@Aroldo Bossoni The optimal would be understanding the reason why the watchdog triggers, but could be a difficult task without a hint because of the closed source proprietary trust os. The easiest thing is to provide armbian images with the opensource trust os rather than the proprietary, which is totally feasible because it just requires to swap a file in the armbian build scripts. That would blow the issue away, but unfortunately the proprietary trust os provided DDR scaling and virtual poweroff. The latter is a seldom used feature, but the DDR scaling provided a dramatic improvement in performance and it is hard to give up on that. Swapping the things at runtime is not savvy: when u-boot updates, the proprietary trust os will be reinstalled overwriting whatever you put in there. I would be happy with opensource Trust OS and no runtime DDR scaling, but stil having it at a fixed decent rate (660MHz, instead of the default 330MHz), but some boards do not boot at all when they are instructed to boot at 660MHz.

i`ll already fried that lcd. So this is the end Because short circuit is been in lcd, orange is a live for now. try to move on hdmi lcd+touch. Thanks for U`r help robertoj.

I confirm this issue. For the purposes of this experiment, I replaced the power supply with a similar one equipped with an LED. The power supply is connected to an electrostatic precipitator equipped with a power button. We turn on the electrostatic precipitator using the button. The power supply LED lights up. The Odroid M1 turns on and boots normally. We shut down the Odroid M1. We turn off the electrostatic precipitator using the button. After 2 seconds, we turn it back on. The Odroid M1 does NOT turn on again. Therefore, replacing the power supply did NOT solve the problem. Experimentally, we have determined that the Odroid M1 does NOT turn on again as long as the power supply LED remains lit, even when the electrostatic precipitator is turned off. Therefore, the issue lies with the residual charge in the power supply capacitors. If, with the electrostatic precipitator turned off, we wait until the power supply capacitors are depleted and the power supply LED goes out, then when we turn on the electrostatic precipitator again, the Odroid M1 turns on normally and boots normally. Meanwhile, the Raspberry Pi doesn't have this power supply issue. Therefore, this is a design flaw in the Odroid M1.

I would love to get this or support with the devices I own. I think we should continue developing Mini-AndroidTV-PCs as easy as possible and give that junk devices a sensful feasible life.😃

I installed the .deb package you suggested, however I don't think everything went as it should have: the device /dev/mali0 is still missing. I understood that this device must be present in order to be sure the device is used correctly. Is it right ? The kernel of Armbian Ubuntu Noble also has been updates: the version is 6.1.115-vendor-rk35xx now. The output of lsmod command is: Module Size Used by rk805_pwrkey 16384 0 nvmem_rockchip_otp 20480 0 r8169 77824 0 rockchip_cpuinfo 16384 1 nvmem_rockchip_otp adc_keys 16384 0