💻 AVNTKER 12 W/mK Thermal Pad, 3-Pack 100x100mm Thermal Silicone Pad, 2.5mm/1.5mm/0.5mm Thickness, Non Conductive Heatsink Cooling Pad for Laptop CPU, GPU, SSD, M2, IC, 3D Printer, Raspberry Pi Review

So I replaced my GTX 1060 and RX 470 thermal pads with these. I don't have memory temp readings from the sensors, but they're working with no issues so far (I can use them on my Sapphire Vega 56 to see what the VRM temp is to get an idea of performance). Having multiple thicknesses really helps when trying to figure out what thickness thermal pads I need. I mean 1mm would be better but the price is good for the amount you get. I'd still go with Thermalright pads if you know what thickness of…

later Works at least the same as the offset pads on the Gigabyte GPU they replaced. At least they've got most of those two RAM chips covered. Temperatures have dropped a bit, but having all the RAM covered probably helped. They're not as soft as most pads you'll find in electronics, so make sure you're using the correct depth. I've seen cracked boards and bent heatsinks from using the wrong thickness, and it's unforgiving. But in a good way.

I used them for two computers. However, I did what everyone else does, including the manufacturers. For M.2 memory chips, I run tape over all components; controllers and memory. I just watched a video explaining the controller heating up and expanding the band to storage. We damage this component. So put tape on the controller and let the heatsink dissipate that heat. Then why are Asus and the others using tapes the way they do?

They have square corners, not round ones like in the promotional image. So if you want rounded corners, you need to do it yourself, they are easy to cut, just take your time as long as the advertising information is 12W/mK. There is nothing on and in the packaging to confuse a person by stating their actual thermal output, and as for the thickness of 0.5mm, 1.5mm, 2.5mm, its softness makes it difficult to measuring them with a caliper, so I weighed each pad still sandwiched between them. of…

I cut a 3mm pad to 12x12mm and used it on a Raspberry Pi 4B processor. The maximum temperature during the stress test was 55 degrees Celsius with the fan program running at variable speeds. The addition of four 6x6mm Alphacool radiators brought the temperature down to 53 degrees during testing. Both sides of the thermal pad have good adhesion. Good thermal conductivity. The top of the pillow was 48 degrees Celsius (118F) during the stress test. After gluing the heatsinks during the stress test,

So I replaced my GTX 1060 and RX 470 thermal pads with these. I don't have memory temp readings from the sensors but they've worked so far with no issues (can use them on my Sapphire Vega 56 to see what the VRM temps are like to get an idea of performance). Having multiple thicknesses really helps when trying to figure out what thickness thermal pads I need. I mean 1mm would be better but the price is good for the amount you get. I'd still go with Thermalright pads if you know what thickness of

They are square not round like the picture in the ad. So if you want them rounded, you'll have to do it yourself. It's easy to cut. Just take your time up to 12 W/mK. Promotional information, there is nothing on the box or inside the box to confuse a person by showing the actual heat output, and as for the thickness of 0.5mm, 1.5mm, 2.5mm, it is difficult to measure them with calipers because of its softness, so I weighed each pad anyway. sandwiched between their identical transparent acetate…