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| Watercooling for the Pi! |
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| SiliconWizard:
https://www.seeedstudio.com/High-Performance-Liquid-Cooler-for-Raspberry-Pi-5-p-5854.html :-DD |
| brucehoult:
5 GHz or bust. |
| DiTBho:
I would need something similar Liquid-Cooler made by seeedstudio to raise the clock of a particularly unlucky mips32r2/be SoC by 120Mhz. It's a 10 years old board. The SoC is mounted on the RS/Pro, which has several problems. e.g. the RTC CS shared with the serial (high = RTC enable, low = uart enable), a very stupid thing, a 1GBps network port on the SoC side multiplexed across 4 physical ports, and, even worse, the PCI does not implement the PCI_IO, the hw is missing, and the default thermal dissipation part is a copper sheet that does not allow you to push beyond 680Mhz a SoC that could (from the datasheet) easily reach 800Mhz! +120Mhz on a RISC pipelined CPU can make a huge difference! It's full of flaws, but I love that SBC because of how, talking about things made in 2014, small it is and stable. The default case is also very cool, they made a version with mini rack handles, which I love! Unfortunately there is no space inside the plastic case, and since the case is plastic, a liquid device that carries the heat out would be ideal, even if in this case it is abundantly oversized. I could hack the PLL module and implement a "turbo mode" that increases the clock by 120Mhz, running the water pump at full capacity. That's because another nice thing about that board is that it has a 48V POE power supply, not bad for solar charging kits designed for sailing. We will see :D :D :D |
| radiolistener:
To heat the water in this kettle, it looks like it will need to buy also a heater - the Raspberry Pi clearly can't handle it! :-DD |
| Bryn:
Okay, that looks pretty stupid :palm: Whoever thought that was a good idea needs to have their head checked. |
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