Data recovery from SSD
USAGE FOR SSD
Structurally, SSD is like a «big flash drive». It differs in significantly higher number of memory microchips. Also rather complex algorithms of data distribution that enable to increase speed of access to data and improve drive safety is one more fundamental difference.
We can divide a task to recover data from SSD into several stages:
1. It is necessary to disassemble the package of your drive and unsolder all memory microchips.
2. After it, you should read memory microchips to computer hard disk drive with the help of special reading device - PC Flash Reader, version 2.0.
When reading, it is very important to follow the advised order for each single type of SSD, because this will allow not only to facilitate the task but also use solutions with a proven track record.
Following this order, read data from microchip with the help of special device - PC Flash Reader.
3. Launch PC-3000 Flash SSD Edition tool and, observing the recommendations for the certain type of drives, get a result in a form of disk image with user data ready to be copied or saved.
4. To solve cases of logical damage in partition or file system, software has a big number of analysis and logical recovery methods.
New data recovery algorithms have been added to
PC-3000 Flash SSD Edition software which are intended specially for SSD. Tailored “Transformation Graph” mode helps to control correct execution of operations when working with a big number of memory microchips.
Certain data recovery methods for different SSD types are accompanied by recommendations and references which helps to save the time and make data recovery process much more effective.
Global Solutions Centre is a great help at data recovery from SSD. Vast numbers of solution methods for many different flash data recovery cases, including SSD cases can help to get a successful data recovery in much shorter time, even in 3-5 minutes!
WHICH PROBLEMS OF SSD CAN I SOLVE USING PC-3000 FLASH SSD EDITION?
PC-3000 Flash SSD Edition allows you to successfully recover data from SSD at:
- physically damaged SSD:
- damaged slots
- damaged controller microchip
- malfunctions of electonic units
- damaged logical board because of mechanical impact
- logical damages of file system
- data deleted by error
The probability of failures in SSD is very high because SSD are oftener and oftener used as system disks, and subjected to heavy load at OS work.
- logical damages of service data
SSD have areas, that are used to keep service information necessary for drive functionality. These areas do not have user data stored but corruption of information in these areas causes damage of the whole drive and as a result it does not work anymore.
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