Quote from: scoobysportD on March 16, 2018, 04:51:50 PM

Quote from: AltScope on March 16, 2018, 04:32:04 PM

Quote from: scoobysportD on March 16, 2018, 01:22:08 PM

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It's not called for to react like that if no one has been able to help you within 1 day. Probably not many odroid users in this topic.

sorry had a bad night thanks for the response, same architecture as a pi really was hoping some pi users were about

guess I'll just try to build the software when(if) the sticks arrive and report back with a guide if successful or a question or two if not

Quote from: scoobysportD on March 16, 2018, 01:26:38 PM

I've had my 3 MLD's running for nearly a day now:

Really stable in this config. Low error rate too.

Unfortunately, my USB fans have ALL failed. Despite that, the temps on the MLD's are between 42-45 degrees celsius on the small (uncooled) heatsink. So i feel like there's quite a bit of room left to turn up the frequency here

if you've got any spare pc fans you can run them directly from a 12v dc transformer if you've got one kicking about (box of bits) just use the yellow(+) and black(-) wires

I agrees with the fan's issue. 2 of my fans have gotten really loud and are hogging a ton of power due to resistance increase in the fan motors, I have added a drop of very high quality bearing oil to the shafts and it smoothed them out a bit but not enough reduce the power draw created by excessive resistance due to wear. If you do find higher quality fans or even a fan/heatsink combo Please let me know. This is a great hobby, just dont wanna come home one day to a fried moonlader board cause a fan failed.
In my younger days i'd have a couple of fans and power supplies lying around but not anymore :p

I got in touch with the seller and they are sending me new, different fans of higher quality, only had to pay the price difference which is fine with me.

As for the odroid, maybe some people will be able to help you now they know its the same working as a pi.

I currently have my MLDs runnibg at 900 freq, giving ~5.1mhs each

hw errors at 1.7-2.5%.