[HydroGraphix HeadQuarters] has earned his name with this one. While he is utilizing mineral oil instead of hydro, he’s definitely done a great task with the graphics of it. The ‘it’ in concerns is an overclocked Raspberry Pi 3 in a transparent container full of mineral oil, as well as with a circulating fan.
He’s had no issue running the Pi at 1.45 GHz while running a Nintendo 64 emulator, getting between 40 °C as well as 50 °C. The circulating fan is a five volt computer USB fan. It’s difficult to tell if the oil is really moving, however we’re quite sure we see some doing so near the end of the video below the break.
Mineral oil is not electrically conductive, as well as is frequently utilized to stop arcing between elements on high voltage multiplier boards, however those elements are always soldered together. If you’ve ever dealt with mineral oil, you understand that it creeps into every nook as well as cranny, making us question if it may work its method between a few of the (non-soldered) contacts in the different USB connectors on this فطيرة التوت. most likely not, however those of us with experience with it can attest to it’s insidiousness.
We’ve seen this kind of immersion cooling done before with an Arduino however normally the board is just lowered into an open-topped container. In the video below, [HydroGraphix] shows the care he takes in building the situation to find up with something deserving of display. The LEDs provide a great contemporary look. Some plastic aquarium plants, a treasure box as well as a few fake fish floating around would in shape ideal in. Do you believe it’s overkill? We believe the slick appearance in addition to the results make it worth the effort.
Water cooling a Raspberry Pi in this method would of program short out the parts however we’ve seen it done with the water circulated in tubes, as well as with machined parts to physically get in touch with the chips. as well as then there’s the easiest approach, affordable copper shims developed as much as make a a lot more standard warm sink.