Read the statement by Michael Teeuw here.
How hot does your mirror run?
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Apt method will only work on ubuntu currently, the manual install should work if done correctly though, is it giving you an error when you try to run it?
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I forget what the exact error was, I’ll check it out when I get home. Does this setup require a GPIO connection? My fan right now just has 5V power and ground wires
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It requires no gpio, its just a simple bash script that turns on an off the display based on time and temperatures
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Has anybody here tried attaching a copper heatsink to their pi? I saw a few fellas on youtube doing this but I’m quite unsure if that’s an option I’ll go for.
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@Advokaten My Pi is in a pretty closed off area, I have 3 small aluminum heatsinks attached plus a small fan. The pi itself never gets above 50c
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I have the aliuminum heat sinks on mine aswell however the monitors used in the box are quite old and generate most of the heat, but even still mine hovers around 55C currently.
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@wered From what I read, the Pi’s can handle temps up like 80c. Mine is behind my TV and it is pretty modern, so it doesnt get very hot. The fan helps a bit.
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I have a fan and heatsinks, very simple addition and makes a big difference
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I wanted to add a fan from the very beginning although all searches say that the Pi can run without problems up to 80°C or more. That “seemed” hot to me. My Pi was running at 60°C, which is well under the maximum that I discovered. So, I took it upon myself to add a 12v fan (I have spare parts lying around) and connected it to a 5V pin and a GRD pin on the GPIO header. I’ve been running the mirror more than a month without a hitch and my CPU temp is nearly 20°C cooler. Fans are cheap. If you can salvage one, even better. The result is pretty dramatic. Have a look.
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@Mykle1 not only is it cheap, it was a great learning experience for me, both overclocking and learning how to integrate other hardware into your Pi setup. Still working on an on/off switch that can also switch between OS’s tho…
