1) Speed transfers up to 60 GB per minute.
2) Systems & files copy mode supports Windows(FAT16/32/64, NTFS), Linux(ext2/ext3/ext4), Mac(HFS, HFS+, HFSX.)
3) Data Sanitization: Quick Erase, Full Erase, DoD Erase and DoD Erase + Compare.
4) Open platform design supports NVMe & SATA Express M.2/U.2(via adapter)/PCIE SSD/Mini PCIe(via adapter).
5) Cable free connection for easier M.2 connection and disconnection.
6) Supports M key and B+M key for M.2 PCIe devices.
7) Log report management records all task details for better enhanced management.
Systems and Files (Quick Copy Mode)
1. The duplicator automatically copies only the data area, rather than the empty spaces within the capacity, which reduces duration of the copy process.
2. This copy mode supports the file formats such as Windows (FAT16/32/64/NTFS), Linux (ext2/ext3/ext4), and Mac (HFS/HFS+/HFSX). If the file system format to be copied is not among the supported formats above, then system will automatically switch to "whole media copy" mode.
1. The duplicator copies from the initial sector to the end, bit-by-bit.
2. There are no format limitation in this mode.
U-Reach PCIe M.2 duplicator copies up to 60GB/min on all devices simultaneously, without any speed degradation as number of targets increase. This duplicator is great for manufacturers.
Quick copy mode supports Windows (FAT16/32/64), Linux (ext2/ext3/ext4), and Mac (HFS/HFS+/HFSX) formats.
Whole media copy mode supports all system and proprietary formats.
Supports various brands.
Designed to support 18TB+ capacities.
Supports MBR and GPT partitioning.
Erase device index table, and only takes A FEW SECONDS to complete.
Erases the entire device
Complies with U.S. Department of Defense erasure standards.
A National Institute of Standards and Technology 800-88.
Verification of Data Integrity
-Reach duplicators makes straightforward copies, but it is imperative that the copied data are verified through a bit-by-bit process, this will ensure successful copied and reduce customer recalls.
Skipping Bad Sectors
End-users are given options to skip bad sectors from the source device. Access the function to select the numbers of bad sectors to skip, from 0 through unlimited.