Its not wise to expect the 5v output to probably drive more than 500mA (it may be less) provided by the on board regulator. The internal 5v rail...
From the software side you need to ensure the bus width and timings declared in the dts file (kernel) match your 10" display otherwise the output...
I have already explained what needs to be done in other threads where you have posted the same question. The freertos SDK already provide examples...
Probably not unless the pins match up correctly. It would be easier to get the official 7" cable and convert for your use. Your 10.1 inch display...
You may need to build the rebuild the kernel with additional sub modules enabled see the CONFIG_CGROUP_XXXXX settings in the udoo_neo_defconfig...
What made you think that a pre-compiled binary would work? The freertos code would need to be compiled for the NEO and correctly linked so it can...
There is minimal support for NEO in mainline kernel so it may better to consider UDOO x86 for your kernel development.
You asked the same question in the other thread and it was answered there. The "Getting_Started_with_FreeRTOS_BSP_for_i.MX_6SoloX.pdf" does cover...
Then you need to copy your dtb files to 'dts-overlay' not 'dts' directory cp arch/arm/boot/dts/*.dtb /media/gorgo/boot/dts-overlay
On serial console when uboot boots (when neo is powered up). If you can pastebin the whole output from the serial console from power on to login...
Then check the compiled dtb file that you copied has the i2c setting included in it. You can de-compile the dtb to verify it has the setting by:...
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