Then, I ran stress-ng –cpu 4 –cpu-method fft to get CPU load to 100%. Then, there’s the 35% CPU load test, which was done by running a Python script in the background. The first is completely idle (1% CPU load) which should show you what the baseline temperature is when you are doing nothing. From left: Pi Zero 2, Pi Zero official case, FLIRC Zero case Then, I would use the official Raspberry Pi Zero case, a plastic enclosure, and the FLIRC Zero case, which has a metal body for efficient heat dissipation. If your Pi is throttled, you will also see a thermometer icon on your display. I used PiCockpit’s PiStats to track temperature data and PiDoctor to tell me if I have been throttled. no heatsink) Pi Zero 2 W will run at 100% continuously. My testing methodology tried to find out whether or not a bare (i.e. My conclusion is that you will only need one if you are using the Raspberry Pi Zero case and running the Pi Zero 2 at 100% for a continuous amount of time. There are a few situations in which you will need a heat sink. The question is whether you need a heatsink for the Raspberry Pi Zero 2. That means that the Raspberry Pi will slow down your computer in order to keep temperatures below 80☌. On the Raspberry Pi Zero 2 W, throttling kicks in at 80☌. Raspberry Pi Zero 2’s idle and 100% CPU load temperatures.
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