“Oh, and don’t trust the built-in thermal sensor: when that picture was taken, the internal sensor was happily reporting sub-80☌ (176☏) temperatures,” ghalfacree warned. “I’d recommend picking up a small heatsink for the Pi 3, the first Pi that I’d actually say is worth doing so, and if you’re reusing an existing case keep an eye on the temperature – you may need to make a cut-out to increase the ventilation, especially if you’re using an enclosed slice-style case like the original-design Pimoroni PiBow (which has been modified with a heatsink cut-out specifically for the Pi 3.)” I confirmed the temperature with a K-type contact probe, and also by poking the chip.” “This image was taken using a calibrated Flir thermal camera while the Pi 3 had been at 100% CPU load – but no GPU load – for five minutes, and registered nearly 100☌ (212☏). “The new BCM2837 system-on-chip gets far, far hotter than its predecessors,” ghalfacree wrote on reddit.
Reddit user ghalfacree posted a photo of his Raspberry Pi 3 (above), taken with a calibrated Flir thermal camera, which showed that the computer’s BCM2837 SoC hit temperatures of 97.3 oC. The Raspberry Pi Foundation recently released the latest iteration of its credit card-sized mini computer, the Raspberry Pi 3, to glowing reviews, praising its improved speeds and onboard WiFi and Bluetooth 4.1, but on reddit user has noticed that, under certain circumstances, the board might be prone to serious overheating problems, with temperatures approaching 100 oC.
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