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Edited June 1, 2023
at 03:26 PM
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ORICO M.2 NVMe SSD Enclosure Support USB 3.2 Gen 2 Protocols (10Gbps) M.2 Solid State Drive External Adapter Case Tool Free Built-in Metal Heat Sink - Black
Features
10Gbps High Speed M.2 NVMe Enclosure: ORICO M.2 reader is compatible with NVMe SSD in sizes 2230/2242/2260/2280, such as M.2 NVMe PCIe M key, PCIe B&M key SSD. NOT Compatible with M.2 PCIe AHCI and SATA SSDs.
Portable and Durable : The ultra-slim aluminum case makes the enclosure portable, durable, and ideal for traveling. With 10Gbps USB C to C cable, let your data transfer faster. Max speed up to 1000Mb/s.
Tool-Free Installation: Integrated aluminum body + tool-free push-cover SSD tray make installation faster and easier.
Compatible All Devices: This SSD adapter adopts external USB-C output interface, support plug and play, no drive, more convenient to use. It can be used on PC, laptop, smart TV, smart router, PS4, Type-C mobile phone and other devices.
https://www.newegg.com/p/0VN-0003...1DSJNW2600
*newest firmware for compatibility
https://www.station-drivers.com/i...ang,en-gb/
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on the drive you plan to use it on. I put on smaller drive to test it, and now the heat sink is stuck.
They do not offer replacement heat sinks, and finding a heat sink which will fit and still close has been a challenge.
I'll probably pass for one that supports both.
A minor correction there... (your incorrect abbreviations notwithstanding)
1 GB = 1,000 MB
10 GB = 10,000 MB
Also, need to be careful mixing unit abbreviations and letter case. (I'm gonna guess this was unintentional on your part, but your post was technical in nature, sooo...)
10Gbps = 10 Gigabits per second.
1000MB/s = 1000 Megabytes per second = 1 Gigabyte per second
There's 8-bits to 1-Byte.
10 Gbps or 10 Gb/s = 800 MB/s
10 GBps or 10 GB/s = 10,000 MB/s
(Current) Storage speeds are typically measured in GB/s
(Current) Network speeds such as wireless throughput are typically measured in Mb/s, or Gb/s if it's a wired connection.)
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on the drive you plan to use it on. I put on smaller drive to test it, and now the heat sink is stuck.
They do not offer replacement heat sinks, and finding a heat sink which will fit and still close has been a challenge.
Our community has rated this post as helpful. If you agree, why not thank randomuser1324
Thank you for this resource. Note the item above description states it's for NVME, NOT SATA. As the family tech guy. I don't want to worry about which type will be in the laptops my tech-challenged family purchase and I eventually clone into new drives.
I'll probably pass for one that supports both.
on the drive you plan to use it on. I put on smaller drive to test it, and now the heat sink is stuck.
They do not offer replacement heat sinks, and finding a heat sink which will fit and still close has been a challenge.
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on the drive you plan to use it on. I put on smaller drive to test it, and now the heat sink is stuck.
They do not offer replacement heat sinks, and finding a heat sink which will fit and still close has been a challenge.
I think you're referring to thermal pad not heat sink. They're available on Amazon and other places you just have to know approximate thickness (best is to use caliper to measure) but can be measured somewhat with precise metric ruler since they usually make them in 0.5mm increments. Some pads are softer and can give in more some not and have to be more precise.
From old days of re-pasting video cards I can estimate by eye how thick it is since majority of cards use them for RAM chips.
https://www.amazon.com/dp/B0BJ23JTXX
I don't rely on thermal pads or using the shell as a heatsink. Drives tend to heat up quite quickly, so I leave the drive exposed to a fan when in use. It stays cool and does not thermally throttle when cloning a drive.