A Short Discussion on NGFF M.2 NVMe: Difference between revisions
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It's also worth noting that often times, if it is a USB 3.0 enclosure, the device is B Keyed and if it is USB 3.1 it is M Keyed (which makes sense if one thinks about the real world speed capabilities) | It's also worth noting that often times, if it is a USB 3.0 enclosure, the device is B Keyed and if it is USB 3.1 it is M Keyed (which makes sense if one thinks about the real world speed capabilities) | ||
And for some reason, most enclosures use some type of female USB connector that requires a cable. It makes more sense for one to have a simple male Type-A plug as it is still compact, plus there's just one piece to keep track of. The humorous side of things is that many manufactures of the Type-A enclosures sell a product that really isn't enclosed. IE, it is a circuit board with an M.2 socket and a USB Type-A connector. Thankfully, many of them also offer the "option" of adding the part that covers the exposed SSD drive. But why on earth would one not always want the cover? | And for some reason, most enclosures use some type of female USB connector that requires a cable. It makes more sense for one to have a simple male Type-A plug as it is still compact, plus there's just one piece to keep track of. Having said that, there is a benefit to a cable. One might have two cables, one for USB A and USB C connectivity. But, there are also manufacturers that eliminate the cable and put a USB A plug on one end and a USB C plug on the other, thus eliminating the cable. There's also an A to C USB adapter too. | ||
The humorous side of things is that many manufactures of the Type-A enclosures sell a product that really isn't enclosed. IE, it is a circuit board with an M.2 socket and a USB Type-A connector. Thankfully, many of them also offer the "option" of adding the part that covers the exposed SSD drive. But why on earth would one not always want the cover? | |||
===Heat Sinks=== | ===Heat Sinks=== | ||