R-Studio: RAID Server-Level Data Recovery Software

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The data recovery software R-Studio was originally developed for use by data recovery specialists, system administrators and IT professionals. Some R-Studio features were even designed specifically for computer disaster recovery experts. Because R-Studio is designed mainly for complex storage systems, regular users may not use many of its features.

Table of contents 3 items

Features
Data Recovery on RAID Disks
Download R-Studio

Features

Features and Characteristics	R-Studio
Extensive and flexible search for files to recover	✓
Supports batch file recovery	✓
Sorts files by file type and timestamp	✓
File preview to estimate data recovery chances	✓
Recovers files from deleted / reformatted / damaged logical disks	✓
Recognizes complex deleted partition layouts	✓
Scans for known file types (raw file search)	✓
Create / process disk images	✓
Automatic program updates	✓
Text / hexadecimal editor	✓
Support for non-Windows file systems	✓
User-defined known file type search	✓
RAID and logical volume manager support	✓
Data recovery over a network	✓
Emergency CD	✓

R-Studio has all the data recovery features you need. This includes support for Microsoft’s new exFAT and ReFS file systems and Apple’s APFS. It uses all the common file recovery methods, including scanning for known file types (RAW file search).

The advanced file previewer supports direct viewing of: pdf, doc, xls, ppt, docx, xlsx, pptx and graphics and audio files. It is quite a useful feature for determining the chances of recovering files. You can also preview files on a remote computer.

Data Recovery on RAID Disks

This is an in-depth data recovery feature that other recovery software does not have. The RAID recovery module of R-Studio provides advanced features with independent array reconstruction features.

Among the features of R-Studio’s RAID reconstruction module:

Advanced RAID levels including many nested and non-standard levels. Support for parity delay in all RAID layouts,
Customizable RAID layouts. You can create arrays with an arbitrary number of disks
Purely virtual concept. You can easily combine hard drives, logical disks, images and other objects in the Drives panel to create virtual RAIDs. You can add gaps or missing disks as virtual placeholders for missing RAID parts. Flexible parameter editing. You can instantly change any parameter to find the right RAID.
Full integration. Once a virtual RAID object is created, you can have R-Studio start analyzing the object’s data right away. You can perform all data recovery tasks. There is no need to copy the contents of the rebuilt RAID object to other media.
Automatic RAID parameter detection. R-Studio can detect all RAID parameters for RAID 5 and 6. This feature helps users solve one of the hardest problems in RAID recovery.
RAID consistency check: you can check whether the parity blocks on the RAID are valid.
Reverse RAID. This technique lets users split a real disk object into a virtual RAID. The components of that reverse RAID can then be handled as real objects. They can be viewed, edited, imaged, copied to physical drives, etc. This technique can also rebuild data on the real parents of the virtual RAID, on a missing disk, for example.
Support for Windows dynamic disks (software RAID), Windows Storage Spaces (created by Windows 8 / 8.1 and 10), Apple RAID, CoreStorage, File Vault and Fusion Drive and Linux Logical Volume Manager (LVM / LVM2) and mdadm RAID. R-Studio can automatically recognize and assemble the components of these disk managers even if their databases are slightly damaged.