Ankmax NVMe M.2 Duplicator M2U32C Dual-Bay Offline Clone SSD Docking Station, Tool-Free Aluminum 2bay External SSD Enclosure USB3.2 10Gbps, Support One-Key System Disk Cloner

2-bay NVMe SSD Enclosure and DuplicatorDesigned for two NVMe M. 2 SSD (2280/2260/2242/2230). Read from and write to both SSDs simultaneously! Support mirror copy between two SSDs and Offline Clone function. Support an SSD with capacity up to 8TB.
10Gbps USB 3.2 Transfer SpeedsSuperSpeed USB 3.2 NVMe SSD enclosure with data transfer rates up to 10Gbps. Support UASP, Trim, can effectively improve the speed of SSD and extend its service life. Compatible with multiple operating systems Windows, Mac OS, Linux, Android, iPad OS.
Cloning of NVMe SSDs is So Easy Support two SSDs offline cloning function. Clone your drives without using a computer, you can directly clone SSD1 to SSD2 (the capacity of SSD2 must be equal or greater than that of SSD1).
Fast Cloning SpeedThe cloning speed between NVMe SSDs is up to 700MB/s, and the cloning from 500GB SSD1 to 1TB SSD2 takes only 12 minutes. LED indicator can monitor the SSDs' clone progress at any time. (Test results from SSD1 Samsang 980Pro 500GB, SSD2 WD Black SN850 1000GB ).
Aluminum Alloy Housing Tool-free DesignThe aluminum alloy material is designed to quickly dissipate heat and protect the SSD. The unique magnetic suction protection cover is convenient for quick access and 100% tool-free design. It supports plug and play and hot plug without driver.
Includes accessories: two 0.5 m data cables (USB A to C and USB C to C) and a 5V/4A power adapter.
[ Important Note]
The heat dissipation performance of aluminum shell is better than that of other materials, one of the reasons is that it has good heat conductivity, which is also the reason why you can intuitively feel hot. It is normal for electronic products to heat up during operation, so please do not worry.
NOT support SATA ssds. Do not support NVME drives with heatsink attached.
Note: please back up the data on the target disk before cloning to avoid losing important data.