ACELABS PC-3000 SSD

About the PC-3000 SSD

Product Code: AP-ACE-PC3000 SSD
The PC-3000 SSD Software System operates in tandem with one of the three up-to-date hardware platforms – PC-3000 Express, PC-3000 UDMA, or PC-3000 Portable –and it is intended for SSD repair and diagnosis and for data recovery from SSDs with SATA, PATA, mSATA, and M.2 (NGFF) interfaces and the capacity from 64 GB to 1 Tb produced by different manufacturers, such as OCZ, Corsair, Crucial, RunCore, A-DATA, G.Skill, Micron, Plextor, Intel, Samsung, SanDisk, Seagate, Kingston and others.

The PC-3000 SSD contains a set of specialized utilities for working with solid-state drives. This set includes the Universal Utility for diagnosing any SSD based on the ATA-8 specification (both currently existing models and those that will be manufactured in future) and the Active Utilities (Special Utilities) intended for working with a particular drive model in factory mode. It enables to deeply diagnose SSDs, to perform service operations, to re-write the drive’s microcode, to get direct access to memory chips, to carry out low-level formatting blocking the damaged cells and placing their addresses into the defect table, and to perform many other useful operations.

The PC-3000 SSD is started from the main window of the PC-3000 Express, UDMA, or Portable System by means of clicking a button on the desktop panel.

Data Recovery & Repair Functions

Functions for Data Recovery:

• verify and restore the SSD’s service information
• read and write the content of the SSD’s ROM
• load the microcode into the drives’s RAM
• emulate the translator operation in order to get access to user data
• view the password and reset the password that was earlier set on an SSD
• turn off background processes in an SSD to prevent data damage
• provide direct access to the content of memory chips (it makes unsoldering unnecessary)
• work with the Data Extractor

Functions for SSD Repair (to recover normal operation):

• diagnose an SSD in factory mode
• verify and restore the SSD’s service information
• read and write the content of the SSD’s ROM
• load the microcode into the drives’s RAM
• view the logs of hidden defects (P-page, G-page)
• perform low-level formatting to hide the discovered defects
• change the configuration and identification parameters
• reset the logs and S.M.A.R.T. parameters
• search for the damaged memory chips