UGREEN GROUP LIMITED via Amazon has
UGREEN 10Gbps USB C External M.2 NVMe SSD to USB Tool-Free Enclosure (Model # 90541) on sale for
$15.97.
Shipping is free with Prime or on $35+ orders.
Thanks to Deal Hunter
phoinix for sharing this deal.
Details:
- 10Gbps transfer speed: Uses USB 3.2 Gen 2 for up to 10Gbps data rates; backward compatible with USB 3.1/3.0 (requires USB-C 3.2 Gen 2 cable for full speed)
- Tool-free design: Easy installation with no tools needed; plug-and-play, no drivers required; buckle mechanism ensures stable connection
- Broad SSD compatibility: Supports NVMe protocol M/B&M key SSDs in sizes 2230/2242/2260/2280 up to 8TB; works with Windows, macOS, Linux, Android, iOS (does not support SATA NGFF or mSATA SSDs)
- Advanced chip and protection: RTL9210 controller with short-circuit, over-current, and multi-layer safeguards; supports UASP and TRIM for optimal performance and data safety
- Compact and portable: Ultra-slim aluminum body with included silicone case for added durability and easy travel carry
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Top Comments
Also, there is a design flaw in its tool-free design. The case slides in to close, which means there is no downforce and barely any contact between the thermal pad and the aluminum casing. If your NVMe drive is thinner, there will be no contact at all. The heat dissipation through the casing will be zero. If you're transmitting large files with a high-speed drive, then a crash could be expected.
In short, if you're using this with a smaller drive, it should be OK. For larger drives, it's not stable.
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Our community has rated this post as helpful. If you agree, why not thank curmathew
Also, there is a design flaw in its tool-free design. The case slides in to close, which means there is no downforce and barely any contact between the thermal pad and the aluminum casing. If your NVMe drive is thinner, there will be no contact at all. The heat dissipation through the casing will be zero. If you're transmitting large files with a high-speed drive, then a crash could be expected.
In short, if you're using this with a smaller drive, it should be OK. For larger drives, it's not stable.
Also, there is a design flaw in its tool-free design. The case slides in to close, which means there is no downforce and barely any contact between the thermal pad and the aluminum casing. If your NVMe drive is thinner, there will be no contact at all. The heat dissipation through the casing will be zero. If you're transmitting large files with a high-speed drive, then a crash could be expected.
In short, if you're using this with a smaller drive, it should be OK. For larger drives, it's not stable.
Our community has rated this post as helpful. If you agree, why not thank Frank_Nitty
Also, there is a design flaw in its tool-free design. The case slides in to close, which means there is no downforce and barely any contact between the thermal pad and the aluminum casing. If your NVMe drive is thinner, there will be no contact at all. The heat dissipation through the casing will be zero. If you're transmitting large files with a high-speed drive, then a crash could be expected.
In short, if you're using this with a smaller drive, it should be OK. For larger drives, it's not stable.
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