It serves as a great companion tool to be able to monitor the health of your drives, as well as perform other things like diagnostics, optimizations, or even a secure wipe of all your data. If you happen to own and use storage solutions, such as SSDs, made by ADATA, the ADATA SSD ToolBox is a utility that is worth checking out. You can see the full list on the official download web page. I suppose I contributed to the problem because the drive was always. When it comes to compatibility, just note that not all models are supported. DriveDx and other software still read its EEPROM and claim the drive is dying though. This is also where you can refer to the Help and User Manual guide, as well as register to ADATA's software and support program. Last up, it's System Information wherein you can see some basic information about your PC. Following that, there's System Optimization that helps optimize your drive or your operating system using Standard or Advanced modes. Then, you have the Utilities section that offers options to Secure Erase your drive, check for updates to your firmware of the toolbox itself, and an Export Log feature. ![]() Next, you have Diagnostic Scan for conducting either a Quick Scan or a Full Scan to check for errors. ![]() The first tab is Drive Information, which shows its health, temperature, and capacity. Up top is the Active Drive section where you can cycle among multiple drives, if you own more than one, using the drop-down menu. It uses a dual-pane layout, with the left side for navigating its five sections and the right serving as its main window. The Intel proprietary software is licensed under the. None of these firmware versions is upgradeable to or from the other because of different controllers and/or RAM.The ADATA ToolBox utility has a clean and modern user interface. This download contains both Intel proprietary software and an open source Linux operating environment. I had no idea they had so many firmware versions for what is being sold under the same part number (I observed 3 firmware versions in a sample of 6 SU800-256 SSDs: R0247ANR, Q0922FS and R0247AC). If I had to build this RAID array again, I wouldn't have chosen ADATA. ADATA says that running these two firmware versions in RAID is fine. I'm currently running four SU800-256 (Firmware R0427ANR) in RAID10 and keeping an additional SU800-256 (Firmware R0427AC) as a "hot" spare. CrystalDiskInfo is able to report SMART data for the individual drives even when they're in the RAID array, so diagnosing a failed drive is easy. ![]() These SU800s are TLC, so we're sacrificing reliability for cost. Replacement of the SSD was as simple as replacing the failed drive with the new drive and the RAID Array automatically rebuilt the replacement SSD. Fortunately, the RAID Array never skipped a beat and the system continued to operate without issues (despite the failing and eventually failed SSD).įor anyone who needs a reasonably high degree of reliability with the ADATA SU800-256 in a desktop or server, I would strongly recommend RAID. The new SU800 is error-free (so far) and RAID controller errors are back to 0. My Intel RAID controller did eventually mark this failing SSD as "Failed" (after less than 30 days of ownership) before I replaced it. I replaced the SU800 that was reporting an increasing number of "Reallocated Sectors Count" and "Reallocation Event Count" SMART errors. Knowing what I know now, I would not purchase ADATA SU800-256 SSDs for a RAID array (too many firmware versions for the same part number). Summary: My RAID10 array is running fine after replacing the failed SU800-256. ![]() Update after replacing the failing SU800-256 in my RAID10 Array
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |