ShuoLe M. 2 NVME/NGFF Dual Protocol Solid State Drive Case Intelligent Digital Health Detection Typc3.2 Hard Drive Case

ShuoLe M. 2 NVME/NGFF Dual Protocol Solid State Drive Case Intelligent Digital Health Detection Typc3.2 Hard Drive Case Kuvaus

[HD Screen Design] Come with HD display to monitor your hard drive usage in real .Display content includes:Total data writes,Run ,Power ,Disk health,Operating temperature,USB voltage.The datas the display allow you to monitor the usage of the hard disk more directly.
[10Gbps Supper Speed]USB3.2 Type C enclosure transmission speed is to 10Gbps, After installing the SSD, the read and write speed can reach 1000-1200MB/s.And HD movie transmission only takes 2 seconds. The perfect data transfer and backup solution. Backward compatible with USB 3.1 Gen1 and USB 3.0 with speeds to 6 Gbps.
[SUPPORT MULTIPLE OPERATING SYSTEMS] M.2 enclosure is engineered with USB 3.1 Type c interface, support hot-shippable, Plug and , No Driver required. Supports Windows / forMac OS / Linux/Android.This external hard disk box is suitable for connecting computers, Smartphones, laptops and other devices. Please note, all new solid-state drives must be formatted before use.
[Strong Heat Dissipation]M.2 adapter adopts Integrated silicon heat dissipation; The design of fine lines increases the thermal conductivity. slim design, durable and excellent heat dissipation.
[NVMe M.2 Enclosure]- Based the high-speed and 10 Gbps master control chip, can support 2280mm NGFF NVME M.2 SSD. Sliding closure, tool-free mounting method, wide compatibility, supports UASP TRIM protocol.

Color: Transparent + Black
Material: ABS
NOTE: Only support 2280mm M.2 SSD.
The color of the heat sink the back of the hard drive case is random No designation accepted; the actual color may differ due to different light or display

Package Contents:
1 x SSD Enclosure
1 x USB A to USB C cable

Only the above package content, other products are not included.
Note: Light reflection and different displays may cause the color of the item in the picture a little different from the real thing. The measurement allowed error is +/