This part is a continuation of part 1.
We continue working with a RAID array and focus on the auto-detection functionality in Data Extractor RAID Edition.
RAID array parameters definition for user is tedious work that doesn’t need much creativity.
For this reason Data Extractor RAID Edition entirely automates the detection of RAID configuration for user.
Data Extractor RAID Edition solves the problem of detection and creation of RAID array for beginners.
Data Extractor RAID Edition and RAID data recovery. It’s time to start!
The goal of this guide is to give you enough technical knoledge to learn how to work in Data Extractor RAID Edition.
This is not intended to be a tutorial or manual. The detailed manual can be found in your personal update box
Let’s start with an example.
Let’s consider the stuation when we need to recover data from a 2.5 inch WD drive with a USB interface. We have already changed the connection type from USB to SATA (using a compatible SATA PCB or SATA adapter), but when we start the Marvell utility we see the SED locked error.
How to work with such drives?
Let’s study the following method.
NOTE: Your PC-3000 version should be not lower than 5.9.21 !
In this article, you will find a detailed description of data recovery from OCZ VECTOR drives based on Barefoot 3 IDX500Mxx controller.
Supported drives:
The most popular problem of Seagate F3 drives it’s problem with Translator. Bassicaly such drives get access just to first part of users area, but the other part is unavailable for reading. Such behavior could be if Translation table have wrong defect record or Translatior module is damaged.
In this video we would like to show you how solve such cases by “Recovery translator” option.
In this video you will find detail description how to recover data from Samsung SSD drives based on different types and generation of controllers. Also, this video contain information about functionality, options and different features whuich are presented in this Active Utility.
Supported drives:
In this video you will find detail description how to recover data from Seagate 600 and Corsair Neutron SSD drives based on LAMD controller (LM87800 ). Also, this video contain information about functionality, options and different features whuich are presented in this Active Utility.
Supported drives:
In this video you will find information about data recovery process from SSD Kingston v100 based on JMF616 and TC58NCF616GDT controllers. For now, JMicron company belong to Toshiba, and all moders SSD drives based on Toshiba controllers have the same structure of controller and microcode as JMF based SSD. Engineers from Toshiba use all previous developments and use them in their latest models of SSD. At this moment JMF\Toshiba Active utility support only native Kinston v100 drive.
In future, a couple of new native-Toshiba drives will be added in our Utility.
Supported drives:
In this video you will find detail description how to recover data from Intel SSD drives based on Intel Postville controller (PC29AS21AA0). Also, this video contain information about functionality, options and different features whuich are presented in this Active Utility.
Supported drives:
In this video you will find detail description how to recover data from Crusial and Micron SSD drives based on Marwell VanGogh \ VanGogh 2 controllers (88SS9174, 88SS9187). Also, this video contain information about functionality, options and different features whuich are presented in this Active Utility.
Supported drives:
+ some other drives based on VanGogh controllers (including mSATA models).
