Geekworm Raspberry Pi Zero 2 W Heatsink C296, 10mm Aluminumn Alloy Heatsink Radiator Compatible with Raspberry Pi Zero 2W / Pi Zero W/Pi Zero

Great Raspberry Pi Zero Case / Heat Sink. Does the job without additional heat sinks. Good value.

I ran a 30 second, 8 thread, stress test on each unit in the same case design. 17c cooler with the heatsink. The case has air openings but no fans. Overall 10C cooling would be expected. But this one out performs expectations.

I have my Pi attached to a WaveShare PoE hat, which is great because I can run my Pi with only a single cable being connected. However, the PoE hat produces a decent amount of heat. This heatsink became an essential add-on to ensure my Pi stays cool and functional. I opted to use the copper plate and thermal paste, and I've had a SUBSTANTIAL drop in temps (PiHole reports ~42c now instead of ~60+). Well worth it for the price and options that come with this kit.

I used this on my Radxa Zero 3W. I had to grind off a bit of the aluminum on the USB C connector to fit as well as add a bit more padding as it is a bit too high for Radxa Zero 3W. Overall, it brings my Radxa Zero 3W down by 5 degree on idle.

Very nice heat sink. It also does not cover the wifi antenna so now attenuation of the wifi signal. However, there is nothing for the bottom of the pie. It would be nice if it would have sandwiched it between plates, that way the bottom is protected.

Excellent overall. May interfere with hats—an extender would help. Unless you’re overclocking or dealing with heat, the heatsink isn’t strictly necessary, but it does provide a clean look by covering the top of the board.

This one will do it's job, but it's pretty bare bones. I chose this one over the other options because of the taller hestsink fins, but now that it's assembled, I really wish I'd gone for one with a bottom plate. The board clears the desk by 1-2mm on the included nuts, but it's definitely unprotected. It'll work for now, but I'll likely replace it sooner than later.

Works with a clone called Banana Pi Zero 2. I run it 24/7 to use something called OctoPrint to control my 3d printer. It has two different thermal pads to help connect chips of two different heights to the heatsink.

Um den thermischen Stress etwas zu redzieren, habe ich mich nach einem Kühlkörper für den Pi 2W umgeschaut. Nach dem Vergleich mehrerer Varianten hab ich mich für diesen Passiv-Kühlkörper entschieden. Vorteile: ---------- - Verteilt die Abwärm auf einen relativ großen, monolithischen Metallblock. - Einfach zu installieren (nur die 4 Schrauben). - Kühlblock hat die passenden Aussparungen, um nichts mechanisch zu blockieren. - Es wird zwar davon geschrieben, dass man evtl. noch einen 'GPIO-Extender' bräuchte, aber an die GPIO-Pins kommt auch so ran. Außerdem hätte ich etwas bedenken mit zu vielen Steckerverbinder-Übergängen für die GPIOs (Platine - Extender - Kabel - andere Platine) Mehr Risiko für Wackelkontakte, weil einer der Pins keinen richtigen Kontakt mehr hat. - Die Schraubenköpfe dienen zudem als kleine Abstandshalter für die Pi 2W Platine. Die Platine liegt jetzt nicht mehr direkt mit den unteren Kontakten auf der Tischplatte. Nachteile: ------------ - Vielleicht etwas zu viel verlangt für den Preis, aber wenn man schon die kleine Kupferplatte als Alternative zum Wärmeleitpad reinlegt, wäre etwas Wärmeleit- paste evtl. nicht schlecht gewesen. So bin ich (erst Mal) bei den Wärmeleitpads geblieben)

Fit perfectly would buy again

Raspberry pi için iyi bir soğutucu ihtiyacım vardı Soğutması gerçekten başarılı kesinlikle tavsiye ederim

Je ne pensais pas que mon PiZero2 pouvait chauffer autant Ca dissipe bien

Cools the pi 2 very effectively without the need of a fan. Was reaching temps up to 75°C and now at 50°C max. But used the included copper bit and conductive grease. Fits perfectly.