Gelid Solutions GP-Ultimate 15W-Thermal Pad 90x50x2.0mm (2pcs). Excellent Heat Conduction, Ideal Gap Filler. Easy Installation.

Great quality thermal pads. Used this for my Thermalright SSD heatsink/fan. Stock pads were thin (1mm) and had poor thermal conductivity. Nice upgrade in performance. Just cut them to size using sharp razor blade and straight edge. Peel and stick.

I've had a great experience using these thermal pads for my Samsung 990 Pro SSDs. I used them with the motherboard SSD heatsinks and there is a stark difference in SSD temps before and after. Before it would hit 80°C under heavy loads and 40°C with regular use. Now it stays at 40°C during regular use but struggles to hit even 50°C under heavy use like benchmarking. The pads are solid, retain their shape well, and are very easy to work with. Use a fine tip sharpie to mark where to cut on the plastic film, then cut with a ruler and X-ACTO knife for perfect results. They aren't exactly cheap and it cost me about $7 in material per SSD, but for the performance it is well worth it, even more so if it is for a GPU. Thermal pads are not advisable for CPUs, contrary to what they show in the listing photos. They will always underperform compared to paste, and they cost more as well. It is worth mentioning that these pads are a bit less pliable. They don't compress as much as the factory pads did, but that was easily fixed by smushing them down a bit before installation.

After searching the web/YouTube for the correct thickness of pads. Found the thickness I needed for both front and back of GPU. I have the latest version of Nvidia RTX 3080 Founders Edition. Which require different thickness than the original 3080 Fe. For the back, I used the 3.0mm thickness Gelid Extremes. For the front, I used 1.5mm thickness Gelid Ultimates. Under load, VRAM temp went from 96 degrees Celsius down to ~70 degrees Celsius. I redid thermal paste. However, I did recall what I had prior to modification. I used Noctua H2 thermal paste. Under load getting ~ 59 degrees Celsius for GPU temp. The temps are with 65% fan speed for GPU. When cutting pads for both front and back. Don’t be concerned with cutting pads to completely over cover the chips. Try to be as close as possible when cutting and covering the chips. Reason being is because you may risk thermal pad overlap sections of the PCB. That would prevent you from closing the GPU enclosure properly. Causing not a good contact with die and heatsink. Then you’d have to open the GPU again. And trim the pads. To get better and straight cuts of your pads. Get a clean sharp utility knife or surgical type of knife with a ruler. I bought a arts and crafts set that came with a couple of knives, cutting mat, and metal ruler. Helped lots in comparison to using scissors.

These pads are awesome! I put them on my RTX 3090 FE and the two pads are the perfect amount to cover the entire card. I just used a video as a template of how to cut the pads and where to place them and it worked absolutely perfectly. Now the GPU core and VRAM stay around 75 degrees at full load (Unigen Heaven) with about 88 degrees on the hot spot. That's with the fans relatively slow too. Definitely better than I was expecting!

Used when replacing the thermal pads in my PS4 and PS3 systems. Can definitely say it made my already quiet systems even quieter.

Good replacement, keeping memore

Some of the best thermal pads on the market.

These pads came in perfect condition. I ordered these to change the pads on my Xbox one x and I got these in 1.5mm. I read on forums some people got it 2mm others say it's too much and 1.5 is enough because the clamp squeezes the pads. I also changed the thermal paste because It was hard and I wanted to upgrade to an ssd so might as well do the entire job just to be safe. I did some research so I went with these. I got some kryonuat in my ps4 pro and it's not over heating. As for my Xbox one x it seems to be fine I don't hear the fans spinning fast but it is a slightly thicker console so we'll see.

Me ha sorprendido para bien estos thermal pads de 2 y 3mm para mi zotac amp holo 3080, la última vez lo cambié hace dos años pero esta vez decidí poner estos de gelid ultimate, dejo imagen de temperaturas de antes y después

Not to be used (1mm) on a CPU cooler. Temperatures are horrible (best to try 0.5mm or 0.2 if it exists). For VRAM modules I guess it will work but I haven't used it for that so I can't be more explicit.

I heard good reviews of Gelid, and I have not been disappointed... It's now my go-to for thermal pads, and I have used it in several applications. It's not cheap, but you get what you pay for. As a matter of point, I initially bought for an RTX2080ti who's VRAM was running hot, causing artefacts on the display... That's been solved and running fine for what, over 5 years now. Similarly, I built my new machine around an RTX3080 who's VRAM was running around 98C. Supposedly within spec, but concernedly toasty IMO... Gelid pads fitted with thermal grizzly compound on the die, and VRAM is now constantly within a few degrees of the GPU die (indicating an excellent thermal bridge between the die, heatsink, and the VRAM). I've also used thermal grizzly compound and Gelid pads to fix 2 or 3 overheating laptops in the last few years. My point being, I've used it enough to be confident in it's quality.

Ho preso questi pad per i noti problemi di surriscaldamento delle memorie gddr6x, in particolar modo sulla RTX 3090 FE. In gaming con rtx attivo la scheda supera abbondantemente i 100 gradi e in mining portandola con nicehash in profilo high (120mh/s) si toccano i 115 gradi con ventole sempre al 100%. Una volta sostituiti i pad, seguendo delle guide su internet, le temperature sono scese notevolmente! In gaming si sta sotto i 90 gradi, mentre in mining la temperatura è scesa a 90 gradi stabili con ventole al 50%! 25 gradi di guadagno, un'enormità! Consiglio vivamente la sostituzione (prestando massima attenzione a smontare la scheda) perché il guadagno è davvero assurdo! Io ho avuto bisogno di 3 pad per fare tutta la scheda. Naturalmente ho anche rimesso la pasta termica con una nochtua nt-h1. Una fortissima tirata di orecchie a Nvidia perché non si può andare al risparmio con dei pad termici su una scheda da €1650.

Compré las de 2 mm y las de 3mm para cambiar los pads térmicos en una 3080 de Zotac que uso para minería. Con los pads de stock al principio llegaba a 96 grados y así estuvo por un año y medio. Recientemente las temperaturas de la memoria alcanzaban 98 con todo y que es invierno así que antes de que llegaran los calores me decidí a cambiarle los pads. Honestamente, esperaba unos 5 o 6 grados de diferencia pero cual fue mi sorpresa al ver que las temperaturas bajaron hasta 78 grados. Se usa una pieza de cada una para esta tarjeta porque también cambie los pads de los mosfets. Muy muy recomendado.