All Available Models:
PE1100 PE1500 PE2100
U-Reach PE Series is a professional PCIe NVMe M.2 duplicator, specially designed for high volume duplication. U-Reach adopted a unique multitasking technology that can simultaneously copy PCIe M.2 devices with a high transfer speed of 18 GB per minute.
Impeccable High Speed
U-Reach PE Series PCIe SSD duplicator is capable of copying at 18 GB/min. on all HDDs simultaneously, without any speed degradation as number of targets increase. This duplicator is great for manufacturers.
No waiting time required for duplication
When each round of duplication is completed, the next round can start immediately without having to wait or restart the machine
Intelligent Duplication Modes
Illustration of Copy Modes
The areas containing data are marked in blue. The areas being copied are marked in red. Duplication time depends on the speed supported by the hard drive's controller chip.
Sanitization Methods
●Quick Erase:
Erase HDD index table, and only takes A FEW SECONDS to complete.
●Full Erase:
Erases the entire HDD.
●DoD Erase:
Complies with U.S. Department of Defense erasure standards.
●Secure erase:
A National Institute of Standards and Technology 800-88 accepted
technique for properly purging hard drives. This method is supported by almost all modern SATA/SAS HDD.
Cross Interface Duplication
PE Series with the corresponding module, it can duplicate target with different interface.
Source Management System
The administrator can through a specific software store the image files on the computer for centralized management. When needed, this image files will be sent to the duplicator for duplication. This is designed specifically for production plant as this makes it easier to mange the source and reduce human error.
High Compatibility
Event Log Report
U-Reach PCIe SSD(M.2) duplicators has an unique mechanism to prevent alteration of its Event Log Report. It records the operation results and other information of each devices completely. It is an important asset for production management and analysis.
Support Interfaces