Gelid Solutions GP-Extreme Thermal Pad 80 x 40 x 2.0 mm Excellent Heat Conduction, Ideal Gap Filler Easy Installation Thermal Conductivity 12W

I got these to replace some old crusty pads on my graphics card and you can immediately tell the quality is way higher than the generic stuff because they are very soft and compress perfectly against the chips. Cutting them to size was pretty simple with a pair of sharp scissors and they have just enough tackiness to stay in place while you are trying to flip the heatsink back over without everything sliding around on you. After installing them I noticed my memory temperatures dropped by several degrees during heavy use so they definitely do a much better job at moving heat than the stock ones ever did. The only thing to watch out for is making sure you get the right thickness since they dont have much give if you go too thick but honestly for a quick thermal upgrade these are super reliable and worth it if you care about keeping your hardware running cool 😌

Used it for a bit of a weird use case, but I used the 1mm thermal pad as a TIM between two motherboard heatsinks and their AMD chipsets since their temps sucked. Managed to drop temps from 74C down to 55C on an ITX board, and 67C to 52C on an mATX board. Costs a few bucks, but highly recommended. Wasn't hard to apply, just try to use scissors and tweezers and remove one adhesive side at a time.

I got these 1.5mm pads to re-pad a FE 3080 Ti. Hopefully this review shows up on all pad thicknesses as I originally purchased 2mm pads based online guides and videos. I got my card March 26 2022, it seems the heatsink has changed, see another review with the same hypothesis. The core was not making much contact to the heatsink with 2mm pads, memory temps were amazing but the core was thermal throttling at the desktop. I had used a manual spread method for the paste and only the very center about a dime size had made any contact. I ordered the 1.5mm pads and now I have memory temps about 15-20c cooler and the core peaks at 70c under full load. I used 3mm pads on the back but 2mm might work as I can see a bit of bulge on the backplate, I used a 1mm pad on the NVDD on the back as it seemed the stock super thin pad wasn’t making much contact after adding the 3mm pads. I had some trouble with a couple of the pads not wanting to stick, however most held in place, it seemed to be related to the material it was on, RAM and PCB had no issues, the NVDD didn’t stick very well, it was just a minor inconvenience though. I wish these pads were a bit cheaper especially considering I wasted money and time with the 2mm pads. At least they are cheaper than fujipoly pads

These bad boys brought down my memory temp by 20C max, it was at 102C while playing on my 3080. Now its between 82c to 86C

I used this 0.5 mm Gelid GP-Extreme thermal pad while servicing the cooling system in my laptop. The pad is soft and conforms well to components, and it was easy to cut into the sizes I needed. One thing to be aware of is that the material is noticeably more fragile than regular thermal pads I have used. It can tear or break apart fairly easily while handling or repositioning it, so I recommend cutting it carefully and trying to place it correctly the first time. More conventional thermal pads tend to be tougher and easier to handle. Once installed, however, the softness and compressibility help it make good contact with the components and heatsink. The 0.5 mm thickness was consistent and worked well for my application. Overall, it seems like a good-quality thermal pad with good conformability, but I would have preferred the material to be a little stronger and less prone to tearing.

Heck yeah! I trimmed this bad boy and put it on my GPU, (7900XT). And bam! Dropped those temps nice and good. So far, I’m satisfied.

Works great

Perfectly decent thermal pads.. but I needed a lot more in the end for a project so I'll have to go to microcenter to find a better deal on a larger amount.

Original

arrived as advertised, no issues at all

Used it for cooling my M5 MacBook Air 15 properly. The thermal pad mod on MacBook Air basically removes all the throttling the laptop has for being fanless. Using a thermal pad like this means trendsetting 60-80% more heat to the lower chassis than the original design. I was averaging out at 65degC before the mod. After the mod, the temps dropped down to ~42-45degC. That's a big jump. Although, the heat collects on the bottom of the laptop. If not moved properly, this heat might reach your fingers and the screen in no time. So I added a mini fan for heat convection. Hoteon table fan. This fan moves Air fast enough the CPU now stays at 33-35degC sustained. Benchmarks put my M5 Air's performance a slightly above M5 Macbook Pro performance now. Again, amazing thermal pad for MacBook Air. Gets the job done as advertised.

This is a very bad thermalpad, very far from the 12 that it states it conducts. To be honest, just get something else, the performance SUCKS, i deeply regret it.

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