Get unformatted sd card drive data back, Use Aidfile data recovery software to recover data from formatted sd card in Windows 10.
15, February 2017: How to unformat a sd card in Windows 10? Get unformatted sd card drive data back, Use Aidfile data recovery software to recover data from formatted sd card in Windows 10.
This software features a wizard interface and allows users to easily recover files from the SD memory card. The application is extremely compatible with different versions of the Windows operating system. Using this software, people can easily maintain a reliable backup of the essential files and applications that are saved in these cards.
Use "Undelete" mode to recover deleted files from formatted sd card.
Use "Unformat" mode to recover data from formatted sd card in Windows 10 after quick format,full format,accidentally formatted,reformatting,High-level formatting,Low-level formatting.
Use "Recover partition" mode to restore files if Secure Digital card partitions changed or damaged or deleted .
Use "Full Scan" mode to recover lost files if Secure Digital card partitions show as "raw" or retrieve deleted files which can not be found with "undelete" or "Unformat" or "Recover partition" ,recover files from raw partition,recover files of partitons which are not NTFS,nor exfat,nor fat32.
People may forget to back up the important data and you may remind of it just after format. If so, do not hesitate to get reliable data recovery software to recover your files after format. Once your formatted partition is overwritten by new content, you will lose the chance to restore your important files and will never get them back. Aidfile Data Recovery , specializing in data recovery from various data loss conditions, can recover lost files after format safely and efficiently.
Reformatting an SD card with a different file system, or even with the same one, may make the card slower, or shorten its lifespan. Some cards use wear leveling, in which frequently modified blocks are mapped to different portions of memory at different times, and some wear-leveling algorithms are designed for the access patterns typical of FAT12, FAT16 or FAT32. In addition, the preformatted file system may use a cluster size that matches the erase region of the physical memory on the card; reformatting may change the cluster size and make writes less efficient.
in order to be fully compliant with the SDXC card specification, many SDXC-capable host devices are firmware-programmed to expect exFAT on cards larger than 32 GB. Consequently, they may not accept SDXC cards reformatted as FAT32, even if the device supports FAT32 on smaller cards (for SDHC compatibility). Therefore, even if a file system is supported in general, it is not always possible to use alternative file systems on SDXC cards at all depending on how strictly the SDXC card specification has been implemented in the host device. This bears a risk of accidental loss of data, as a host device may treat a card with an unrecognized file system as blank or damaged and reformat the card.