NVMe M.2 2280 SSD Heatsinks Cooler, Universal Type (2nd Gen)

My Alienware 17 R4 has a very fast SSD, but during extended periods of multiplayer gaming, the drive temperature would spike up to over 80C. After installing this heatsink, the temperature has stayed below 70C, which is a significant drop. I recommend trying it out if you're experiencing high temperatures like I did, it seems to work well.In my specific laptop, the heatsink fits, as you can see in the attached picture. However, it does stick out a bit, by about 2mm. I can still close the back lid fine, but the heatsink touches the back of the lid. Just something to be aware of if you have the same laptop.Installation tip: after you attach it to your SSD, take a look at the fitment from the side and make sure the thermal pad is in good contact with the heatsink everywhere on the SSD and that there are no gaps. One of the chips on my Toshiba SSD sits lower than the others, and required me to put two pieces of the thermal padding on top of it to make good contact with the heatsink.

M.2 SSD heatsink:Good quality and good seller, be sure to buy again!!!This M.2 SSD works exactly as described in the listing, I tested it by my Alienware gaming laptop, it dropped my m.2 ssd temp from 76C to 60C, about 16C less, WELL DONE!!! The silicone pad is also pretty good, it can be squeezed out to fill the gaps, and it can also shrink by itself, the seller also provide a detailed Installation instructions, although it’s easy to install, but it is considerate to buyers.Good quality and good seller, WELL DONE!!!The service is pretty good from the seller, answered my questions quickly and professionally, the packing also good, with a hard cardboard box and the parts with independent electrostatic bags, well done!!!

This product was fairly simple to use and is well made. It compliments my motherboard very nicely! To install it, I cleaned my WD Black NVME SSD and inserted it into the heat sink retainer with the thermal pad on one side and then applied it to the top to sandwich it. My temps have never rose above 41 degrees Celsius since install.My case is also optimized for high airflow as I have a Cooler Master HAF 932 with Noctua 200mm case fans. These fans, plus the heat sink, have prevented thermal throttling from occurring with my drive.One last note, I had no issues with clearance on my ASUS ROG Strix X470 motherboard as this heat sink clears the components well.

It appears in the advertisement that the fins account for about half of the 2.5mm thickness of the top plate... they're not! I would say they're less than a fourth. So, if heat dissipation is reliant on more surface area then these don't seem to me to add much in that area. However, if heat dissipation is helped my a thicker total piece of aluminum, then it does help. The bottom plate/tray also has VERY small grooves. I think Advancing Gene needs to update their online photos/illustrations. As for cooling properties it appears that the heat on my NVMe is slightly cooler, how much I can't say, because the heat goes up and down on this chip frequently, depending on usage. It fits very well and was easy to install, but I do wish the fins were a little bigger. 4 stars because the picture didn't match the final product. If you're looking for big heat-dissipating fins, this is not it, however the aluminum case the chip fits in IS nice.

So, I recently bought the Dell Inspiron 5570 with 15.6" (diag.) screen, 1920x1080 resolution, i7-8550U (1.8GHz to 4.0GHz, with 4 cores, hyperthreading, turbo boost, and low power consumption), CD/DVD+-R/W, 32GB RAM, 1TB SATA HDD, Race n 4GB graphics, and Win 10 Pro installed. I mention the laptop specs in case other potential buyers of this NVMe SSD want to compare to their own computers.As fast as this laptop is already straight from Dell, the HDD simply slowed it down. I knew I wanted to swap out the HDD with a SSD for program storage and another SSD M.2 card to boot from. These would definitely speed up my laptop further and, when designing and rendering 2D/3D animation, HD video editing, etc. fast is never fast enough.Well, with intense use of any electronic component, heat is generated and can become a very serious concern. With most laptops, mine included, there is just enough space above the M.2 card after installation for only slight whisps of air to circulate over the component, certainly not enough space for even the lowest profile heatsink to be installed...or so I thought. Introducing the Advancing Gene heatsink for PCIe M.2 SSD cards. I was able to install it and properly close my Dell laptop's case without even the slightest bump or deformation of the back cover. A tight fit for sure, but it fit. Whew!According to the product description and testimonies from others who ran independent benchmarks, it should lower the temp of your SSD PCIe by 5 -10 degrees. Terrific!

So to start off, I am using a Termaltake P3 Core case. It is a open air case so there is no air blowing on this heatsink.I bought this so I did not have to use the one on my MSI MEG Z390 Board. I current have a 970 Evo Plus 1Tb Nvme drive installed with this. Idle temps seat around 47c to 49c but load temps are in the high 60's. My old load temps were in the mid to high 70's so it did bring them down maybe 10c but not where I was hoping it would.I would say that it is very easy to install there was no problems there at all. The heatsink wraps around the whole Nvme drive. It gets very hot during a benchmark. Over all I guess I got what I paid for since it was pretty cheap. I am going to leave it on for now but will be looking for something better to help bring temps down even more.Would I recommend this heatsink, only if you have nothing on your M.2 drive right now and do not want to spend a lot of money. If you want really good temps, move on to the next one. This is not worth the money then.

Dropped the temp of my WD Black SN750 by 20 degrees! Was reaching 80 before I installed this, and now it stays 60 or under while under load. It fit inside my laptop perfectly without clearance issues with the back of the case. I would recommend this heatsink for laptop use since it has a low profile.

I purchased this for use with one of the new Sabrent PCIe 4.0 NVMe drives. The idea is great -- enclose the drive on the top and bottom and avoid the use of rubber bands to hold the heat sink in place. The top and bottom pieces are poorly machined and don't fit together well, even with no drive inserted. And the design doesn't take into account the thickness of the two thermal pads that must be applied -- even with one thermal pad installed (on the bottom of the drive), you can't fully fit the pieces together. It's hard for me to see how any NVMe drive would fit inside this thing. In fact, I'm dubious that this heat sink kit was ever tested with any modern NVMe drive whatsoever.