Pretty sure it will work, but why waste such expensive hardware when an RPi can do the same job for a lot less money?
Of course, if you're wanting to run spaghetti monster while printing, what would work. You'd have to run it in trained mode unless you're willing to let the Nano work for weeks/months(?) during the training sessions...
I'm using this for my printserver because I also want to use it as a little desktop workstation.
Also I can use it's hardware video encoder for youtube streaming.
Been thinking about using a Jetson Nano (the $59 one) instead of an RPi, now that there is a $59 version, similar price to the $55 RPi4. Has a port been accomplished? Has anyone tried? Is anyone even interested?
The Nano is quite a bit faster than even the RPi 4, and Ubuntu software on it is optimized for a large number of AI tools.
So, anyone for the Jetsons?
Since you already made a similar post a year ago I merged your new post with this one.
As you can see @Vladimir got octoprint running on a Jetson
(I guess with help of this guide)
You don't need to port anything - Octoprint is based on python which runs on the jetson with linux out of the box
btw why do you think the nano would be faster than the pi 4?
this was the first benchmark I found (it's a browser benchmark so that just one thing beeing tested)
The datasheet also suggests that it isn't as fast as the pi (but maybe I read the wrong document and you're talking about a different model).
Keep in mind that you can overclock the pi 4 to 2ghz without any problems when you attach a cooler like this one
And those don't test the AI tools at all (recognition of 3d printer that became spagettified.) (My interest but not the pay one.) The AI capabilities of the Nano are what mostly drive my query.
Nor does it address the multiple realtime camera inputs that the Nano is capable of. Many people have asked about running 2 or more cameras just to watch their printers in realtime.
And (short) final, heat/power management is vastly better on the Nano, reducing CPU throttling which, of course, can cut severely into a CPU's performance.