BONAEVER NVMe to USB Adapter M.2 SSD to USB 3.1 Type A Card M.2 PCIe Based M Key Hard Drive Converter Reader as Portable SSD 10 Gbps USB 3.1 Gen 2 Bridge Chip Support Windows XP 7 8 10 MAC OS

Features:

[High Performance] - The M.2 USB adapter based on 10Gbps USB3.1 Gen 2 bridge chip, can retrieve and backup data in high speed. No cable needed , used as a portable SSD

[Applicable SSD Hard Drive] - Input interface: ONLY support for PCIe NVMe based M Key and B+M Key SSD, NOT support any SATA based SSD. Output Interface: support for USB 3.1 and downward compatible with USB 2.0

[Support System] - The NVMe M-Key USB adapter supports for Samsung 950Pro/ 960Evo/ PM951/ PM961/ SM951/ SM961/ 970 EVO / 970 PRO and other M.2 SSD with PCIe (M-KEY) interface type such as WD Black / Intel / Crucial NVMe SSD

[Hot Swap] - The NVMe to USB adapter without enclosure cover, can help fast heat dissipation with a thermal pad. Plug and play, can realize full potential of high performance

[Please Note] - You are kindly reminded that your computer won't recognize the actual SSD's brand with this NVMe to USB adapter, so for Samsung SSD that you couldn't use the Samsung disk cloning software

Specifications:
Color: Black and Yellow
Item Weight: 0.33 ounces/ 9.5g
Size: 4.3 x 0.9 x 0.2 inches/11 x 2.3 x 0.5 cm
Material: Aluminum Alloy

Package includes:
1 x NVME to USB Adapter
1 x Thermal Pad

Features:
High-speed transfer
Use as a portable SSD
Straight connection
Hot-plug, plug and play
Widely compatible with PCI-E (M-KEY) Interface

NVMe Based Adapter
ONLY support for PCIe NVMe based M Key and B+M Key SSD, NOT support any SATA based SSD

USB 3.1 Type-A Port
Type-A interface, can up to 10Gbps of max data transmission(theoretically). And Backward compatible with USB 2.0

Widely Compatible
Support Samsung 950Pro/ 960Evo/ PM951/ PM961/ SM951/ SM961/970 EVO /970 PRO and other M.2 SSDs with PCI-E (M-KEY) Interface Type, which size is 2230 / 2242 / 2260 / 2280

Straight Connection
Straight connection, no cable require. Plug and play, can realize full potential of high performance

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