Data Compass
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| DC supports a comprehensive series of PATA and SATA hard drives, Including IDE, SATA, 3.5", 2.5", 1.8" from different manufacturers to do physical and logical data recovery. Also it can be used for the logical data recovery towards the storage medium such as FLASH (USB, SD, MMC) and FDD. |
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 The Data Compass is a unique equipment with advanced "simultaneous imaging and recovering" technique.
The prime function of the Data Compass is to recover data from hard drives that have suffered physical defects to the stored data as well as HDD service area.
Product Functions:
With optimized algorithm and read protocol, Data Compass is able to retrieve bad sectors that are partially corrupted and cannot be cloned/ imaged by other tools available, preventing the read attempt from being stuck and unresponsive
Pioneered Disk Image Technique - ShadowDisk, which images the sector physically from the defective drive to a functioning drive at the same time as the sector is being requested automatically. So that each sector being requested will first be imaged to a good drive, and then the read/write request will be directed to the image disk. You don't need to spend lots of time to create an image, but actually you are working on an image.
Data Compass adopts UDMA100 transmit protocol to reduce the time it takes to image a disk with bad sectors, which is at least 30% faster than any other imaging tools available elsewhere.
What our clients say?
Analog Technique, which enables to retrieve the data without hot swap or searching firmware donor and repairing.
Real-time monitor, buzzer and LEDs give you a clear feedback of the current imaging.
We give total control over imaging parameters: passes scripts configuration, read timeouts, retry attempts, bad sector retrieval (Error Correction Code (ECC) processing), selectable read commands (PIO or UDMA), and error-dependent imaging algorithm based on UNC/AMNF/IDNF/ABRT bad sectors or read/ready timeouts.
Smart pass feature: after a bad sector skip carried out by the software, instead of reading forward directly,, the software reads backward until another bad sector is found. This enables that you get the most user data by exactly skip the bad media only.
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