M.2 Heatsink for PS5 PCI-E NVME 2280 SSD Graphene Coating Copper Heat Sink，High Performance SSD Radiator with Thermal Conductive Adhesive for Laptop PC 2280 NGFF Cooler(70x20x1.5mm)

If you have a gaming laptop, and keep getting those high 90+ Celsius temps, get this ASAP! It works!!! I'm a gamer, and therefore, I have a gaming laptop. I was really worried and stressed that my SSDs were going to burn up, along with my laptop. And as we all know, SSDs are Not cheap! That and the heat build up was causing other components from suffering high temps too. My SSD temps., now run an average of 20-30 degrees lower. --> I used Goggle to convert my temps from C to F. It was running hot! And my laptop fans sounded like a corvette! Not everyone gets these lower temps, according to the reviews. Fact is, I would have settled for just a 10 degree decrease, the 20 average, is a gamming-god ;-P gift! A cheap fix, to what could amount to an expensive repair, or very likely, what could amount to having your laptop turn into a temp-fireplace on your desk, or worse, your lap! ;-) | My advice? Buy this ASAP, and install it on your laptop. Especially if you're a gamer or doing any type of development on your laptop that makes your temps reach 80 degrees and above longer than 10 minutes at a time. Good luck, I hope this helps! P.S. I have had mine (received, and installed by me,) for 5 months now. They work!

I am using the TT-V1 cube case. 1TB Samsung Nvme is on bottom and 500GB Samsung Nvme on top. Top one has the Gigabyte heat sink. Bottom had no heatsink. Cut out pan so bottom Nvme could get better air flow and the heatsink could be used. I liked the super sticky thermal pad because the Nvme is upside down on the bottom the the motherboard. Before bottom one would hit 100+ F, now it matches the top Nvme within 3 degrees F under heavy load testing. Very happy with the heatsink.

The space where the boot drive lives in my laptop is rather snug so there wasn't much room for a heat sink. I'm using a Sabrent 8TB Rocket 4 Plus SSD for the boot drive (most of the drive is a storage partition). I had to use a 1.5mm heat sink on the bottom of the SSD and a 4mm heatsink on the top to be able to get the most cooling I could. One problem is the adhesive thermal pads are too thin. The chips on the SSD aren't all the same height so the thermal pad doesn't make good contact on all the chips. The copper label is going to have to help transfer heat to areas where the heat sink makes better contact. Thicker, softer pads might have worked better. Some SSDs, such as the Samsung 970 Pros, have widely varying chip thicknesses and wouldn't cool well with these heat sinks, especially since the hottest chip—the controller—is significantly thinner than the NAND chips. I wished I had known about another Icepc heat sink that is two pieces that sandwich an SSD and screws together before I got these. That would have allowed me to use varying thicknesses of thermal pads supplemented with thermal paste to ensure better contact with the chips. That said, the SSD does run noticeably cooler than it did without the heat sinks.

Added a second drive to the back of my motherboard with limited space between the drive and the side panel of an ncase m1. Ordered this and the Silverstone M.2 heatsink. Silverstone would never fit in the gap due to its height, but this one did with probably only a couple mm to spare - side panel pops on with no issues. No airflow from fans on the back of the motherboard, but after adding the heatsink I am still seeing a 10 degree C (upper 30s from upper 40s) reduction in temperature. Adhesive is almost too strong, but its definitely not coming off. Cheaper than the Silverstone and easier to install, so great buy.

Works well so far. Fits well inside laptop computer and external enclosure.

I've ordered two of these now to attach to my 4TB Sabrent Rocket Gen3s, and I can say I'm super happy with their performance. Both drives have a normal operating temperature of 33°-34°C, which is actually 10° cooler than the M.2 SSD that came installed in my PC stock, which would run at about 44° C. Granted, that was also my OS drive, but I've also replaced that with an XPG M.2 as well, which runs at 36° C with its built-in heatsink. Furthermore, these two 4TB Sabrent drives sit right next to each other, peak at 61° under CrystalDisk and Sabrent Control Panel speed tests, and my rig is a gaming laptop, which notoriously has terrible headroom and ventilation. So, if you're looking for a heatsink that's low-profile but keeps everything cool and is really cost-effective, I'd say get one of these for yourself.

My only regret is not purchasing the thicker heatsinks (although there isn't an issue with the thin version), I bought the thinnest ones thinking my laptop would not have enough space, but if you have a Asus Tuf laptop the thicker version will definitely fit (better for heat dissipation) My issue was with my laptop, it would lag terribly if I had over 4 programs running for a long period of time, being a brand new laptop it wierded me out, so I checked the temps and the M.2 ssd would randomly spike during high usage, so I was going to take it out and bench test it on my desktop. Upon opeing it I saw the problem immediately, they literally wrapped the M.2 ssd in an aluminum "pocket" with no air ventilation. I replaced that garbage with these heatsinks and I haven't had an issue like that ever since.

I got a temperature drop of about 5 degrees drop during idle and close to 10 degrees under heavy loads. Not as much of a temperature drop I was hoping for, but acceptable. The biggest issue was that the heat sink will not stay on my Samsung EVO Plus SSD. My guess the heat from the SSD made the adhesive softer and the weight of the heat sink was enough to cause the heat sink to start sliding off the SSD. I used two twist ties meant for cable management to hold the heat sink in place. This heat sink might be okay for a laptop or PCs where the heat sink sits flat but not for most desktop PCs. Maybe the company can include in the future something to hold the heat sink in place. Even a rubber band might work.

Used this for my Helios300 nvme drive (which i replaced with an mp600 that has a very chunky heatsink so it won't fit) and had a significant drop in temp vs when there was none. During benchmark, it appeared to have about -9 degrees. But during file transfer of a 29GB folder, it more like a -12 degrees so really happy with this purchase.

Funcionan y correctas para una laptop slim. Al tener una transferencia térmica mayor cuando se encienden de manera manual los ventiladores rápidamente se estabilizan los SSD al enfriarse.

At first I was abit sceptical about this stick-on passive cooling. But after I tried it, things are cooler now. Literary very cool product. My SSD is now 7 degrees cooler.