🔥 GeeekPi Raspberry Pi 4 Fan Heatsink, Premium Aluminum Cooling Kit for Raspberry Pi 4B/3B/3B+ (B Plus) Review

Nice kit, no instructions so had to check photos in Revain listing to connect fan wires. Otherwise, it's easy to assemble and take my RPi 3 B+ from 61°C to 51°C in a fully sealed, official Raspberry Pi case. In both quiet and powerful configurations, the fan cables prevented the case from closing completely, albeit slightly, but this could actually be a case fault since the pins and therefore the fan cables are too high.

I use my Raspberry Pi as a smart mirror. So it's in a frame tucked behind an LCD monitor (which creates its own mind). I have a temperature icon in the top right corner. The Magic Mirror module showed the utilization, uptime and temperature of the Pi. The temperature dropped from 80F to 40F when I installed the heatsink and fan. I went for the full speed option. I just installed it 5 minutes ago. If I have any questions or additional compliments I will post them here.

First of all, this kit includes some square pieces of adhesive tape to attach to the rPi3b+ chips (I didn't use them). I ordered this heatsink in addition to the Artic Silver 5 compound and attached it to the rPi3b+ board with small Velcro fasteners. I used Artic Silver 5 Compound and applied it to the rPi3b+ chips. Since then I haven't had any more freezing problems. The thing is cool and also in the case. The fan is connected to pin 2 (red wire 5V) and 6 (black wire GND).

I run a dedicated server for my automatic intercom on a Raspberry Pi 3B and store it in a cutout in the wall behind the access panel. Although it was running in reasonable temperature ranges, I was concerned that it would hit 100-101C so quickly. especially since there's no direct access to AC power behind the access panel when the weather warms up. I bought that and some thermal paste and am really shocked to find that it runs pretty stable around 80°. 83 is the highest I've seen for both CPU…

Well packaged. Just putting a piece of glue on the circuit board of a Pi4 is ridiculous. I took the glues that were in the box, cut them up and moved them around to get a flat surface on the chips. Then the sink fan pressed on it. Simply layering a strip is weird and makes a 1/4 x 3/8 contact strip. Use the copper piece for 3b as a heatsink standoff, then attach the other pads to line up the sections you want. Haven didn't even plug it in. I'll let you know if it's rubbish.

Well packaged. Just putting a piece of glue on the circuit board of a Pi4 is ridiculous. I took the glues that were in the box, cut them up and moved them around to get a flat surface on the chips. Then the purge fan pressed on it. Simply overlapping a strip is weird and gives a 1/4 x 3/8 contact strip. Use the copper piece for 3b as a heatsink standoff, then attach the other pads to line up the sections you want. Haven didn't even plug it in. I'll let you know if it's rubbish.

I run a dedicated server for my automatic intercom on a Raspberry Pi 3B and keep it in a cutout in the wall behind the inspection panel. While it was running within reasonable temperature limits, I was concerned that it would reach 100-101C so quickly. especially since there's no direct access to AC power behind the access panel when the weather warms up. I bought that and some thermal paste and am really shocked to find that it runs pretty stable around 80°. 83 is the highest I've seen for…

I wanted to use the Raspberry Pi to run Octoprint for my 3D printer which works great. I couldn't be happier, I never installed the heatsinks that originally came with the Pi as I knew I would be upgrading to this active cooling system with fan and heatsink as I knew it would be around most of the time clock would run. It was easy to connect the 5v output and ground of the Pi. My Pi comes with a clear plastic case that snaps easily into place and opens easily. This case had to be modified to…