SSK Aluminum M.2 NVME SATA SSD Enclosure Adapter, USB 3.2 Gen 2 (10 Gbps) to NVME PCI-E SATA M-Key/(B+M) Key Solid State Drive External Enclosure Support UASP Trim for NVME/SATA SSDs 2242/2260/2280

Original product and operated normal

The quality of the connections is excellent, but I wish there was more explanation and more distinction that the piece must be compressed during installation, and also the installation side. It took me 10 minutes to understand it. The product is of excellent quality and the speed is high.

Good built quality. Speed is around 900-1000 mb/s. Recommended.

Buying better quality is recommended rather than this one.

استخدمته مع الموبيل كان بيقطع فرجعته ..معرفش مع كمبيوتر هيشتغل كويس ولا لا .. بس جربت ugreen افضل والسعر قريب

Write speed 300 to 700mb, main issue getting hot after 30 minutes of using

Top quality, works perfectly

Easy to use. Excellent quality. Must have.

Works great for multiple m.2 drives. Plug and play setup. Great when doing adhoc backups or accessing data.

Très bon débit de l'interface, permet d'exploiter le débit du SSD qui y est connecté.

Probada con un SSD Samsung de 3500/3200 MB/s y donde, con la carcasa conectada a un puerto USB 3.1 Gen 2 de 10Gbps, me da una lectura de 1Gb/s de lectura y 750Mb/s de escritura. Desde un puerto USB 3.1 Gen 1, funciona como cabe esperar a 5Gbps, donde los resultados han sido de 460MB/s de lectura/escritura, que tampoco está nada mal para este tipo puerto. La disipación de calor es bastante buena, ya que al tener una ligera amortiguación hacía la carcasa, la almohadilla térmica está en contacto con la carcasa de aluminio, disipando mejor el calor que otras carcasas que he visto, donde la almohadilla térmica se queda al aire. En mi caso se calienta muy poco la unidad. Escribiendo grandes cantidades de datos se calienta, pero dentro de lo normal

SUMMARY: The enclosure worked straight out of the box. I used the unit with both a SATA and an NVME PCIe SSD. Both were recognised and accessible from my Windows machine as a USB storage called SSK Storage.. I also plugged it into my android tablet and it was recognised Both of my favourite HDD and SSD management apps (Aomei and Paragon) were able to see the SSD I have not experienced a problem with overheating or the enclosure becoming hotter than expected. This enclosure provides a nice hand sized unit which can be handled and put down after use without worrying about damage to the SSD or connecting lead VALUE: This is exceptionally good value and I will most probably purchase again MY NEED: 1) I needed a M2 socket that I could use to clone an NVME PCIe SSD with an on-board SSD 2) I had a SATA M2 SDD which I wanted to use as an external drive So the fact that this works with SATA and NVME SSDs was an advantage. PACKAGING: Packed in a cardboard box and wrapped in a white plastic bag gives the impression of a premium product CONSTRUCTION: I am impressed with the make quality. The outer case is aluminium and robust. The inner frame is plastic and also robust. Some have suggested that there are design flaws - I see no flaws. The unit is well made and the spring loaded carrier means that the SSD is pushed up against the metal of the case so aiding heat transfer. Some have commented that the leads are too short. The leads are adequately long for my use. Longer and they would clutter the bench. Also, I take the view that I am buying an SSD M2 enclosure not a set of leads. The leads are thicker than many of my other USB leads and seemingly well made. You get one USB C – USB C lead which is 20 cm long and one USB C to USB A lead which is 26 cm long. The USB A lead is colour coded as USB 3 INSTALLING THE SSD: Installing the SSD is fiddly if you have big fingers. It is easy to drop and mislay the screw and spacer if you are not careful. This means that the enclosure is not suited for regular swapping out of SSD's. For me this is not a problem. Spares screws and spacers are provided. When installing an SSD you need to take care that the spacer is placed the correct way up. Put it upside down and the unit will not slide back in to the case as it should. I found that it was easier to slide the carrier into its case when fitted with a short SDD rather than a long SSD. When a long SSD is fitted I needed to slide it in with some care to ensure that top the the SSD did not foul on the case and that the bottom of the carrier did not foul. I found that when a long SSD was in the enclosure the spring pressure was sufficient to stop the outer case sliding off and as such the small fixing screw was not needed. With a short SSD the case was looser and the small fixing screw was needed. If I was intending to fix a long SSD in the unit and leave it there I would use the small fixing screw. TYPE OF SSD and OS: I used the unit with both a SATA and an NVME PCIe SSD. Both were recognised and accessible from my Windows machine. I tried it in two different computers; a desktop and an HP Prodesk mini PC. I also plugged it into my android tablet and it was recognised BUT I was not able to access the stored files as, at the time, the SSD was formatted in NTFS not the FAT 32 needed by the Android tablet. USAGE WITH APPS: The enclosure worked straight out of the box. When in use a blue light indicates that the unit is operating. When plugged into the computer it is recognised by Windows as a USB storage called SSK Storage. Both of my favourite HDD and SSD management apps (Aomei and Paragon) were able to see the SSD storage device and format and manage both a SATA and NVME PCIe SDD device. The free version of HDD/SDD monitoring app "Hard Disk Sentinel" was also able to see the SSD and access and show some status and performance data Some have claimed the enclosure does not work with the SSD status reporting apps provided by some SSD suppliers (eg Samsung, Kingston etc) do not recognise the SSD in the carrier. I am not sure that this is a valid criticism. I would not expect a manufactures SSD status app which is typically built to work under very limited conditions and with very limited range of devices (own brand!) would necessarily interface with its SSD when installed in a third party piece of hardware such as this. Both my SSD and HDD management apps and "Hard Disk Sentinel" worked with the enclosure BE WARNED; Initially when I put the NVME PCIe SDD in the enc;losure Windows did not see it because it had not been set up with a partition and formatted or given a drive letter. But I had no problem formatting both my SATA and NVME PCIe SSD's whilst in the enclosure using my HDD and SSD management apps. If Windows etc does not see the M2 storage check that it has been partitioned, formatted, and given a drive letter - and also formatted correctly for the OS (eg NTFS or FAT etc) HEAT: I have not experienced a problem with overheating or the enclosure becoming hotter than expected. The enclose does get warm but no more than what I have experienced with USB and external HDD drives. Some have commented that the thermal conducting pad and aluminium case are thin. I cannot see that this is valid criticism or matters given the laws of physics/thermodynamics. The thermal conducing pad is to ease the heat flow from the device to the metal case. How well it does this depends on its heat conduction properties and not on its thickness. Albeit a thicker pad might even impede the transfer of heat to the case - compare the thickness of thermal paste needed to move heat from the CPU to its heat sink. The enclosure radiates heat into the environment and keeps the device cool. A thicker aluminium will not make it cool any more efficiently. The ability of the enclosure (like any heat sink) to cool depends on its surface area not on the thickness of material. The larger the surface area the more efficient the cooling process (heat sinks have fins of some type). The enclosure does not have fins but does have a much greater surface area than a naked M2 SSD so should be more effective at radiating heat into the environment than a naked M2. But it is obvious that an M2 SSD will not cool as effectively when inside the enclose as compared to when installed inside a PC or laptop which has the advantage of a FLOW of AIR through it from a fan. So my guess is that when an M2 SSD is in the enclosure it will be cooler than a naked M2 outside of the enclosure (in still air) but both will be warmer than an M2 SSD inside a PC or laptop when AIR is BLOWN over it – of course if air does not blown over the M2 when inside a PC or laptop it will probably get hotter.