Fujipoly/mod/smart Ultra Extreme XR-m Thermal Pad - 100 x 15 x 1.5 - Thermal Conductivity 17.0 W/mK

This worked better than expected. I used it on my graphics card memory. The temps before over clocked moderately 65C peaking around 70C. Now with fugipoly installed. Maxed out men clock temps are running 45C peaking to 50C. This is while running a graphics card 30 minute stress test.

this is the same strip sold by primal chill. amazon (as usual) sent in a bubble wrap and crushed the pad. i ended up just returning and ordered from their own site. with a single strip you can squeeze out 15Mh/s out of a 3080 fe card while maintaining under 100c -- just installing the way igor's Lab recommended (no need to disconnect any ribbon cables, just open and apply on the backside hotspot). there were articles on mods to the heatsink side, that requires 3 strips and dissembling the PCB, which yield even more impressive results in temperature reduction, but i dont see significant hashrate uplift (vs just backplate mod) from their findings.

I just received my thermal pads yesterday so I have not done any tests tests as of yet, but it seems to be great quality so far.I used this in place of the thermal pad that came with my Flirc case on my Raspberry Pi 3. I was able to easily overclock to 1.4Ghz last night, but have yet to run any heat tests at the overclocked speeds.I would recommend this for a RPi project, but you have to realize that this pad is not an adhesive. Works wonders in the Flirc case, but you will not be able to use on any other heatsinks that don't have pressure from the top holding it to the Pi. It is also fairly expensive.

Used this in conjunction with Thermal Grizzly and boy the results were amazing. Not sure how much this contributed but I used it on the chokes and Mosfets in my Acer Predator. Expensive but worth it in my opinion.Max temps of 90 - 97C now refuse to go above 70C. Going to do more benchmarking and stress testing. It's happening to me but I'm afraid to believe it!

Extremely disappointed in these, supposedly the best thermal pads on a market cost a fortune.1- Does not compress whatsoever, if you do not measure your gaps between vram etc precisely, then expect this to cause problems with thermal paste and liquid metal between heatsink and CPU or GPU. Hard as a brick.2- Dries within minutes, apply right before connecting heatsink or else you will be picking the crusty thermal pad off of your heatsink and motherboard.3- Very expensive, for what you get. Not worth it. What a waste of money. Extortionate prices for nothing.

This is actually a putty, packaged in a sheet, so you have to be careful not to stretch or compress these, but once in place, moderate force to a heat sink will compress it down to fill in gaps and irregularities very well. Not recommended for a tight filing, flat heat sink, but when you have parts at different heights, just get the thickness that it bigger than the gap you need to fill, and it will compress pretty well.

Works really well. However it is very stiff with low conformity so the gap it fills need to be very precise, other wise it will either put too much pressure on the component or not have enough pressure to guarantee good contact.

These are fantastic, if you have a single sided NVME M.2 drive, and you have that large gap between the circuit board, and the drive. This 1.5 mm thick thermal pad will work, more importantly, it's not going to conduct electricity - only heat. The only downside is the price. At the time of this writing, I got this little pad for $30... only time will tell how great it works. I haven't tested it yet..