

The other person said heat dissipator. The usual phrasing is heatsink.
Your nvme is gonna have a four digit code like 2280 following the m2 designation. The last two digits indicate the length. If you cannot see the code or look up the product description then you can measure it. If you can’t measure it then you can instead look at the supported nvme form factor documentation for your case and ensure it meets the 2280 constraints. 2280 is the biggest m2 nvme ssd size so if your case supports it you’ll be fine.
Make sure it’ll work by looking first, but five bucks will get you a passive heatsink that will probably keep you in good stead over five minute transfers and twenty bucks will get you one with a little fan on it that will make sure you’re golden even during extended transfers.
Post the case model and I’ll look up what will fit in it with links and also see if there’s a good spot to sneak a fan in.
E: you asked the other person how a heatsink keeps temperatures down. It’s real simple: there’s a chip that gets hot. It gets hot because when It does something heat builds up and when it does a lot of stuff a lot of heat builds up. Heat goes away through several ways but here by radiating into the material around it, the connector, pcb and air. If the air is flowing past the hot chip then the difference in heat between the chip package surface and the cool incoming air is greater than that between the stagnant air that’s being heated up by the chip and more heat from the chip can be dissipated into that cool incoming air. Which is why a fan helps.
Air is a gas and gasses are generally not as good at taking on energy. Which is what heat is, energy. They’re bad at it because the particles of a gas are farther apart than those of a liquid or solid. If you dunked your hot ssd in a liquid like oil or encased it in a solid like aluminum you’d see much better temperatures because the hot chip could transfer its energy in the form of heat to the oil or aluminum much more efficiently because the particles of aluminum wouldn’t have to be at as high of an energized state to impart their energy onto their neighbors as those in the air have to.
A heatsink is slapping a big chunk of solid material (that’s good at transferring heat because it’s a metal, metals are good at transferring heat) on the hot chip to get more heat off the chip faster. They have little fins and crap to make their own transfer of heat to the air more efficient.
TLDR: if you glue a half inch nut to your chip the chip gotta heat that nut up.


Can you provide any more information that will help identify the mini pc? I really don’t wanna have to go geoguesser mode on image search to track down that case and point you at a heatsink that will fit.
You have a reply saying that a heatsink won’t fix the problem. That person is deadass wrong.
The problem is that the ssd gets hot when it does stuff. A passive heatsink provides more thermal mass and more surface area with a greater capacity to transfer its heat into the air. That will, 100% improve things.
I am speaking from years of experience when I say the following: a half inch nut from the hardware store superglued to the package (the black “chip”) is enough to extend the functional life of almost every nand storage thing.
The solution is to get that drives chip coupled to a piece of metal.