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Gaming is not heavy on the disk at all. It's almost a waste to put games on such a fast disk since they will barely use it.
Heat is only an issue when you run these drives at 100% for hours.
Otherwise the amount of heat it produces will be minimal for gaming and as long as you have normal airflow it should not be an issue really.
Some third party site says so. I've never been able to find this information from the manufacturers directly, Samsung, Micron nor SK Hynix.
Computers run more efficient when hot. That is the reason some data centers have a high ambient temperature, it's to reduce power usage.
With SSDs there are some other thigns which it also affects like the wear on the drive and how prone it is to error.
If you will be using it intensely for hours, encoding videos or something, or just want lower temps you could look at m.2 Heatsinks. They're pretty cheap. I'd use HWmonitor and watch the temp first and decide if you really want to spend money on them.
Got an Ek m.2 Heatsink as a gift over the Hols. Haven't monitored temps before of even after attaching it so I have no idea if and how much cooler my drive is. Looks nice but my case is to the left of my desk and not inverted so I can't see inside it anyway
Comes in various colours.
https://www.ekwb.com/shop/water-blocks/ssd-blocks/m2-heatsinks
An NVMe drive will help with loading times with some games but mostly not.
My suggestion is if you have a modern Ryzen setup is to use storeMI. Pair a 256GB NVMe drive and a sata ssd together. I creates a single drive where the most accessed data if places on the fastest drive. It will mean the your most often played games will load as fast as practical.
AFAIK hot temperatures aren't a big deal for PC components.
I generally try to stick small heatsink (one of those that were made some time ago for vram chips on cards that have no vram heatsinks) on to controller using sticky thermal pad or thermal glue when practical.
Most silicon components are less efficient when hot. Increased leaks, incresed power draw, higher heat generation. Datacenters want higher temps for another reason - cooling datacenter as a whole is much more efficient this way, especially it can stay at ~ambient.