HS-1110 SSD Heatsink Cooler for PCIe NVMe M.2 2280 SSD for Workstation Server Rugged Computer IPC Industrial Computer Gaming PC Use (Black)

First off, I must say, I had no other experience with NVME heatsinks. I simply bought one that I thought would look cool with my build, had good reviews and seemed easy to assemble for this newbie NVME diy-er. Many others looked quite effective, but this one stood out to me. Since I have 2 large 140mm Kaze Flex fans up front moving a good amount of air, I felt like a heat sink with some fins that had some decent height(for an NVME heatsink) would be something my build would do well with. I also didn't use the stock thermal pads, but rather used others that came in highly rated. They may very well no make any difference from the stock ones, but I wanted to avoid a situation where the factory might put in the most basic 'fair' performing pads, and $5.99 wasn't exactly going to break the bank. With that said, my new Samsung 970 Evo Plus seems to idle around 35-38C and on some of my heaviest workloads, I've only seen it at about 42-43C max. I'd say the heatsink is working doing its job. Are there other heatsinks and pads that could probably do better...maybe, but it's hard to say as the results I'm getting seem to be pretty ideal for a first attempt at cloning my SSD over to this NVME, placing thermal pads on top and bottom and mounting it into this heatsink and getting my machine to boot on this new drive. Money very well spent IMO and any difference a heatsink can make in keeping a high end NVME hard drive cool to do it's job is worth it. Highly recommended.

My M2 memory never went below 50 degrees and when I used games ... worse. I installed this heat sink ... what a surprise, the temperature change of almost 20 degrees was incredible. Thinking that depending on the temperature of your equipment they will last ... do yourself a favor BUY IT IT IS WORTH IT. That if you install it as the instructions say use the rubber feet or your MB will explode ... most of the bad reviews are due to bad installations ... good luck.

installed on an aorus 570, which frustratingly only comes with one heatshield despite there being two m.2 slots, and they aren't available aftermarket from what I could find, and obviously a lot of junk on here is copy/pastad from you-know-where with zero accountability, so I was trying to find a heat sink / heat shield that actually seemed like it would work.so, this thing is at least 3-4mm too tall for the second m.2 slot, however to my amazement it fits perfectly on the first m.2 slot. what this means is, I installed it on the first m.2 instead of the second one, and put the shield on the second one that came with the board. fit like a glove.the thermal tape seems like it's 1-2mm too long for your typical 3.5 inch m.2, and even the sink itself. it does come with two pads though in case you need to thermal both sides instead of using the little rubbery authentic 3m feets it comes with.The problem is with the way the chassis is designed, the thermal tape needs to be on the chip first before it slides in, or the chassis top-half gets in the way. So you're stuck scooting it around carefully. just give yourself enough mm on the standoff side so that it can set flat on the standoff to screw in. You don't need as many mm on the insert side. Then hopefully you don't have to slide it around mushing up your thermal tape as much. I hope this's making sense.Anyway it seems well built and well designed. but you have to seat it just right and not goop up your thermal tape at all, at least you get two, and if it's a single-sided m.2 you get two chances. so I appreciate it.step 0, make sure you have headspace for the height of the heat sink, swap slots if you have to if one has more space than the other based on your videocard/cpu fan/whateverstep 1, put the feets on the bottom if it isn't a two-sided chip.step 2. put the bottom half of the chassis on. give yourself enough headspace for the standoff.step 3. apply the thermal tape on top, and do your best. it isn't going to be perfect.step 4. attach the top half of the chassis, and hope it fits, then gently screw it down.

Great looking little m.2 heatsink, works as it should for its size. cooling my Samsung 970 EVO Plus SSD 2TB M.2 pretty good. FYI, the instruction said to use the rubber dots if its a one sided drive. I used the thicker thermal pad on the back side and the thinner one on the top. Im getting 33-34c idle temps, as the 2tb drive is my game storage drive. Only one complaint i really want to chip in, the paint used is a matte type, its all around the block, even on the side that makes contact with the pad to the drive. If it was up to me, i would prefer a bare metal bottom, so it gives better contact with the pad. Other than that i think this drive does what its supposed to do for its size.1/18/22 update.So i sanded the bottom of the heatsink block down, removed like 95% of the paint and i do believe i dropped the temps by 5c. Also, i recommend putting a 2mm thermal pad on the bottom of your drive if youre running a single sided drive. just so the drive sits alittle higher so you can have better contact between the heatstink and the drive. If you use the stock pad, i feel like its JUST enough, even with the mounting screws all the way down..

This was very easy to install and fit nicely on the MB Gigabyte Z390 AORUS. At normal load I'm seeing ~30 deg C, under heavy load it stays under 40 deg C. The SSD is a Samsung 970 EVO Plus, came with no heat sink other that the copper plate on the top side of the chips. It normally under load was hitting ~ 50 deg. C, so the heat sink is doing a nice job.

I use them on two mini-ITX boards from AsRock in a Chieftec IX-03B case.A H610M-ITX/ac board with a double sided 2TB SSD from Transcend (220S series) and a B560M-ITX/ac board with a single sided 2TB SSD from Crucial (T500 series).High load temperatures dropped by 30 °C for the Transcend and by 14 °C for the Crucial.Both now run under 50 °C which is OK.

Awesome passive coolant block. I have two M2 SSD's on my motherboard, i choose this cooler for one of them. It's acutally more effective than an active cooler i've used in my previous computer.Keep A 980 Pro around 55 degrees on high workload combined with a good airflow on my chassis.

GIGABYTE Z590I VISION Dの表面のCPU直結のM.2スロットは、周囲がチップセットのートシンクに囲まれています。そのためクリアランスが大変狭く、ほとんど横からネジで止めるタイプのヒートシンクは幅が広すぎてが非対応です。このクーラーは上面で固定するため、難なく入りました。ヒートシンクの高さと表面積も大きめなのでよく冷えます。

Bulky so need to make sure the m.2 slot has the space around it and is also well ventilated (the better the cooler it will be under load so temp drops are specific to installation). For me the m.2 maxes at around 42'C under very heavy load (antivirus software). Straightforward to install (if you have the space) just make sure you cover the controller chip properly (which is the one that gets hot and needs the cooling) the memory chips may benefit but need it less. Looks like the temperatures on utilities are actually calculated not currently properly measured like on a CPU. There is a lower plate to this cooler but my Samsung m.2 was only one sided so some rubber feet keep the m.2 firmly pressed to the heatsink top and the bottom plate away from any circuits. Chunky, a bit expensive but does what it says.

Muy fácil de instalar, y muy bonito acabado rojo anodizado.