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ORICO USB C Display Hub 10Gbps with Cooling Fan M.2 NVMe SATA SSD Enclosure HDMI RJ45 SD/TF Docking Station for Gamers

€86,32 EUR

~~€119,89 EUR~~ €86,32 EUR

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Color 10GB 9 IN 1

SPECIFICATIONS

Brand Name: Orico

Choice: yes

Compatible Brand/Model: None

Cooling Fin: Yes

High-concerned chemical: None

Interface Type: M.2 2280

Model Number: M2P7/M2P11

Origin: Mainland China

Plug Type: USB

Why choose ORICO 9 in 1 Dock Station with Cooling Fan M.2 SSD enclosures?

This ORICO docking station is designed for storage and expansion needs, storage and expansion 2-in-1. 9-in-1 expansion interface to meet your different expansion needs.
It is also a NVMe/SATA dual protocol ssd enclosure. It fits for built-in cooling fan and M.2 M-Key/B&M-Key interfaces of SSD, the maximum 8T SSD, data transfer 10Gbps.

Please Note:The The 9-in-1 expansion does not have a video transport interface.

Please check which function supports by your laptop's built-in USB C Port, if the type of the built-in USB C port of your laptop isn't the fully funcitonal port,then the HDMI-compatible and PD of the docking station doesn't work for your laptop.

Q:Why does the connection keep interrupting after inserting the M.2 SSD?

A:When using a high-power device, in order to avoid the power of the input interface being too low, please make sure to connect a PD charger to ensure a stable connection.

Q:Do both Type-C ports support 10Gbps transmission?

A:PD100W power supply interface does not support data transfer, can only be used as a laptop charging.

Q:Why is the speed not as fast as advertised?

A:The operating speed of the product is determined by the notebook, M.2 SSD, and USB port type. For the fastest read and write speeds, an NVMe SSD should be used, and the external enclosure for the M.2 SSD should be connected to a USB 3.1 GEN2 10G port.

Q:Why does it generate heat?

A:SSDs generate heat as they read and write at high speeds. The aluminum case of this product effectively transfers heat throughout the case, quickly releasing the high temperatures generated by NVMe SSDs when they are operating.