- Supports all types of storage media.
13.- User interface like Explorer allows to browse files and folder is deleted, like Windows Explorer.
2.- How to recover SDD with Magic Uneraser?Magic Uneraser is another document recovery software. It differs only in the interface from the previous version. It works with all existing media file formats. It quickly scans the drive and also compiles a report on the recovered data. The utility supports hard drives, solid-state drives, memory cards, and flash drives.
Magic Uneraser recovers deleted files and folders in the blink of an eye. It can recover all types of files, including office documents, digital images, MP3 audio files, ZIP archives and much more, this file recovery software will help you get your files back quickly and safely. Whether you've removed an important document from your Recycle Bin, formatted a memory card, or experienced a problem with your hard drive rendering it inaccessible, Magic Uneraser will help you recover your information efficiently.
Using the new file recovery software is easy. Just run the recovery wizard and the software will scan your drive for your deleted or missing files. After the scan is complete, you can search the drive with a convenient explorer-like tool. The integrated browser looks exactly like Windows Explorer.
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How to Use Magic Uneraser?1.- Select the disk with deleted files and folders and analyze it.
2.- Check the data, you can see a preview of the files or select them to recover them.
3.- Recover and Save the recovered files on a hard drive.
Magic Uneraser supports all versions of Windows, including Windows Vista, Windows 10, Windows 2008 Server, and older versions of Windows. File recovery software recognizes all versions and revisions of NTFS, ReFS, FAT, exFAT, APFS, HFS+, Ext2/3/4, XFS, ReiserFS, ZFS, and UFS 1/2 file system files.
3.- How to recover SDD with Recuva?Recuva is an application to recover lost or accidentally deleted files that has been developed by Piriform, the same developers of the useful CCleaner tool.
All is not lost if we have deleted a file by mistake. When we delete something from a disk or external drive we do not erase its physical content, but we mark the space where it is as available to be overwritten by other content. Therefore, the sooner we try to recover what we have deleted, the more chances we will have that it has not disappeared forever.
Previously, Recuva will inform you about the recovery capacity of the file, that is, if the clusters where it was have been overwritten or not. A table of results will mark the status of the file with a colored circle: if it is red, its recovery will be impossible; if it is green, we can restore it.
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How to recover Recuva data?1.- Specification of the location of the file. After deleting the file, it ends up in the "Recycle Bin", but if this did not happen, you must indicate in the program interface the place where the desired item was before deleting it. The program will provide several options from which you need to choose the appropriate one
2.- I don't know for sure? This option is recommended if you don't remember or know where the file was before you deleted it. The program will then start a full computer/media scan, but it will take much longer than if you had specified a specific or approximate file location.
3.- On a memory card? Recuva starts scanning the memory card. In this case, scan recovery time is spent much less. If you have chosen this option, do not forget to connect the memory card to the computer before starting the program.
4.- Are they in the My Documents folder? Only the My Documents folder is scanned.
5.- Are they in the trash? The program scans the Recycle Bin for completely deleted items; "In the right place". If you checked this item, you will need to specify a specific folder on your computer using the "Browse" button. In this case, the scanning time is reduced to a minimum.
6.- In my CD/DVD drive? The program scans the disk that is inserted into the drive for deleted files and restores them.
Deep analysis with Recuva?The program supports a deep scan option that allows you to find and restore (at least partially) those files that were deleted a long time ago. However, it is disabled by default, because when it is enabled, the scan time and overall system load are greatly increased. Before starting the scanning procedure, the program will ask you if you need to enable this option during this session. If yes, just check la casilla junto al elemento deseado.
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